Complete Guide To Temporary Buildings

What is a temporary building?

A temporary building is a structure that is designed to be erected temporarily for a specific period of time, typically for a few months to a few years. They can be made from a number of materials, depending on the application. Some temporary buildings are designed to be used in a permanent setting. The best example being the temporary classroom buildings. Temporary buildings are a perfect solution for scenarios where you need a quick, more flexible solution, that also have certain standards and follow regulations.

A brief history of temporary buildings

There are some parts of life that are needed for basic survival, the most well-known being, water, food, and shelter. Shelter from the elements, and predators, was how the modern human survived to become the dominant species on the planet. Human migration was a huge factor, and this needed an innovative solution to have transportable shelters. Tents have been used for several thousands of years, and are still used today. There is no exact date, but there is evidence that ancient Egyptians used temporary structures over 5000 years ago. 

Ancient Roman applications

The Roman Empire spanned across 800 years, from 625 BC to AD 476, taking vast amount of land across Europe and Northern Africa. The Ancient Roman Empire was known for its military might, and there is evidence that they used prefabricated buildings. Building easy to construct and dismantle structures, allowing them to march across the continents and set up forts wherever they went. It is believed they would build functioning forts and camps each time they were stationary. These temporary buildings needed to be easy to understand and quick to build, to make sure they were protected from the enemy. One of the most significant temporary buildings, the praetorium was a tent that housed roman generals and their staff, and was made out of animal skin or canvas. The Roman Empire used temporary structurers for more than just the military, they had more commercial applications. During festivals and events, they would need additional shelter for certain stalls and refreshments. While constructing permanent structures, such as living spaces, roads, and aqueducts, they would need temporary buildings for storage and housing. 

Ancient Egyptian applications

For around 1800 years, from 3100 BC to 332 BC, the Ancient Egyptians built some incredible structures. The pyramids still bring millions of tourists to the region every year. Ancient Egyptians were also one of the earliest civilisations to use temporary structures for celebrations. Due to their deep roots in religion, they would celebrate several ceremonies each year. They would construct pavilions and tents made from colourful fabrics, as some colours were expensive to produce. When they built the pyramids, they would need places nearby to house the workers, store food, and keep supplies safe. Not only that, they also needed ramps that could be relocated to move heavy limestone blocks in to position. 

British applications

During the British Empire’s near 100 years, 1815–1914, they conquered several countries. Colonisation of the World was down, in part, to the British military strength. This required temporary bases and barracks being set up. Even after the empire dissolved, the British still use tents for providing shelter, and military offices. During the second world war, the British government erected temporary buildings as a quick solution for civilian housing. Prefabricated houses, known as prefabs, were deployed and erected for families who lost their homes in the blitz, and returning servicepeople. One of the most iconic temporary structures used during World War 2, were the Nissen huts. These were half cylindrical buildings made from steel and corrugated iron that were sturdier than tents, and used primarily as barracks. 

What materials can temporary buildings be made from?

Steel

Due to steel’s strong, durable, and weather-resistant characteristics, steel is a popular material used in temporary building construction. Steel frames can be used to create a variety of structures, including modular buildings, portable buildings, and tent structures.

Wood

Being used in construction for at least 10,000 years, wood is a traditional building material that is still used in temporary structures, especially for modular buildings. Wood is a renewable resource that is relatively low-cost, easy to work with, and provides some insulation.

Fabric

You are most likely to see fabric used on tent structures, as it stretches over a metal frame to create a covered area. Fabric materials can range from traditional canvas to more modern, high-tech materials that offer increased strength, durability, and weather-resistance.

Aluminium

Another popular metal material, aluminium is often used in the construction of tent structures. Temporary buildings that a regularly moved need to be as light as possible, while being strong enough for constant moving. Aluminium is lightweight, corrosion-resistant, and easy to work with, which makes it ideal for manufacturing metal frames for temporary buildings.

Plastic

Plastic is used in some temporary structures, particularly for components such as roofing, cladding, and flooring. Plastic is lightweight, durable, and easy to maintain; a popular and suitable choice for temporary buildings.

Glass

Glass is used in several types of temporary structures, depending on the application, to provide natural light and improved visibility. Windows are required especially for temporary classrooms, as sunlight can aid in learning. 

Concrete

When the temporary structure needs to be heavy-duty, hard-wearing, or fire resistant, precast concrete panels are a function over form solution.  Concrete is a durable and weather-resistant building material, while also being very cost effective, and low maintenance. 

Vinyl

Temporary buildings need to be able to protect their contents. Vinyl is a durable and weather-resistant material, mostly used for roofing and cladding. Vinyl is a relatively cost-effective material to produce, that requires little maintenance.  

Insulated panels

A major concern for temporary buildings that see regular use, is temperature management. Insulated panels allow for more heat retention, which is also better for energy costs. Another benefit for using insulated panels, is they reduce the level of noise escaping the temporary structure. 

Composites

Composites, such as fiberglass or carbon fibre, are used in some temporary structures for their strength, durability, and weather-resistance.

Where are temporary buildings used?

They are used for various purposes, providing temporary accommodation across multiple sectors. Some can be deployed virtually anywhere, while others are built for more specific applications. More heavy-duty jobs will require more durable buildings, and will also need to meet certain safety regulations.

Construction

Temporary structures are commonly used on construction sites as offices, accommodation, or storage facilities. Construction needs a designated area to run operations, such as a site managers office, but also need a place to store tools, equipment, and materials. 

Events and Exhibitions

Tents and other temporary structures are widely used in the events and exhibitions industry, providing covered spaces for events such as festivals, trade shows, sporting events and many others. The structures are used for refreshments, gear, and also a medical assistance area. 

Emergency Services

The emergency services use temporary buildings frequently. From offering free medical testing, to disaster relief; such as human aid organisations. These can be medical tents, offices, supply storage facilities, and more.

Military

Some sectors require quick and efficient deployment, with the ability to move structures from site to site. Temporary structures are used by military organisations for various purposes, including temporary barracks, storage, and office space for military personnel. 

Education

As schools, colleges, universities, and many other education institutions take on more students, they will need to add space for additional classrooms, offices, or storage facilities. The temporary structures can also be used for changing rooms. 

Retail and Commercial

Not every retail business is in a permanent fixed location, they can be pop-up shops, providing a flexible and cost-effective solution for retailers to test new products, launch new collections, or reach new customers. During busy shopping periods, such as Christmas, retailers may need to accommodate for increased inventory levels.

E-commerce 

Similar to physical retailers, e-commerce companies may require an increase in storage space seasonally to keep up with the demand. To get better margins of profit, e-sellers will buy in larger quantities, which can sometimes be more than they can normally house. 

Manufacturing and Industry

Manufacturing and industrial businesses need to be able to scale operations as their productivity increases. They need temporary buildings for additional storage, and potentially for office space. 

Government and Local Authorities

Every few years, local governments need to be able to facilitate democratic rights. Some existing buildings, such as recreation centres and schools, are used as polling stations. Not every community has these available for various reasons, so they can use temporary buildings to meet demands. 

Shipping and logistics

Everything that is delivered by a courier service, or the royal mail, needs to be stored before being dispatched. As the reliance on deliveries can fluctuate throughout the year, it can be too expensive to pay for a permanent storage facility all year round. 

Agriculture and farming

The agricultural industry work seasonally, and usually to specific contracts. Supermarkets will want a specific amount for sale, but sometimes, you can grow an excess of crops. The excess crop needs storing until a buyer can be sourced, which is one of many reasons farmers use temporary storage buildings.

