The raw mineral used for this range of product is glass fibre 550°C E type, inorganic, sterile e incombustible which is texturised or voluminized and then twisted.

The fibre diameter is 9 µ, in order to avoid any problem of irritation. Glass fibre products are employed for applications with temperatures up to 550°C, oils, chemical agents (except sodium silicate) thanks to their good thermal and mechanical resistance.

Good elasticity, high pliability, low thermal loss.

HT Glass fibre is subjected to a special chemical treatment which increases the yarns’ thermal resistance. The diameter of this fibre, 9 µ, makes HT glass fibre products safe (they conform to European norms).

They are employed for applications with temperatures up to 750°C, oils, chemical agents (except sodium silicate) thanks to their high thermal and mechanical resistance. No thermal loss.

The basic yarns can be of different colours (light blue, blue, brown, grey) according to the consumers’ needs.

Ceramic fibre textiles are made of aluminium silicate yarns. Standard types contain 20% of organic fibers which are added during the carding process.

The organic fibers burn at medium-high temperatures, but the thermal and physical characteristics of the product remain unaffected.

The basic yarns can be reinforced with glass fibre yarns to stand to temperatures up to 650°C or with inconel wires for temperatures up to 900°C.

Ceramic fibre items are adaptable thanks to the low density of the raw material and they guarantee an outstanding resistance to high temperatures and chemical agents (except strong bases, phosphoric and hydrofluoric acids).

Carded HT glass fibre (SiO2) yarns are produced thanks to a centrifugation process of glass that permit to have a SOLUBLE material and a safe product, both from the sanitary and ecological point of view (dissolution rate 294 ng/cm2 hr). The organic fibers which are added during the carding process and 80 % HT glass.

The temperatures, the organic fibers burn at medium-high temperatures, but the thermal and physical characteristics of the product remain unaffected. The basic yarns can be reinforced either with fiberglass yarns, to resist to temperatures of 1050°C.

Carded HT glass fiber products have a green shade in order to make them identifiable at once and to distinguish them from similar materials, such as ceramics.