Yes, PUR can be used as insulation either for partial-fill cavities or fully-filling cavities. For many years PUR injected into cavity walls has been used, not only as a highly efficient insulant but also as a means of stabilising masonry cavity walls where wall ties have corroded or failed. It has also been used by many local authorities and housing associations for stabilising and insulating high rise buildings.

There are several ways in which homes can be refurbished your home to the highest insulation standards. The Energy Saving Trust Guide CE 184 Practical refurbishment of solid-walled houses (2006 edition) offers practical guidance on the most appropriate methods for the energy efficient refurbishment of solid-walled houses, where PUR and PIR products are cited as being able to achieve best practice in almost all insulation applications. It considers performance targets as well as installation details for floors, walls, windows, doors and roofs. To view a copy of the guide click here

PIR/PUR insulation products meet a wide range of fire performance requirements as stipulated by both the Building Regulations and the insurance industry. For more information click here.

PUR and PIR are widely used in the insulation of pipes, ducts and vessels. Typically, depending on the formulation they can withstand high temperatures of up to 130°C.

PIR/PUR Insulation has been used successfully to insulate pipes and storage vessels in cryogenic applications at temperatures of –190°C. The insulation also has the flexibility to withstand temperature cycling from cryogenic temperatures to ambient.

In a recent report published jointly by DEFRA, DCLG and the Environment Agency “Improving the flood performance of new buildings” rigid PUR foam is shown to be the best performing when installed into cavity walls. The report states “Cavity insulation should preferably incorporate rigid closed cell materials as these retain integrity and have low moisture take-up. Other common types, such as mineral fibre batts, are not generally recommended as they can remain wet several months after exposure to flood water which slows down the wall drying process. Blown-in insulation can slump due to excessive moisture uptake, and some types can retain high levels of moisture for long periods of time (under natural drying conditions).” The results of the report are based on laboratory findings and classifies wall components as good, medium or poor with regard to:

• water penetration – the leakage (rate and volume) through the entire wall thickness (note that this is different from “water absorption”)
• drying ability – the capability to regain its original surface moisture condition (assessed by the average drying rate and the time taken to reach the original value)
• retention of pre-flood dimensions, integrity – the lack of deformation or change in form or appearance of the wall panel.

PUR foam gained a Good rating for retention of pre-flood dimensions, integrity and a Medium rating for water penetration and drying ability with all other insulants having a Poor rating.

Closed cell insulation is also recommended when installing floor insulation in order to minimise the impact of flood water.

To see a complete copy of the report click here.

Some products, such as roofboards, pipe insulation and insulated plasterboard are available through builder’s merchants. For more detailed information, contact please contact the manufacturers directly who will be able to put you in touch with your nearest stockist.

Yes, spraying the underside of a roof with PUR insulation can help reduce aircraft noise pollution, as well as offering thermal insulation of your home to Building Regulations standards at the same time. For more information click here.

One of the biggest contributors to global warming is carbon dioxide (CO2). The energy used for heating, lighting and power in homes produces more than a quarter of the UK’s CO2 emissions, other buildings produce a further one sixth. By installing PIR/PUR insulation you can help to reduce emissions and thus protect the environment.

PIR/PUR boards are available from most large builders merchants. Many will be under their trade names from some of our member companies such as Ecotherm, Celotex, Kingspan, Recticel and Quinns

Yes, PUR can be used as insulation either for partial-fill cavities or fully-filling cavities. For many years PUR injected into cavity walls has been used, not only as a highly efficient insulant but also as a means of stabilising masonry cavity walls where wall ties have corroded or failed. It has also been used by many local authorities and housing associations for stabilising and insulating high rise buildings.

There are several ways in which homes can be refurbished your home to the highest insulation standards. The Energy Saving Trust Guide CE 184 Practical refurbishment of solid-walled houses (2006 edition) offers practical guidance on the most appropriate methods for the energy efficient refurbishment of solid-walled houses, where PUR and PIR products are cited as being able to achieve best practice in almost all insulation applications. It considers performance targets as well as installation details for floors, walls, windows, doors and roofs. To view a copy of the guide click here

PIR/PUR insulation products meet a wide range of fire performance requirements as stipulated by both the Building Regulations and the insurance industry. For more information click here.

PUR and PIR are widely used in the insulation of pipes, ducts and vessels. Typically, depending on the formulation they can withstand high temperatures of up to 130°C.

PIR/PUR Insulation has been used successfully to insulate pipes and storage vessels in cryogenic applications at temperatures of –190°C. The insulation also has the flexibility to withstand temperature cycling from cryogenic temperatures to ambient.

