Menu Close

Sempatap Thermal Solid Wall Insulation

Sempatap Thermal solid wall insulation can be used to make a standard solid 9 inch brick wall 30% more energy efficient. The product has a thermal resistance of 0.194m2 K/W, making it very efficient. If you’re planning on insulating your home with this product, you should know a few things.

Problems with sempatap thermal solid wall insulation

Sempatap Thermal is an extremely effective solid wall insulation product. It has been proven to make solid walls up to 30% more energy efficient. It is easy to fit and can drastically reduce the amount of heat loss and condensation in your home. However, some users have expressed concerns over the product and the installation process.

Although Sempatap Thermal is very easy to apply, some problems may arise when you apply it to a solid wall. Before applying the insulation, you must first clean the walls and treat any mould growth according to the MGC Specification. You should also remove any wallpaper to prepare the walls for decoration. In some instances, a primer coat may be required to protect the wall surface from the adhesive.

Cost of sempatap thermal solid wall insulation

If you’re looking for a solid wall insulation that will last for at least 30 years, you should consider Sempatap Thermal. It’s a tenmm thick insulation that is fire-resistant and can be decorated with emulsion or wallpaper. The installation process involves applying a primer and adhesive to the surface. After that, the material is rolled out. It is only 10mm thick, so it won’t cause problems if you need to refloor the room or change the furniture.

Sempatap Thermal can be applied to almost any solid wall. It can make even a standard 9-inch brick wall 30% more energy efficient. This is due to the thermal resistance of the material, which is 0.194 m2/W. Moreover, it is easy to install.

Fire rating of sempatap thermal solid wall insulation

Sempatap Thermal is 10mm thick “Magic Wallpaper” with a fire rating of M1. It provides high levels of thermal insulation and provides a warm wall solution to condensation problems. This product also has the option of being tiled or filled, making it suitable for use in a range of applications.

Sempatap Thermal is easy to apply and can be decorated to match any existing style or décor. It is a very economical option for reducing heat loss and CO2 emissions in solid wall homes. It also reduces outlay costs and disruption. As the product is 10mm thick, it can be easily applied and removed from walls.

Sempatap Thermal reduces ‘u’ values by nearly 30% and provides a lower carbon footprint than cavity fill. It also provides warmer living conditions and helps reduce heating bills. Sempatap Thermal is suitable for use in solid walls, dormers, mansard roofs and park homes.

Fire ratings are determined by ASTM E119 tests. The test involves a time-temperature curve that more or less represents a cellulosic fire. As such, certain types of insulation and wall thickness are required to avoid the spread of fire. The ASTM E119 fire test starts at room temperature and increases to 2,000degF over 4 hours.

Lifespan of sempatap thermal solid wall insulation

Sempatap is a one-cm-thick heavy foam that is applied to walls in a similar manner to wallpaper. It is often used by housing associations to upgrade their stock. However, it has poor insulation properties and is easily damaged. Moreover, it is very expensive and does not last very long.

It is also easy to apply. Its life span is 30 years. This material is available in different colours and can be decorated. Unlike traditional insulation, it can be applied on walls using emulsion or wallpaper. The adhesive and primer are applied to the wall surface before applying the insulating material. Unlike traditional wall insulation, this product is very thin, so there is no need for reflooring after installation.

Sempatap Thermal is an excellent choice for solid wall homes. In addition to improving the insulation of a home, it also has environmental benefits. It is recommended by the National Physical Laboratory and has been tested by the Building Research Establishment. In fact, a recent study conducted by the BRI found that it significantly reduced carbon emissions.