How are temporary buildings being used with film studios and production?

Temporary structures are a great solution for film studios that require additional space, flexibility, and mobility. These structures can be equipped with a range of features, including soundproofing, temperature control, and fire resistance, to meet the specific needs of the production. One of the advantages of temporary structures is that they can be used to create outdoor sets that mimic real-world locations, such as city streets, wilderness areas, or even futuristic cities. These structures can be designed to look like specific eras or locations, and can be custom-built to meet the unique requirements of the production. They are also perfect for filming, due to their mobility and flexibility. Once filming is complete, these structures can be easily disassembled and moved to another location; ideal for film studios that need to shoot on location.

Temporary structures for workshop filming?

Temporary structures are a fantastic option for workshop filming. They offer film studios and production companies a cost-effective and flexible solution for filming workshops, training sessions, and other events. they can be customised to include the necessary facilities such as electricity, lighting, and internet access. Additionally, they can be designed to meet specific acoustical requirements for sound recording and can be equipped with seating and other necessary workshop equipment to accommodate the number of attendees.

Creating immersive experiences

Temporary structures are also a great way to create a unique ambiance or theme that matches the workshop’s purpose. They can be decorated to set the tone of the event and provide an immersive experience for attendees. they provide a flexible and cost-effective solution for workshop filming that allows you to create the most unique ambiance and experience for the attendees.

What different types of temporary buildings are there?

Tents

The simplest form of temporary building, tents consisting of a framework of poles covered by a waterproof fabric. Tents are often used for outdoor events such as festivals and fairs, providing a cost-effective and flexible solution for event organisers. Tents are also used extensively in the military, from offices, to barracks. 

Portable buildings

Structures that can be easily relocated and are often used as temporary offices, workshops, and storage solutions. Portable buildings can be made from a variety of materials, including steel, aluminium, and wood, and can be customized to meet specific needs and requirements.

Modular

Modular buildings are structures that are built using pre-fabricated sections or modules, which are then assembled on-site to create a larger building. Modular buildings can be used as temporary offices, classrooms, and accommodation, providing a flexible and cost-effective solution for organisations with growing space requirements.

Container

Built using shipping containers, container buildings are modified and fitted with windows, doors, and other features to create a functional and secure building. Container buildings can be used as temporary offices, temporary housing, workshops, and storage solutions.

Insulated Panel

Insulated panel buildings are made from a series of interlocking panels, which are designed to provide insulation and weather resistance. Insulated panel buildings can be used as temporary offices, workshops, and storage solutions, providing a secure and weather-resistant environment for workers and equipment. 

Pop-Up

Pop-up buildings, such as pop-up shops, are designed to be easily assembled and disassembled, making them ideal for organisations with changing space requirements. most commonly seen being used for events, exhibitions, and trade shows.

What insulation options are available?

Single skin roof

A lot of temporary structures use a multi-layered roof for better insulation. A single skin roof only utilises one layer of material, and is often made from durable weather resistant materials. The most common materials used for single skin rooves are canvas, vinyl, and polyethylene. Due to using less material, these temporary buildings can be more cost effective, and easier to erect. These structures are designed for short-term projects, such as events like music festivals, food festivals, car meets, and any other outdoor exhibition. The benefit of using single skin roof tents, is they are lightweight, require very little experience to setting them up, and are less expensive than their multi-layered counterparts. They are not suitable for every need, and you need to be cautious opting for just a single skin roof. They offer almost no insulation, making them much harder to heat in colder temperatures, and they aren’t as resilient to harsher weather conditions. 

Part insulated roof

Partially insulated temporary buildings are designed to give some form of barrier from more extreme weather conditions. They are not always applicable, but are fundamentally used for short to mid-term events, where temperature control is essential. Part insulated temporary structures are usually constructed using insulated panels or covers, that can be used for walls, floors, and ceilings. Insulated buildings are great for classrooms, offices, and additional storage, as they can also be equipped with heating or cooling units, to create a more comfortable experience.

Thermo insulated roof

To maintain a comfortable temperature, that is also more energy efficient, the best choice is the thermo insulated roof, also known as an insulated roof. These temporary structures use multiple layers of material that combine weather-resistance, with insulation. The materials used are polystyrene, polyurethane, or fibreglass, that are covered by PVC, canvas, or any other weather resistant material. Most common use for thermo insulated rooves would be any building that will be used frequently by people. As these buildings keep weather out, and maintain temperatures more efficiently, they can be fitted with electricity, heaters, and cooling systems. You would most likely see a thermo insulated roof temporary structure used on construction sites for the site managers office, and a lunch area for the workers. They can also be used in schools to increase classroom capacity, while offering a safe and effective learning environment. This type of roof keeps your tools and equipment safe from external damage, including any computers or electronic devices.

Low pressure air pump

Thermo insulated roofs are inflated by low pressure air pumps, which are connected to the roofing system using air tubes or hoses. The low-pressure air pump unit blows air within the insulation material to expand into the area of the roofing system. The pump allows for adjustments so you can get the exact level of insulation you need. This only needs to be done initially, and once completed, you can disconnect the pipes and turn off the pump; usually taking only a few minutes to inflate. The low-pressure air pump doesn’t affect the weather-resistant layer of the roof, as they are put under tension, treated, and sealed using different methods. 

Are insulated panels strong enough to be used for temporary warehouses?

Insulated panels can be the ideal choice for temporary warehousing, as they are both strong and durable. The strength of insulated panels depends on the type of materials used for the outer layers, and the insulation core. Insulated panels are designed to bear the load of stored goods and other warehouse equipment. They can even be custom made to suit specific load needs.  

Outer layer

In most cases, the outer layers of insulated panels are typically made of metal, such as steel or aluminium. Both of these materials are strong, durable, and can deal with the constant building and dismantling. 

Centre layer

In between the solid and robust outer layers, there is a middle layer that is made from polyurethane or polyisocyanurate foam. Although the main purpose for this centre layer is to provide the best insulation, it also gives the panel more sturdiness and rigidity.

Not all panels are the same

It should be noted, that the strength and load-bearing capacity of insulated panels can vary. You need to check the specifics of each product; different manufacturers and design will suit different needs. You need to make sure you discuss this with our team, this is the best way to confirm the strength and load-bearing capacity of the specific insulated panels, before you place an order.

What is an insulated sandwich panel?

There are several types of insulated sandwich panel is a type of construction material that is used for building walls, roofs, and floors in a variety of structures, including temporary buildings. It is made of two outer layers of metal or another durable material, with an insulation core in between. Insulated sandwich panels are known by several different names. These names are used interchangeably depending on the context and the industry. 

Insulated metal panels – IMP

These insulated panels use metals as their outer layer, usually in the form of aluminium or steel. In most cases, these metal panels are coated with a protective finish to improve their durability and resistance to weathering. They are lightweight, which makes them easier to handle and install, plus they come prefabricated for a quicker and more efficient construction projects. With IMP’s high insulation value, they can help significantly reduce energy costs and create a stable environment.

Composite insulated panels – CIP

Similar to insulated metal panels, composite insulated panels are constructed with a core insulation material sandwiched between two outer layers. They differ from IMPs as CIPs don’t use metal sheets; composite insulated panels use other materials for the outer layers, such as plastic, fiberglass, plywood, or oriented strand board, known as OSB. The core insulation material used in composite insulated panels can vary, but it is usually a rigid foam such as polyurethane or polystyrene. The foam is sandwiched between the two outer layers using a bonding agent, which creates a strong, cohesive panel.