PUR insulation can be sprayed to the underside of a roof where it creates a permanent bond between the tiles and the roof structure ensuring that high winds cannot dislodge tiles or slates. For more information click here.

In a recent report published jointly by DEFRA, DCLG and the Environment Agency Improving the flood performance of new buildings” rigid PUR foam is shown to be the best performing when installed into cavity walls. The report states “Cavity insulation should preferably incorporate rigid closed cell materials as these retain integrity and have low moisture take-up. Other common types, such as mineral fibre batts, are not generally recommended as they can remain wet several months after exposure to flood water which slows down the wall drying process. Blown-in insulation can slump due to excessive moisture uptake, and some types can retain high levels of moisture for long periods of time (under natural drying conditions).” The results of the report are based on laboratory findings and classifies wall components as good, medium or poor with regard to:

• water penetration – the leakage (rate and volume) through the entire wall thickness (note that this is different from “water absorption”)
• drying ability – the capability to regain its original surface moisture condition (assessed by the average drying rate and the time taken to reach the original value)
• retention of pre-flood dimensions, integrity – the lack of deformation or change in form or appearance of the wall panel.

PUR foam gained a Good rating for retention of pre-flood dimensions, integrity and a Medium rating for water penetration and drying ability with all other insulants having a Poor rating.

Closed cell insulation is also recommended when installing floor insulation in order to minimise the impact of flood water.

To see a complete copy of the report click here.

Yes, spraying the underside of a roof with PUR insulation can help reduce aircraft noise pollution, as well as offering thermal insulation of your home to Building Regulations standards at the same time. For more information click here.

The ratings on the Energy Performance Certificate in the Home Information Pack provide a measure of a building’s overall energy efficiency and its environmental impact. This is calculated in accordance with a national methodology that takes into account factors such as insulation, heating and hot water as well as fuels used. By installing the best performing thermal insulation your home will be more energy efficient and will thus gain a higher rating.

Yes, PUR can be used as insulation either for partial-fill cavities or fully-filling cavities. For many years PUR injected into cavity walls has been used, not only as a highly efficient insulant but also as a means of stabilising masonry cavity walls where wall ties have corroded or failed. It has also been used by many local authorities and housing associations for stabilising and insulating high rise buildings.

There are several ways in which homes can be refurbished your home to the highest insulation standards. The Energy Saving Trust Guide CE 184 Practical refurbishment of solid-walled houses (2006 edition) offers practical guidance on the most appropriate methods for the energy efficient refurbishment of solid-walled houses, where PUR and PIR products are cited as being able to achieve best practice in almost all insulation applications. It considers performance targets as well as installation details for floors, walls, windows, doors and roofs. To view a copy of the guide click here

Information on getting a grant can be obtained from the Energy Saving Trust. However, householders should consider installing the most efficient insulation products available.

PUR insulation can be sprayed to the underside of a roof where it creates a permanent bond between the tiles and the roof structure ensuring that high winds cannot dislodge tiles or slates. For more information click here.

Some products, such as roofboards, pipe insulation and insulated plasterboard are available through builder’s merchants. For more detailed information, contact please contact the manufacturers directly who will be able to put you in touch with your nearest stockist.

To find a contractor, please visit the The British Urethane Foam Contractors Association (BUFCA) website.

Yes, spraying the underside of a roof with PUR insulation can help reduce aircraft noise pollution, as well as offering thermal insulation of your home to Building Regulations standards at the same time. For more information click here.

The ratings on the Energy Performance Certificate in the Home Information Pack provide a measure of a building’s overall energy efficiency and its environmental impact. This is calculated in accordance with a national methodology that takes into account factors such as insulation, heating and hot water as well as fuels used. By installing the best performing thermal insulation your home will be more energy efficient and will thus gain a higher rating.

One of the biggest contributors to global warming is carbon dioxide (CO2). The energy used for heating, lighting and power in homes produces more than a quarter of the UK’s CO2 emissions, other buildings produce a further one sixth. By installing PIR/PUR insulation you can help to reduce emissions and thus protect the environment.

PIR/PUR products can be used in all types of building projects, including new-build, self-build and refurbishment. For information on how PIR/PUR insulation can be used in new-build projects click here. For information on its use in refurbishment projects click here.

PIR/PUR boards are available from most large builders merchants. Many will be under their trade names from some of our member companies such as Ecotherm, Celotex, Kingspan, Recticel and Quinns

Yes, PUR can be used as insulation either for partial-fill cavities or fully-filling cavities. For many years PUR injected into cavity walls has been used, not only as a highly efficient insulant but also as a means of stabilising masonry cavity walls where wall ties have corroded or failed. It has also been used by many local authorities and housing associations for stabilising and insulating high rise buildings.

