If you are looking for the buy insulation london best CALCIUM SILICATE BOARDS, then you have come to the right place. We offer a range of quality Calcium Silicate Boards that are perfect for both exterior and interior applications.

These boards are made from fine silica, cellulose fibers, additives and portland cement. They have superior thermal, heat, fire and sound insulation properties.
Hilux

The Hilux CALCIUM SILICATE BOARDS are best in class multi-purpose building boards with an A1 fire rating and high resistance to water, termite, pests, insects and other environmental hazards. The boards are manufactured using cement, cellulose fibres and performance enhancing additives which is then heat and pressure treated to give a stable crystalline structure.

Ramco Industries manufactures a wide range of board materials like fibre cement boards and calcium silicate boards for all kinds of partitioning, paneling, false ceilings, door frames and acoustic tiles. These are cured under high pressure steam and temperature and have superior structural properties which are unmatched by other building materials. The products are available in a wide range of finishes and forms making them ideal for critical applications.

Unlike other materials, these boards do not experience fungus growth, thus providing a clean and healthy environment. The material is also sound resistant and can handle heavy loads. It is also environmentally friendly as there is no use of wood in its manufacture and therefore no deforestation takes place, reducing pollution.

Toyota has made some big improvements to the Hilux off-road handling. The company has lowered the idle speed from 850rpm to 680rpm and retuned the accelerator response when in low-range off-road mode. It has also upgraded the vehicle stability control system and added a tyre angle monitor to help keep track of where the front wheels are pointed.

What's more, the Hilux has a proper 700mm of wading depth and a remarkable amount of rear axle articulation. All this, along with the Hilux's exceptional electronics, means it can take you places most other trucks would struggle to tackle.

We tested the latest facelifted model in a variety of different off-road conditions, and it was a revelation. With the extra power of the new 204hp 2.8-litre diesel engine, the Hilux felt as strong on the road as it does off it, meaning you never have to worry about running out of puff in the middle of a long journey.

It's hard to think of a better truck that can be used for all sorts of jobs and activities, with the Hilux offering excellent ride comfort no matter what weight you have in the back. This is a real breakthrough in the pickup market, and it shows that toughness and durability aren't mutually exclusive.
Hi-Fi

Hi-Fi offers high quality CALCIUM SILICATE BOARDS for use in insulation, building fire protection, wall and partitions and roof insulation. The boards are non-combustible and offer a Class 0 flame retardant rating under UK Building Regulations.

The boards are available in a range of thicknesses and surface areas to suit the customers needs. They have excellent insulation properties, low thermal conductivity and good structural integrity. They are also resistant to moisture and chemicals.

These are ideal for insulating, sealing and lining industrial boilers, air heaters and gas ovens, providing good machinability, heat and moisture resistance and thermal shock resistance. They are also suitable for insulating ducts, cladding of sheet metal ducts and for fire rated cable and service enclosures.

They are manufactured from a blend of Calcium Silicate Hydrates, cellulose fibres, glass fibres, quartz and mineral fillers. They are a high temperature, high strength structural insulation material that can be shaped into many different shapes.

This product is a new type of environmentally friendly, biodegradable and non-toxic construction material. It is made by mixing and stirring raw materials containing calcium and silicon into a gelling system, which then undergoes pressure forming, prenurturing and autoclave curing to produce the final product.

There are numerous advantages to this new material; it is environmentally friendly, has excellent impact resistance and is highly flexible in shape. It has a long life span, is easy to handle and process and has a variety of applications in both the building and construction industry.

It is also a very energy efficient building material that has a low carbon footprint. It is lightweight, strong and durable with a lifespan of 25 years for internal use in Z2 conditions and 15 years for Z1 conditions, which is significantly longer than the average life span of most other materials.

It is the most cost effective way of achieving a high quality, sustainable and environmentally friendly product, which has a range of benefits, such as a lower energy bill, less pollution and better air quality. Using composite calcium silicate boards (CCSBs), it is possible to achieve these qualities at a fraction of the cost of conventional insulated products.
Hi-Flex

Hi-Flex CALCIUM SILICATE BOARDS are insulating & non-asbestos high temperature structural boards, which exhibit good thermal shock resistance & stability, consistently low thermal conductivity, high structural strength at elevated temperatures, incombustibility, electrical insulating properties when dry, excellent machinability, insolubility in water and non-corroding properties. They are suitable for a wide range of applications and are used by OEM equipment builders, general contractors and architects.

These boards are manufactured in a variety of thickness and surface areas, from 0.25 to 3 inches thick and 4 x 8 feet sheet size. These products are fabricated from monolithic fiber reinforced calcium silicate. They are available for a variety of applications including buss bar supports, press plates, foundry core plates and arc shields.

They are also a great choice for fireproofing and heat processing equipment applications. They are designed to withstand high temperature environments and can withstand up to 1,200 degF.

CSBs can be formulated from a variety of waste materials such as eggshells, marble scraps, bottom ash and calcium silicate slag or fly ash. However, they are expensive to obtain and need long periods of time for mixing and calcining.

In order to avoid these challenges, researchers have developed a novel approach to produce CSB using a combination of waste-derived raw materials such as eggshells and rice husk ash (RHA). The raw material is mixed in the presence of OPC, and the results show that URHA can significantly improve the mechanical properties of CSB.

Therefore, URHA can be an alternative to OPC in the synthesis of CSBs by adding less than 20 wt.% of URHA to CSB powder, as shown in Fig. 8.

The mechanical properties of cured samples were evaluated by compression, bending and flexural tests. Moreover, the effect of humidity on the mechanical strength was studied. In addition, the k values of CSB samples were measured.

The results of the study indicate that a combination of URHA and OPC can increase the k value by about 10 wt.%, and that the URHA can enhance the compressive and bending strengths of the CSB. The URHA also has a positive influence on the flexural strength of CSB. In addition, URHA does not have any adverse effect on the thermal conductivity of CSB.
Hi-Lite

Hi-Lite CALCIUM SILICATE BOARDS are designed to be used as back-up insulation for industrial furnaces, boilers and other high temperature equipment. These products have a high heat-retention ability and are durable for use in environments where temperatures can rise above 260deg C. They also have excellent sound adsorption properties, which helps them to isolate noise.

The best CALCIUM SILICATE BOARDS feature a low bulk specific gravity and good flexural strength. They are also resistant to abrasion and tear.

In addition, they are highly flame retardant and do not deteriorate with age. They are also very lightweight and offer a high degree of durability, making them suitable for use in residential and commercial applications.

Another important factor that influences the quality of a calcium silicate board is its production process. This process is designed to ensure that the board is made from a clean and pure product.

Some of the factors that influence this process include the number and quality of the raw materials used, the type of forming equipment and the speed at which the material is heated. Regardless of the method, it is important to keep the temperature at a level that prevents the calcium silicate board from being too soft or too hard.

This is especially true when the materials are reacted in a hot bath at a temperature of 150 to 200deg C. for 3 to 8 hours under a saturated vapor pressure.

The process can be accelerated by adding a calcareous material, a silica containing material and an asbestos to a solution of water that contains 15 times or more by weight of the solid component of each of these materials. The resulting slurry can be heat-reacted at 130deg C. under a pressurized condition and transformed into a calcium silicate hydrate slurry by water vapor curing under a pressurized condition.

The manufacturing of a calcium silicate molded body according to this method is particularly advantageous because it can increase the flexural strength of a molded body to a value of 7 kg/cm2 or more under wet conditions, 1.3 times higher than the value obtained before primary curing. In addition, the flexural strength of the molded body can be increased to a value of 3% or more under absolute dry conditions.