Insulated roofing panels – IRP

These prefabricated panels are used to construct roofing systems. These panels typically consist of two metal sheets that are bonded to an insulated core, usually made of rigid foam insulation. IRPs are essentially the same as the other panels, but get their name when the panels are used specifically for roofing applications.

Structural insulated panels – SIP

SIPs are used for their strength and durability. As they are composed of a solid foam core sandwiched between two structural panels, they are able to withstand adverse weather, and maintain the structural validity of the temporary building. This name is used when the panels are used as a structural element in the building, providing both insulation and structural support.

Insulated panel systems – IPS

The term IPS refers to the use of the panel as a whole system. Referring to the insulation layer, the outer layer, and the accessories such as sealants, fasteners, and flashing that are required for the proper installation of the panel.

Insulated composite panels – ICP

An interchangeable name used to reference the general way for insulated sandwich panels, regardless of the material of the outer layers. It is more of an umbrella term to encompass any number of insulated panels. 

What is Rigid polyisocyanurate insulation?

Rigid Polyisocyanurate, PIR, is an insulation material type that is made from polyisocyanurate foam. It is a closed-cell foam insulation that is widely used in construction, particularly in roofing and wall systems. PIR is also used to create insulated HVAC ducts, and pipes. PIR insulation is a thermoset plastic that is made through the reaction between a polyalcohol and an isocyanate; resulting in a foam. The foam is then faced with a thin layer of aluminium foil, or other reflective material, to provide a vapour barrier.

Why is Rigid polyisocyanurate insulation used?

Rigid PIR insulation is a very popular solution for many construction projects. Its main characteristics are its excellent thermal insulation properties, high compressive strength, and excellent fire resistance. Which makes rigid polyisocyanurate an ideal insulation material for use in buildings and structures. Rigid PIR insulation is commonly used in walls, roofs, and floors, HVAC systems, and the core of insulated sandwich panels; due to its low water absorption rate, as well as resistant to mould, mildew, and most forms of decay. Another benefit to rigid PIR, is how customisable it can be. The panels can be altered to fit in any unique spaces, due to how easy it is to cut, shape, and install with standard tools.  One of the major concerns people have with using rigid PIR, is its environmental impact. PIR insulation is not environmentally friendly, and it is not biodegradable, so it needs to be handled and disposed of properly.

What is the European Standard EN 13501-1?

The EN 13501-1 is a European standard that provides a classification system for the fire performance of construction products. The standard sets out the methods for determining the reaction to fire of construction products, and provides a framework for classifying them according to their fire safety performance. It covers a wide range of products, including building materials, flooring, roofing, insulation, cables, and textiles. The EN 13501-1 standard takes into account a number of factors that can affect a product’s reaction to fire, including its combustibility, smoke production, and flaming droplets or particles. The classifications are given a string of letters and numbers which indicate how the material will perform in the event of a fire. This is broken into 3 sections, to give buyers an easy way to identify the best product for them. 

Section 1: Fire reaction

The first section refers to how the material contributes to how a fire behaves. From A-F, A being non-combustible, F being highly combustible. This part of the classification is used to help make better decisions on the materials being used in certain parts of construction. The classification is as follows:

Class A1

Class A1 means that the material is in no way combustible, and will not contribute to the spread of a fire. These materials include bricks, stone, and metals. 

Class A2

Depending on which part of the UK this classification is used, A2means non-combustible in Scotland, and limited combustibility in England and Wales. They meet the same criteria as class B but less than A1. This can include gypsum plasterboard, and mineral wool sandwich panels. 

Class B

A very limited contributor to a fire, Class B materials include materials like sandwich panels with polyisocyanurate foam.    

Class C

Class C materials still have no flame spread during testing, but don’t meet class B criteria. Class C includes sandwich panels made with polyurethane or phenolic foam cores.

Class D

This class means that there is a moderate level of combustion, and has a minimal level of flame spread. This is usually used to classify wood or wooden products. 

Class E

Soft fibreboard, expanded polystyrene and polyurethane, would be examples of Class E materials. They resist low flame ignition for a limited amount of time. 

Class F

Essentially, Class F refers to materials that don’t have specified fire performance, or for products made of materials that don’t meet the Class E standard. 

Section 2: Smoke production

The next section of the EN13501-1 refers to the amount of smoke that is emitted during combustion. The Higher the number, the higher the smoke emissions. If a product has an S1 classification, it means it emits either no smoke, or at very slow speed. The lower amount of smoke produced, means it is less harmful. For an average emission of smoke intensity, S2 means there is a notable amount of smoke produced. Slower than S3, but faster than S1. S3 is the lowest classification a product can get, S3 means smoke is emitted at a high intensity. 

Section 3: production of burning droplets

When a material is burning, it can also produce flaming droplets, which are particles that are produced during combustion. D0 is the highest rating, which means there is no dripping; D1 means there are droplets present, but at a slow rate; D3 is the lowest classification, which is designated to materials or products that have a high droplet level. 

What would an EU fire reaction rating of B-S2, D0 mean?

As an example of how these classifications look in real terms, see B-S, D0. The first section indicates the fire reaction of the material, with Class B materials having a limited contribution to fire. The second section, separated by a hyphen, indicates the smoke production of the material. S2 indicates the material has a low smoke production. The third and final section is separated by a comma, and indicates the burning droplets, dripping, of the material. As this is D0, there are no droplets or particles emitted during burning. B-S2, D0 indicates that the material has a limited contribution to fire, low smoke production and does not emit burning droplets. This is considered a high rating, giving the material a good fire performance classification, and will not contribute to the spread of the fire.

What different types of temporary buildings are there?

Tents

The simplest form of temporary building, tents consisting of a framework of poles covered by a waterproof fabric. Tents are often used for outdoor events such as festivals and fairs, providing a cost-effective and flexible solution for event organisers. Tents are also used extensively in the military, from offices, to barracks. 

Portable buildings

Structures that can be easily relocated and are often used as temporary offices, workshops, and storage solutions. Portable buildings can be made from a variety of materials, including steel, aluminium, and wood, and can be customized to meet specific needs and requirements.

Modular

Modular buildings are structures that are built using pre-fabricated sections or modules, which are then assembled on-site to create a larger building. Modular buildings can be used as temporary offices, classrooms, and accommodation, providing a flexible and cost-effective solution for organisations with growing space requirements.

Container

Built using shipping containers, container buildings are modified and fitted with windows, doors, and other features to create a functional and secure building. Container buildings can be used as temporary offices, temporary housing, workshops, and storage solutions.

Insulated Panel

Insulated panel buildings are made from a series of interlocking panels, which are designed to provide insulation and weather resistance. Insulated panel buildings can be used as temporary offices, workshops, and storage solutions, providing a secure and weather-resistant environment for workers and equipment. 

Pop-Up

Pop-up buildings, such as pop-up shops, are designed to be easily assembled and disassembled, making them ideal for organisations with changing space requirements. most commonly seen being used for events, exhibitions, and trade shows.

What insulation options are available?

Single skin roof

A lot of temporary structures use a multi-layered roof for better insulation. A single skin roof only utilises one layer of material, and is often made from durable weather resistant materials. The most common materials used for single skin rooves are canvas, vinyl, and polyethylene. Due to using less material, these temporary buildings can be more cost effective, and easier to erect. These structures are designed for short-term projects, such as events like music festivals, food festivals, car meets, and any other outdoor exhibition. The benefit of using single skin roof tents, is they are lightweight, require very little experience to setting them up, and are less expensive than their multi-layered counterparts. They are not suitable for every need, and you need to be cautious opting for just a single skin roof. They offer almost no insulation, making them much harder to heat in colder temperatures, and they aren’t as resilient to harsher weather conditions. 

