Largely manufactured from recycled glass (e.g. windscreens) and mineral base materials such as sand and without the use of binding agents. The ingredients are melted into molten glass, which is cooled and crushed into a fine powder. The powdered glass is poured into molds and heated (below the melting point) in a "sintering" process that causes the particles to adhere to one another. Next, a small amount of finely ground carbon-black is added and the material is heated in a "cellulation" process. Here, the carbon reacts with oxygen, creating carbon dioxide, which creates the insulating bubbles in the (material). CO2 accounts for more than 99% of the gas in the cellular spaces.
Cellulose insulation is a material made from recycled newspaper. The paper is shredded and inorganic salts, such as boric acid, are added for resistance to fire, mould, insects and vermin. The insulation is installed either blown or damp-sprayed depending on application.
Wood fibre
The success of wood fibre insulation derives from an attractive environmental profile combined with a whole bag of functions including rigid insulation, sheathing and sarking for timber frames, roofs and flooring as well as flexible insulation for studs and rafters.
Wood of course is renewable, it sequesters carbon during its growth and product production is relatively free from pollution. The insulation value of wood fibre boards is not as dimensionally efficient as some of the orthodox petro-chemical materials - but it's no slouch either - typically coming in with a 'k value' range of between 0.038-0.043 W/mK depending on format.
Hemp
Hemp fibres are produced from hemp straw of the hemp plant. Most hemp is imported, but an increasing amount of home-grown crop is becoming available. Hemp grows up to a height of nearly 4 metres within a period of 100-120 days. Because the plants shade the soil, no chemical protection or toxic additives are required for hemp cultivation. The product is composed of, usually, 85% hemp fibre with the ballance made up of polyester binding and 3-5% soda added for fire proofing.
Straw
Straw is an agricultural by-product, the dry stalks of cereal plants, after the grain and chaff have been removed. Straw makes up about half of the yield of cereal crops such asbarley, oats, rice, rye and wheat.
25mm Promat PROMASIL-1100 SUPER Insulation Board 1050°C is a lightweight fire insulation board with very good thermal properties and thermal stability up to 1050°C, used in the fireplaces and stoves construction.
Promat PROMASIL-1100 SUPER Boards are suitable for multiple uses in single layer sys..
25mm Promat PROMASIL-1100 SUPER Insulation Board 1050°C
Fireplaces, Wood Burning Stoves, PROMAFOUR® fireplace systems
Very good thermal properties and thermal stability up to 1050°C
Extra low thermal conductivity calcium-silicate fire insulation board
Multiple uses in single layer systems for penetration seals in walls and slabs
Promat PROMASIL®-1100 SUPER 30mm x 1200mm x 2500mm is a calcium-silicate fire insulating board with very good thermal properties and thermal stability up to 1050°C, used in the fireplaces and stoves constructions.
30mm PROMASIL-1100 SUPER Boards are suitable for multiple uses in single layer syst..
30mm Promat PROMASIL-1100 SUPER Insulation Board 1050°C
Fireplaces, Wood Burning Stoves, PROMAFOUR® fireplace systems
Very good thermal properties and thermal stability up to 1050°C
Extra low thermal conductivity calcium-silicate fire insulation board
Multiple uses in single layer systems for penetration seals in walls and slabs
40mm Promat PROMASIL-1100 SUPER is a fire insulating sheet with very good thermal properties and thermal stability up to 1050°C, used in the fireplaces, wood burning stoves and Promat PROMAFOUR® fireplace systems.
PROMASIL-1100 SUPER Boards are suitable for multiple uses in single layer systems f..
40mm Promat PROMASIL-1100 SUPER Insulation Board 1050°C
Fireplaces, Wood Burning Stoves, PROMAFOUR® fireplace systems
Very good thermal properties and thermal stability up to 1050°C
Extra low thermal conductivity calcium-silicate fire insulation board
Multiple uses in single layer systems for penetration seals in walls and slabs
PROMASIL-1100 SUPER 50mm Fire Insulation Board is used in the fireplaces and stoves construction, a strong and vibration proof fire insulation board with very good thermal properties and thermal stability up to 1050°C.
50mm Promat PROMASIL-1100 SUPER Boards are suitable for multiple uses in singl..
50mm Promat PROMASIL-1100 SUPER Insulation Board 1050°C
Fireplaces, Wood Burning Stoves, PROMAFOUR® fireplace systems
Very good thermal properties and thermal stability up to 1050°C
Extra low thermal conductivity calcium-silicate fire insulation board
Multiple uses in single layer systems for penetration seals in walls and slabs
60mm PROMASIL-1100 SUPER Promat Fire Board is an extra low thermal conductivity calcium-silicate fire insulation board with very good thermal stability up to 1050°C, used in the fireplaces and wood burning stoves.
Fire Insulating Board PROMASIL®-1100 SUPER is the result of combining Promat PROMAX..
60mm Promat PROMASIL-1100 SUPER Insulation Board 1050°C
Fireplaces, Wood Burning Stoves, PROMAFOUR® fireplace systems
Very good thermal properties and thermal stability up to 1050°C
Extra low thermal conductivity calcium-silicate fire insulation board
Multiple uses in single layer systems for penetration seals in walls and slabs