PIR/PUR insulation products meet a wide range of fire performance requirements as stipulated by both the Building Regulations and the insurance industry. For more information click here.

PUR and PIR are widely used in the insulation of pipes, ducts and vessels. Typically, depending on the formulation they can withstand high temperatures of up to 130°C.

PIR/PUR Insulation has been used successfully to insulate pipes and storage vessels in cryogenic applications at temperatures of ~190°C. The insulation also has the flexibility to withstand temperature cycling from cryogenic temperatures to ambient.

Some products, such as roofboards, pipe insulation and insulated plasterboard are available through builder’s merchants. For more detailed information, contact please contact the manufacturers directly who will be able to put you in touch with your nearest stockist.

To find a contractor, please visit the The British Urethane Foam Contractors Association (BUFCA) website.

Yes, PUR can be used as insulation either for partial-fill cavities or fully-filling cavities. For many years PUR injected into cavity walls has been used, not only as a highly efficient insulant but also as a means of stabilising masonry cavity walls where wall ties have corroded or failed. It has also been used by many local authorities and housing associations for stabilising and insulating high rise buildings.

PIR/PUR insulation products meet a wide range of fire performance requirements as stipulated by both the Building Regulations and the insurance industry. For more information click here.

In a recent report published jointly by DEFRA, DCLG and the Environment Agency “Improving the flood performance of new buildings” rigid PUR foam is shown to be the best performing when installed into cavity walls. The report states “Cavity insulation should preferably incorporate rigid closed cell materials as these retain integrity and have low moisture take-up. Other common types, such as mineral fibre batts, are not generally recommended as they can remain wet several months after exposure to flood water which slows down the wall drying process. Blown-in insulation can slump due to excessive moisture uptake, and some types can retain high levels of moisture for long periods of time (under natural drying conditions).” The results of the report are based on laboratory findings and classifies wall components as good, medium or poor with regard to:

• water penetration - the leakage (rate and volume) through the entire wall thickness (note that this is different from "water absorption")
• drying ability - the capability to regain its original surface moisture condition (assessed by the average drying rate and the time taken to reach the original value)
• retention of pre-flood dimensions, integrity - the lack of deformation or change in form or appearance of the wall panel.

PUR foam gained a Good rating for retention of pre-flood dimensions, integrity and a Medium rating for water penetration and drying ability with all other insulants having a Poor rating.

Closed cell insulation is also recommended when installing floor insulation in order to minimise the impact of flood water.

To see a complete copy of the report click here.

PUR and PIR are widely used in the insulation of pipes, ducts and vessels. Typically, depending on the formulation they can withstand high temperatures of up to 130°C.

PIR/PUR Insulation has been used successfully to insulate pipes and storage vessels in cryogenic applications at temperatures of ~190°C. The insulation also has the flexibility to withstand temperature cycling from cryogenic temperatures to ambient.

PUR insulation can be sprayed to the underside of a roof where it creates a permanent bond between the tiles and the roof structure ensuring that high winds cannot dislodge tiles or slates. For more information click here.

Some products, such as roofboards, pipe insulation and insulated plasterboard are available through builder’s merchants. For more detailed information, contact please contact the manufacturers directly who will be able to put you in touch with your nearest stockist.

To find a contractor, please visit the The British Urethane Foam Contractors Association (BUFCA) website.

Yes, spraying the underside of a roof with PUR insulation can help reduce aircraft noise pollution, as well as offering thermal insulation of your home to Building Regulations standards at the same time. For more information click here.

There are several ways in which homes can be refurbished your home to the highest insulation standards. The Energy Saving Trust Guide CE 184 Practical refurbishment of solid-walled houses (2006 edition) offers practical guidance on the most appropriate methods for the energy efficient refurbishment of solid-walled houses, where PUR and PIR products are cited as being able to achieve best practice in almost all insulation applications. It considers performance targets as well as installation details for floors, walls, windows, doors and roofs. To view a copy of the guide click here

PIR/PUR insulation products meet a wide range of fire performance requirements as stipulated by both the Building Regulations and the insurance industry. For more information click here.

Some products, such as roofboards, pipe insulation and insulated plasterboard are available through builder’s merchants. For more detailed information, contact please contact the manufacturers directly who will be able to put you in touch with your nearest stockist.

To find our more about the benefits of BRUFMA membership and how to join, please click here.