Part insulated roof

Partially insulated temporary buildings are designed to give some form of barrier from more extreme weather conditions. They are not always applicable, but are fundamentally used for short to mid-term events, where temperature control is essential. Part insulated temporary structures are usually constructed using insulated panels or covers, that can be used for walls, floors, and ceilings. Insulated buildings are great for classrooms, offices, and additional storage, as they can also be equipped with heating or cooling units, to create a more comfortable experience.

Thermo insulated roof

To maintain a comfortable temperature, that is also more energy efficient, the best choice is the thermo insulated roof, also known as an insulated roof. These temporary structures use multiple layers of material that combine weather-resistance, with insulation. The materials used are polystyrene, polyurethane, or fibreglass, that are covered by PVC, canvas, or any other weather resistant material. Most common use for thermo insulated rooves would be any building that will be used frequently by people. As these buildings keep weather out, and maintain temperatures more efficiently, they can be fitted with electricity, heaters, and cooling systems. You would most likely see a thermo insulated roof temporary structure used on construction sites for the site managers office, and a lunch area for the workers. They can also be used in schools to increase classroom capacity, while offering a safe and effective learning environment. This type of roof keeps your tools and equipment safe from external damage, including any computers or electronic devices.

Low pressure air pump

Thermo insulated rooves are inflated by low pressure air pumps, which are connected to the roofing system using air tubes or hoses. The low-pressure air pump unit blows air within the insulation material to expand into the area of the roofing system. The pump allows for adjustments so you can get the exact level of insulation you need. This only needs to be done initially, and once completed, you can disconnect the pipes and turn off the pump; usually taking only a few minutes to inflate. The low-pressure air pump doesn’t affect the weather-resistant layer of the roof, as they are put under tension, treated, and sealed using different methods. 

Are insulated panels strong enough to be used for temporary warehouses?

Insulated panels can be the ideal choice for temporary warehousing, as they are both strong and durable. The strength of insulated panels depends on the type of materials used for the outer layers, and the insulation core. Insulated panels are designed to bear the load of stored goods and other warehouse equipment. They can even be custom made to suit specific load needs.  

Outer layer

In most cases, the outer layers of insulated panels are typically made of metal, such as steel or aluminium. Both of these materials are strong, durable, and can deal with the constant building and dismantling. 

Centre layer

In between the solid and robust outer layers, there is a middle layer that is made from polyurethane or polyisocyanurate foam. Although the main purpose for this centre layer is to provide the best insulation, it also gives the panel more sturdiness and rigidity.

Not all panels are the same

It should be noted, that the strength and load-bearing capacity of insulated panels can vary. You need to check the specifics of each product; different manufacturers and design will suit different needs. You need to make sure you discuss this with our team, this is the best way to confirm the strength and load-bearing capacity of the specific insulated panels, before you place an order.

What is an insulated sandwich panel?

There are several types of insulated sandwich panel is a type of construction material that is used for building walls, roofs, and floors in a variety of structures, including temporary buildings. It is made of two outer layers of metal or another durable material, with an insulation core in between. Insulated sandwich panels are known by several different names. These names are used interchangeably depending on the context and the industry. 

Insulated metal panels – IMP

These insulated panels use metals as their outer layer, usually in the form of aluminium or steel. In most cases, these metal panels are coated with a protective finish to improve their durability and resistance to weathering. They are lightweight, which makes them easier to handle and install, plus they come prefabricated for a quicker and more efficient construction projects. With IMP’s high insulation value, they can help significantly reduce energy costs and create a stable environment.

Composite insulated panels – CIP

Similar to insulated metal panels, composite insulated panels are constructed with a core insulation material sandwiched between two outer layers. They differ from IMPs as CIPs don’t use metal sheets; composite insulated panels use other materials for the outer layers, such as plastic, fiberglass, plywood, or oriented strand board, known as OSB. The core insulation material used in composite insulated panels can vary, but it is usually a rigid foam such as polyurethane or polystyrene. The foam is sandwiched between the two outer layers using a bonding agent, which creates a strong, cohesive panel.

Insulated roofing panels – IRP

These prefabricated panels are used to construct roofing systems. These panels typically consist of two metal sheets that are bonded to an insulated core, usually made of rigid foam insulation. IRPs are essentially the same as the other panels, but get their name when the panels are used specifically for roofing applications.

Structural insulated panels – SIP

SIPs are used for their strength and durability. As they are composed of a solid foam core sandwiched between two structural panels, they are able to withstand adverse weather, and maintain the structural validity of the temporary building. This name is used when the panels are used as a structural element in the building, providing both insulation and structural support.

Insulated panel systems – IPS

The term IPS refers to the use of the panel as a whole system. Referring to the insulation layer, the outer layer, and the accessories such as sealants, fasteners, and flashing that are required for the proper installation of the panel.

Insulated composite panels – ICP

An interchangeable name used to reference the general way for insulated sandwich panels, regardless of the material of the outer layers. It is more of an umbrella term to encompass any number of insulated panels. 

What is Rigid polyisocyanurate insulation?

Rigid Polyisocyanurate, PIR, is an insulation material type that is made from polyisocyanurate foam. It is a closed-cell foam insulation that is widely used in construction, particularly in roofing and wall systems. PIR is also used to create insulated HVAC ducts, and pipes. PIR insulation is a thermoset plastic that is made through the reaction between a polyalcohol and an isocyanate; resulting in a foam. The foam is then faced with a thin layer of aluminium foil, or other reflective material, to provide a vapour barrier.

Why is Rigid polyisocyanurate insulation used?

Rigid PIR insulation is a very popular solution for many construction projects. Its main characteristics are its excellent thermal insulation properties, high compressive strength, and excellent fire resistance. Which makes rigid polyisocyanurate an ideal insulation material for use in buildings and structures. Rigid PIR insulation is commonly used in walls, roofs, and floors, HVAC systems, and the core of insulated sandwich panels; due to its low water absorption rate, as well as resistant to mould, mildew, and most forms of decay. Another benefit to rigid PIR, is how customisable it can be. The panels can be altered to fit in any unique spaces, due to how easy it is to cut, shape, and install with standard tools.  One of the major concerns people have with using rigid PIR, is its environmental impact. PIR insulation is not environmentally friendly, and it is not biodegradable, so it needs to be handled and disposed of properly.

What is the European Standard EN 13501-1?

The EN 13501-1 is a European standard that provides a classification system for the fire performance of construction products. The standard sets out the methods for determining the reaction to fire of construction products, and provides a framework for classifying them according to their fire safety performance. It covers a wide range of products, including building materials, flooring, roofing, insulation, cables, and textiles. The EN 13501-1 standard takes into account a number of factors that can affect a product’s reaction to fire, including its combustibility, smoke production, and flaming droplets or particles. The classifications are given a string of letters and numbers which indicate how the material will perform in the event of a fire. This is broken into 3 sections, to give buyers an easy way to identify the best product for them. 

Section 1: Fire reaction

The first section refers to how the material contributes to how a fire behaves. From A-F, A being non-combustible, F being highly combustible. This part of the classification is used to help make better decisions on the materials being used in certain parts of construction. The classification is as follows:

Class A1

Class A1 means that the material is in no way combustible, and will not contribute to the spread of a fire. These materials include bricks, stone, and metals. 

Class A2

Depending on which part of the UK this classification is used, A2means non-combustible in Scotland, and limited combustibility in England and Wales. They meet the same criteria as class B but less than A1. This can include gypsum plasterboard, and mineral wool sandwich panels. 

Class B

A very limited contributor to a fire, Class B materials include materials like sandwich panels with polyisocyanurate foam.    

Class C

Class C materials still have no flame spread during testing, but don’t meet class B criteria. Class C includes sandwich panels made with polyurethane or phenolic foam cores.

Class D

This class means that there is a moderate level of combustion, and has a minimal level of flame spread. This is usually used to classify wood or wooden products. 

Class E

Soft fibreboard, expanded polystyrene and polyurethane, would be examples of Class E materials. They resist low flame ignition for a limited amount of time. 

Class F

Essentially, Class F refers to materials that don’t have specified fire performance, or for products made of materials that don’t meet the Class E standard. 

Section 2: Smoke production

The next section of the EN13501-1 refers to the amount of smoke that is emitted during combustion. The Higher the number, the higher the smoke emissions. If a product has an S1 classification, it means it emits either no smoke, or at very slow speed. The lower amount of smoke produced, means it is less harmful. For an average emission of smoke intensity, S2 means there is a notable amount of smoke produced. Slower than S3, but faster than S1. S3 is the lowest classification a product can get, S3 means smoke is emitted at a high intensity. 

Section 3: production of burning droplets

When a material is burning, it can also produce flaming droplets, which are particles that are produced during combustion. D0 is the highest rating, which means there is no dripping; D1 means there are droplets present, but at a slow rate; D3 is the lowest classification, which is designated to materials or products that have a high droplet level. 

What would an EU fire reaction rating of B-S2, D0 mean?

As an example of how these classifications look in real terms, see B-S, D0. The first section indicates the fire reaction of the material, with Class B materials having a limited contribution to fire. The second section, separated by a hyphen, indicates the smoke production of the material. S2 indicates the material has a low smoke production. The third and final section is separated by a comma, and indicates the burning droplets, dripping, of the material. As this is D0, there are no droplets or particles emitted during burning. B-S2, D0 indicates that the material has a limited contribution to fire, low smoke production and does not emit burning droplets. This is considered a high rating, giving the material a good fire performance classification, and will not contribute to the spread of the fire.

Why does condensation form in a temporary structure?

Temperature difference

Condensation is an issue in all types of buildings, both temporary and permanent. When warm air comes into contact with colder surfaces, the moisture in the air rapidly cools and turns into water. As the walls of a temporary structure are in contact with the outside temperatures, they are often colder than the air inside the building.

Humidity

The amount of condensation that develops from the temperature differences is based on the humidity of the air. Humidity references to how much moisture is present in the air. The higher the humidity, the more condensation will form on cold surfaces. Warmer air rises, so you would see water droplets on both the walls and the roof.

Air circulation

A major contributing factor to the humidity of a building is the air circulation. If you have poor air circulation, the air becomes stale, and builds up more moisture in the air. Temporary structures are built to keep the weather out, which also can affect how well the structure can breathe. You need to make sure you keep a good flow of air in order to stop condensation building up.

Ventilation

Linked to the air circulation, poor ventilation will mean more condensation. Ventilation is a more proactive way to keeping the air current moving. HVAC systems draw the air from a temporary building, which is rich in moisture, and exhausts it outside. 

Insulation

Insufficient insulation in a temporary structure can cause condensation to form. Insulation is a barrier between the colder air outside, and the warmer air indoors. Which means that even when the air comes in to contact with surfaces, they aren’t cold enough to affect the moisture. Insulation helps to keep the temperature inside the structure stable, reducing the likelihood of condensation forming. 

How can you limit condensation build up in a temporary structure?

There is no one way to reduce condensation, and there is no way to completely eliminate the problem, but you can take steps to severely mitigate condensation. Condensation can cause all sorts of problems, and increases the risk of damage to the structure. 

Proper insulation

An effective barrier between two contrasting temperatures will reduce the amount of condensation present. Insulating the walls, roof, and floor of a temporary structure will ensure the moisture in the air doesn’t cool down to quickly when in contact with the exposed surfaces. Insulation helps to keep the temperature inside the structure stable, reducing the temperature difference between the inside and outside of the structure. Stabilising the temperature inside the temporary structure will reduce condensation. Even some basic heating or cooling system can have a positive effect on the temporary structure’s air.

Proper ventilation and air circulation

If there is only one method you implement, ventilation is almost the most essential solution in reducing condensation in a temporary structure. Ventilation systems, such as vents and fans, can be used to remove moisture dense air from inside the structure, which will reduce the humidity levels. Ventilation is also the key to affective air circulation, and reduces the risk of condensation by keeping the air constantly moving, reducing the chance of it becoming stagnant and humid.  

Humidity control

As well as ventilation to remove humid air, you can also use dehumidifiers, which will remove moisture form the air and collect it in a tank, or for more commercial dehumidifiers, it can vent through a hose to the outside.

Proper sealing

Properly sealed temporary structures will also keep the condensation to a minimum. Ensuring that all doors and windows are closed when not in use, and seal any gaps or cracks in the walls, roof, or floor, to prevent condensation.

How are temporary buildings used for storage?

Non-insulated storage

Tools and equipment

For the construction industry, they need a safe and secure place for storing their work tools and equipment. Most tools only require to be stored in a cool dry place, and therefore don’t need any temperature regulation. The types of tools and equipment stored on a construction site includes power tools, hand tools, scaffolding, and ladders. 

Building materials

Most building materials are used within days of arriving on site, which means they only need a short-term place to be stored safe from adverse weather. Lumber, drywall, roofing materials, plasterboards, nails, screws and other construction supplies can be stored in non-insulated temporary buildings.

Event equipment

A lot of festivals and events use tents for areas with a lot of foot traffic. Most outdoor events take place in warmer months, which means the tents won’t need additional heaters. For storage, temporary buildings need to be secure, and most will use metal buildings. Temporary storage is used to store event equipment such as tables, chairs, lighting, sound equipment, and staging.

Agricultural equipment and machinery

While in season, farmers may require temporary structures to keep important tools and machinery close to the harvestable fields, saving time on finding the right gear. Farming vehicles are very expensive, and keeping them locked away when not in use will reduce theft. Out of season, these storage facilities can keep these vehicles safe from adverse weather. These buildings are used for storing tractors, harvesters, and other farming machinery.

Industrial equipment

Within larger operations, temporary buildings can be used for storing industrial equipment. The are usually deployed when there has been an influx of equipment added and there isn’t enough warehouse space to house it. This includes heavy machinery, forklifts, and other industrial tools and supplies.

Office supplies

In the event of moving offices, or storing old equipment, you can use non-insulated temporary buildings to store office supplies such as desks, chairs, filing cabinets, computers, and other office equipment.

Personal belongings

There can be many reasons you may need a temporary building for personal belongings, such as moving house, clearing out old items, or maybe for a big home renovation may also store personal belongings such as clothing, furniture, and household items.

Insulated storage 

Dry storage

Insulated temporary structures are versatile storage options suitable for a range of dry goods, including clothing, electronics, furniture, and paperwork. With their insulation, these buildings can effectively manage temperature and humidity levels, safeguarding the stored items against potential damage.

Cold storage

Equipping the temporary storage building with a refrigeration unit or cooling systems, allows you to store perishable items such as food or pharmaceuticals. The insulation can help maintain the temperature within a specific range, ensuring the stored items are kept fresh.

Equipment storage

Temporary buildings with insulation offer a convenient and reliable storage solution for heavy machinery and equipment. The insulation within these buildings can help protect the equipment from extreme weather conditions, which can cause damage to the machinery, such as rust or corrosion.

What are RAL colours?

RAL is a colour matching system used to standardise colours across different industries, such as paint, construction, and design. The RAL colour system was created in 1927 by the German RAL (Reichs-Ausschuß für Lieferbedingungen und Gütesicherung, or “National Committee for Delivery Terms and Quality Assurance”) and is now maintained by the RAL GmbH.

The RAL system includes over 200 colours, each identified by a unique four-digit code. The colours are divided into groups based on their hues, including reds, yellows, greens, blues, grays, and whites. Each colour is defined by its unique combination of red, green, and blue (RGB) values.

RAL colours are widely used in many industries, including construction, painting, design, and manufacturing. They are used to ensure that colours are consistent across different materials and products, such as paint, plastics, and textiles. RAL colour standards are also used in the production of construction materials such as roofing, cladding, and window profiles.

One of the most common uses of RAL colours is in the architectural and construction industry, where they are used to specify the colour of roofing, cladding, and window profiles. RAL colours are also commonly used in the manufacturing industry, where they are used to specify the colour of machinery, vehicles and other products.

RAL colours are widely available in paint, powder coating and other coatings, as well as in a variety of digital formats for use in design software.

What colours are available for insulated sandwich panels?

There is a large array of colours you can have on insulated sandwich panels, as they can be sprayed with a powder coat to your specifications. In some industries, they use a colour chart system in order to keep colours universal. This means as long as you know the reference name or number of the colour, you get the same colour every time. It is important to note, that different materials and surfaces could alter the finished effect. In manufacturing and construction, the most universally used system is the RAL colour chart.

What is the RAL colour chart?

RAL is a colour matching system used to standardise colours across different industries, such as painting, construction, and design. The RAL colour system was created in 1927 in Germany by the National Committee for the Delivery Terms and Quality Assurance. The name RAL comes from the original translation, “Reichs-Ausschuß für Lieferbedingungen und Gütesicherung.” Which is now maintained by the RAL GmbH.

What colours are available on the RAL colour chart?

There are over 200 different shades of RAL colours, and each is identified by a unique four-digit code. The colours are also divided into groups based on their hues: reds; yellows; greens; blues; greys; whites, etc. The following is not a list of every RAL colour, but examples of some of the most popular. 

• RAL 1000: Green beige

• RAL 1001: Beige

• RAL 1002: Sand yellow

• RAL 1003: Signal yellow

• RAL 1004: Golden yellow

• RAL 1005: Honey yellow

• RAL 1006: Maize yellow

• RAL 1007: Daffodil yellow

• RAL 1011: Brown beige

• RAL 1012: Lemon yellow

• RAL 1013: Oyster white

• RAL 1014: Ivory

• RAL 1015: Light ivory

• RAL 1016: Sulphur yellow

• RAL 1017: Saffron yellow

• RAL 1018: Zinc yellow

• RAL 1019: Grey beige

• RAL 1020: Olive yellow

• RAL 1021: Rape yellow

• RAL 1023: Traffic yellow

• RAL 1024: Ochre yellow

• RAL 1027: Luminous yellow

• RAL 1028: Curry

• RAL 1032: Apricot

What is a temporary classroom?

Across the UK, schools have been using temporary classrooms for decades. In part, due to their flexibility, and quickly they can be sourced, installed, and erected. Temporary classrooms are designed to be used for a limited amount of time, which could be months or even years. The reason schools choose temporary classroom structures vary, but they are usually a quick and cost-effective solution for adding more classroom space. They are used when major refurbishments are being carried out, and also on a semi-permanent basis. Temporary classrooms are a very good solution for schools with sudden high population growth and movement in their area. In more severe circumstances, they can be used as a solution for schools that have been affected by natural disasters, such as hurricanes or earthquakes. 

What materials are temporary classrooms made from?

Temporary classrooms are usually constructed from a variety of materials, including steel, aluminium, and wood. Almost all temporary classrooms are insulated and climate-controlled; providing a comfortable and safe learning environment. They ideally need to resemble a more traditional classroom setting to optimise the students learning. There are many shapes and sizes you can choose from, depending on your exact specifications.

What are some of the features of temporary classrooms?

Even though these buildings are supposed to be temporary, they still have the ability to be equipped with necessary facilities. Everything you would want and expect from a classroom, they can be fitted with electricity, heating and cooling, lighting, and internet access. They are built to withstand the wear and tear of everyday use, and meeting regulatory standards of safety and building codes. They are also more flexible than permanent classrooms, as you can have them disassembled and re-erected where ever you need them the most.

What educational uses can a temporary structure be used for?

Overcrowded schools

There are different types of temporary structures that can be used as classrooms, including portable classrooms, modular classrooms, and relocatable buildings. These structures can be built off-site and then transported to the school campus or installed on-site.

Pop-up schools

A pop-up school is a temporary learning space that is designed to be set up quickly and easily in a variety of locations. These schools are typically designed to provide education in unconventional or non-traditional settings, such as community centres, public spaces, museums, or even outdoors after a natural disaster.

Temporary classrooms

Temp classrooms are often used to accommodate temporary increases in student enrolment, such as during a construction project, or to address short-term space constraints. They may also be used to provide specialised or remedial instruction in a separate space from the regular classroom.

Special education

They can be useful for special education needs, as they provide a separate and specialised space for students who require extra support or accommodations to learn effectively. Special education classrooms need to meet the specific needs of students with disabilities or learning differences, such as those with developmental delays, physical disabilities, or mental health issues. Using a temporary classroom for special education can also provide a quieter and more controlled environment for students who may be easily distracted or overwhelmed by the noise and activity in a regular classroom. This can help to reduce stress and anxiety, improve focus and attention, and ultimately improve learning outcomes for students with special needs.

Science labs

As schools continue to face overcrowding and budget constraints, many are forced to make creative solutions to accommodate their students’ needs. One such solution is using temporary classrooms as science labs. While these classrooms are not purpose-built for science labs, they can be easily modified to meet the necessary requirements. They offer an affordable solution to schools with limited budgets, as they do not require the high costs associated with building a dedicated science laboratory. Additionally, they can be repurposed for other uses when no longer needed as a lab.

Vocational training

With the increasing demands to provide vocational training programs for their students, many are looking for cost-effective ways to create the necessary spaces for these programs. One solution that is gaining popularity is using temporary classrooms as vocational training facilities. With the right equipment and design, these classrooms can provide a safe and functional space for students to learn and practice their skills.

Distance learning

Temporary structures can be used to set up remote learning centres for students who are unable to attend school due to illness or other reasons. They can be outfitted with the necessary equipment and technology to support distance learning. This includes high-speed internet, webcams, and other audio and video equipment. With the right design and layout, these classrooms can provide a functional and comfortable space for students to learn and engage in distance learning.

Outdoor learning

Traditional learning environments have been experimenting with more experiential learning, and temporary classrooms are being repurposed as spaces for outdoor learning. It allows students to learn in a natural environment, promotes physical activity, and is an excellent way to reduce stress and improve mental health. Students can also develop valuable skills, such as teamwork, communication, and problem-solving, in a more dynamic and interactive environment.

Adult education

There are several reasons why individuals may not have had the chance to complete their studies in their younger years. These reasons could include the need to work, raise a family, among many others. temporary classrooms can provide a comfortable and accessible learning environment for adult learners who may have special needs or disabilities. They are also a great solution for offering evening classes for TEFL courses or learning a second language.

What is a temporary warehouse?

A temporary warehouse is a versatile solution designed to be used as a storage facility for a limited period of time. These structures can either stand on their own or be an add-on to an existing building. Temporary warehouses are a perfect option for businesses and organisations that need extra storage space, but cannot afford to build a permanent warehouse due to budget or resource constraints.

What materials are the made from?

These warehouses are constructed using a range of materials, including steel, aluminium, and wood. They can be customised to be insulated and climate-controlled to create a secure and comfortable storage environment. Depending on the business or organisation’s requirements, they come in different sizes and designs.

Why are temporary warehouses used?

Temporary warehouses are often used as a short-term solution for businesses experiencing rapid growth or as a solution for those located in areas experiencing high population growth or natural disasters. They can also be used to address businesses undergoing significant renovations, or those with seasonal fluctuations in storage needs. To meet the needs of a business, temporary warehouses can be equipped with basic amenities such as electricity, heating and cooling, lighting, and internet access. They are also built to withstand everyday use and adhere to safety and building codes. Additionally, these structures can be easily disassembled and moved to another location once their purpose is fulfilled.

Are insulated panels strong enough to be used on temporary warehousing?

Insulated panels are a great option for temporary warehousing, offering both strength and durability. The outer layers of insulated panels are made of durable metal materials like steel or aluminium, and the insulation core is made of polyurethane or polyisocyanurate foam, which provides additional strength and rigidity to the panel. This makes insulated panels capable of withstanding the weight of stored goods and other warehouse equipment. By using insulated panels for your temporary warehousing needs, you can have a strong, durable and reliable storage space that can provide protection for your goods.

Check with an expert beforehand

It’s important to note that the strength and load-bearing capacity of insulated panels can vary based on the specific product, manufacturer, and design. However, our team can assist you in selecting the right insulated panels that meet your specific load requirements and regulations for the location where the temporary warehouse will be placed. Our team is available to answer any questions you may have and help you choose the best solution for your needs.  

Can temporary buildings have roller shutters?

Roller shutters can provide a convenient and effective security solution. Roller shutters are designed to cover windows and doors of a building, and can be added to temporary structures as well. They are available in various materials such as aluminium, steel, and lightweight PVC, and can be operated manually or electrically. These shutters can be locked for added security and insulation can be added to regulate temperature and energy costs. Adding roller shutters to a temporary building offers a range of benefits, including increased security, privacy, and protection from the elements. They also enhance the visual appeal of the building and give it a more professional look. 

Make sure they are compliant with regulations

Regulations and requirements may vary depending on the location where the temporary building is to be placed, so it’s always advisable to consult with experts or relevant regulatory bodies before installing roller shutters. With careful consideration and planning, roller shutters can be a valuable addition to any temporary building. Temporary structures have also become a popular choice for film studios that need additional space or that want to film on location. These structures can be in the form of tents, modular buildings or other types of temporary constructions. One of the biggest advantages of using temporary structures as film studios is that they provide a cost-effective and flexible solution.

Can you hire a temporary warehouse?

Temporary warehouse solutions are available for businesses, organisations, and individuals that require additional storage space. These solutions can be tailored to specific needs, with a variety of types and sizes of warehouses on offer. Hiring a temporary warehouse is a great solution for businesses experiencing high growth, situated in high-population areas, or undergoing significant renovations. They can also be beneficial for businesses that have seasonal increases in storage needs. When renting a temporary warehouse, the rental company typically takes care of delivery, installation, and maintenance, freeing up business owners to concentrate on running their operations. Additional services, such as storage solutions, logistics, and transportation, may also be offered. It is crucial to consider the size, location, features, and rental period when selecting a temporary warehouse. Comparing options and taking cost into account is also necessary to make an informed decision.

How much does it cost to hire a temporary warehouse?

The cost of hiring a temporary warehouse can be influenced by various factors such as location, size, features, and rental period. The rental fee is usually calculated based on a per square foot or per square metre rate, and larger warehouses generally come at a higher cost than smaller ones. You can also pay for additional features like climate control, fire suppression systems, or security systems. The more extras you add, the higher the hiring cost of the warehouse will increase. In some cases, the location of the warehouse, whether it’s situated in an urban or rural area, can affect the cost.

You should also consider the length of the hire period, as shorter rental periods typically cost more than longer ones. While the initial cost of renting a temporary warehouse may be higher than a permanent warehouse, the flexibility it provides to relocate can save you significant costs in the long run. You should always get quotes from different providers and compare the costs; it is a wise step to take before making a decision. You can also look for package deals that include logistics and transportation services to save on additional costs.

How much does it cost to buy a temporary warehouse?

The cost of purchasing a temporary warehouse depends on various factors such as size, location, features, and materials used. Generally, the cost is determined based on the per square foot or per square metre rate. The size and location of the warehouse are significant determinants of the cost, with larger warehouses in urban areas being more expensive than smaller ones in rural areas. The cost may increase depending on additional features like climate control, fire suppression systems, and security systems. The materials used in constructing the warehouse can also impact the cost, with some materials being more expensive than others.

Purchasing a temporary warehouse may have a higher initial cost than hiring one, but it can be more cost-effective in the long run. This is particularly true for businesses that have high storage needs and will require the warehouse for an extended period of time. Always get quotes from different manufacturers or providers and compare the costs before making a decision. 

What is the typical height of a temporary warehouse?

Temporary warehouses come in different sizes and designs, so their typical height can vary. On average, most temporary warehouses have a height of 8 to 12 feet, 2.4 to 3.6 metres, from the floor to the bottom of the truss. However, some warehouses can be constructed with higher ceiling heights to accommodate taller storage racks, mezzanine levels, or other equipment, reaching up to 20 feet, 6 metres; sometimes even higher.

It’s crucial to assess the specific requirements of the warehouse before deciding on its height. The type of goods and equipment stored in the warehouse may require different ceiling heights. For example, warehouses that store palletised goods or heavy equipment may need higher ceiling heights to accommodate taller storage racks. In contrast, warehouses storing light goods or small equipment may not need as much height.  You also need to account for the safety regulations of the location where the warehouse will be placed. Considering the specific needs and requirements of the warehouse, as well as the safety regulations of the location, are important factors in deciding the height of a temporary warehouse.

Should you hire or buy a temporary warehouse?

Deciding whether to hire or buy a temporary warehouse depends on the unique needs and situation of a business. Each option has its own benefits and drawbacks. Hiring a temporary warehouse is a great choice for companies that require additional storage space for a shorter time period. It’s cost-effective, flexible, and can be quickly moved to another location when needed. You also have more assurances, as maintenance and repair responsibilities fall on the provider. Buying a temporary warehouse, on the other hand, can be a more cost-effective solution for businesses that need storage space for a longer period of time or have higher storage requirements. It provides more control over the warehouse’s design and features and can be used as an asset for the business. When deciding between the two options, it’s important to consider specific needs and circumstances, such as the duration of additional storage space needs, budget, and location of the warehouse. Consulting experts or relevant regulatory bodies can also help ensure compliance and provide a better understanding of the advantages and disadvantages of each option.

What differences would one expect to see between a long-term and a short-term hire structure?

Durability

Long-term hire structures are typically constructed with more durable materials to withstand the elements for an extended period of time, while short-term hire structures may be made with less durable materials due to their shorter lifespan.

Customization

Short-term hire structures may be available only in pre-designed sizes and configurations, due to market viability, whereas Long-term hire structures may be more customisable to fit the specific needs of a business. 

Cost

Long-term hire structures may be more expensive due to their durability and customisation, which may require more maintenance due to their extended period of use. Short-term hire structures may be less expensive as they are designed for shorter use, and less likely to need much maintenance.

Planning permission

Long-term hire structures may require planning permission from local authorities, while short-term hire structures may not require the same level of compliance. It can depend on more factors, such as location, and reason for use. 

What is a flexible rolling contract?

A flexible rolling contract provides flexibility in terms of the duration of the agreement, and is a type of rental or lease agreement that allows the tenant or lessee to use the property or equipment for an unspecified period of time. The contract includes a minimum rental period, after which the tenant or lessee has the option to renew or extend the contract on a rolling basis, usually on a monthly or quarterly basis. This allows the tenant or lessee to continue renting the property or equipment for as long as they need it.

These contracts are frequently used for temporary structures such as modular buildings, mobile homes, and storage containers, as well as equipment rentals for construction, vehicles, and machinery. They are particularly useful for businesses with changing needs or uncertain time frames, as they can adjust the length of the contract to fit their current needs. Additionally, flexible rolling contracts give businesses more control over their budget, as they can choose to renew or terminate the contract based on their financial situation. A flexible rolling contract provides flexibility in the duration of the agreement and is a rental or lease agreement that allows for long-term use. It is often used for temporary structures and equipment rentals, and is useful for businesses that have changing needs or are uncertain of their time frames.

What emergencies can a temporary structure be used for during a crisis?

Emergency shelters

Tents are one of the most common types of temporary structures used for emergency shelter. They are easy to set up, relatively inexpensive, and can provide immediate protection from the elements. Tents can be made of different materials, such as canvas, nylon, or polyester, and can be reinforced with waterproof coatings to withstand heavy rain or snow. Used for people who have been displaced by natural disasters, such as hurricanes, floods, or earthquakes.

Medical facilities

During the pandemic, temporary buildings have become an essential solution to help hospitals and clinics increase their capacity and adapt to the changing needs of the healthcare system. These structures can be set up quickly and efficiently, and they can be designed to suit a variety of purposes, from testing and vaccination centres to isolation wards and even full-scale field hospitals.

Command centres

During emergencies, communication is key, and temporary buildings are designed to provide a centralised location where decision-makers can gather and coordinate response efforts. These structures can be equipped with all the necessary amenities, including power and water, to ensure that the command centre can function effectively.

Food and supplies distribution centres

The use of temporary buildings as food and supplies distribution centres has become increasingly popular in recent years. These structures provide a cost-effective and efficient solution for organisations and governments looking to distribute food and supplies to those in need during emergencies, disasters, or even in everyday operations. They can be made from insulated panels in order to keep the food chilled in order to stop it from spoiling. 

Animal shelters

Temporary buildings can be equipped with various features to make them suitable for housing animals, such as ventilation systems, insulation, and heating or cooling units. They can be made from durable materials that can withstand the elements, and protect animals from harsh weather conditions.

Logistics and transportation hubs

Logistics are complicated, especially during a crisis. Temporary structures can be set up quickly and cost-effectively, providing a centralised location for the coordination of transportation and logistics during an emergency. These hubs can be used for a variety of purposes, from storing and distributing supplies like food, water, and medical equipment, to serving as a command centre for transportation operations.

What accessories are available for commercial temporary buildings?

Lighting

When it comes to temporary buildings, lighting is a crucial component. Whether you’re using a temporary structure as a pop-up shop, a warehouse, or an event space; they can be equipped with lighting fixtures, such as LED lights or fluorescent lights, to provide adequate lighting inside the structure. Lighting plays an important role in creating a comfortable and functional environment.

One of the advantages of temporary buildings is that they can be customized to meet specific lighting needs. For example, if you’re using a structure as a warehouse, you may need bright overhead lighting to ensure that workers can see what they’re doing. On the other hand, if you’re using a structure as an event space, you may want to incorporate ambient lighting to create a warm and inviting atmosphere.

Climate Control

One critical aspect to consider when planning for temporary buildings is climate control. Maintaining a comfortable and safe temperature for workers and any equipment or materials inside the building is essential.

Climate control systems can be easily installed in temporary buildings to provide heating or cooling as required. For colder weather, temporary heating systems can be used to keep the temperature at a comfortable level. These heating systems can be fuelled by propane, natural gas, or electricity, depending on availability and cost. In contrast, for hot weather, air conditioning systems can be installed to keep the inside of the building cool and comfortable.

Flooring

The flooring needs to be sturdy and safe for the occupants. Temporary buildings may be used in a variety of situations, including events, construction sites, and disaster relief efforts. Therefore, the flooring needs to be durable and capable of withstanding heavy foot traffic, harsh weather conditions, and potentially rough terrain.

When it comes to temporary building flooring options, there are many to choose from. Some popular choices include vinyl flooring, carpet tiles, and interlocking tiles. Vinyl flooring is a popular choice because it is easy to clean, waterproof, and durable. Carpet tiles are also a popular choice for their comfort and ability to dampen noise. Interlocking tiles are often used for outdoor events or construction sites because they are easy to install and can withstand heavy equipment.

Windows and Doors

Windows and doors play a significant role in the design and functionality of temporary buildings. They must be both durable and attractive, while also providing ventilation and natural light. Depending on the intended use, different types of windows and doors may be more appropriate. For instance, in a medical facility, airtight and secure windows and doors may be necessary to protect patients from contamination and maintain a sterile environment. On the other hand, a temporary retail space may require large, attractive windows to attract customers and display products.

Ramps and stairs

Temporary building ramps and stairs are typically constructed out of steel or aluminium, as these materials are strong and durable enough to support the weight of heavy construction equipment while still being lightweight and portable. The stairs or ramps can be made in a variety of sizes, depending on the size and weight of the equipment that needs to be moved. For example, wide staircases or ramps can be used to bring in large pieces of machinery, while narrower staircases or ramps can be used for lighter equipment and wheelchairs.

Safety is a major consideration when using temporary building ramps and stairs, as they can be quite dangerous if not used properly. For this reason, it is important to ensure that all ramps and stairs are properly secured to the ground, as well as that they are inspected regularly for any damage. In addition, it is important to use appropriate safety equipment, such as hard hats and other protective gear, when using temporary building ramps and stairs.

How long does it take to dismantle and relocate a commercial temporary building?

Dismantling and relocating a commercial temporary building typically takes anywhere from a few days to a few weeks, depending on the size of the structure and the complexity of its design. Various factors can also play a role in prolonging the time it takes, such as the need to disassemble and move large equipment or inventory, the need to comply with local regulations, and the time necessary for the transportation of the building. In some cases, however, a quick assembly and disassembly system may reduce the time required for the task. For instance, temporary structures that are designed with an efficient system of connecting and disconnecting components can be put together and taken apart quickly, reducing the amount of time needed to relocate the building.

Want to find out more?

Are you interested in learning more about temporary structures? If so, please contact us today to discover the many advantages of our structures. We offer affordable solutions that can be quickly installed and configured to meet your specific needs. Our friendly customer service team is available to answer any questions you may have and guide you through the process. Contact us today to find out how our temporary structures can provide you with the perfect solution for your project.