Cord basalt BTSH

Basalt heat-insulating BTSH cord consists of a core made of a cloth of ultra- and super-thin fibers from rock rocks - basalts, and braiding of the core with basalt roving.

Material advantages

• an environmentally friendly product with a natural stone formula;
• without binders, carcinogenic and toxic substances, the fibers have a long length and are connected to each other by the forces of natural cohesion;< /li>
• resistant to rodents and microorganisms;
• high heat resistance, non-flammability, temperature of permanent use - 700 °C, short-term use 900 °C;
• high durability, service life - 50 years;
• high chemical resistance to alkaline and acidic environments;
• the highest coefficient of sound absorption, one of the insulation used in missiles and submarines.

Areas of application of BTSH

Heat-insulating basalt cords braided from basalt roving are used for insulation of heat units and heat-conducting systems of general and special purpose in various branches of the national economy, operating at temperatures from - 260°C to + 700°C.

• civil and industrial construction (insulation of small-diameter pipelines, electrical insulation, used as a sealing heat-insulating element of thermal and heating equipment);
• gas and oil transportation (thermal insulation of small-diameter pipelines);
• heat and power networks of thermal power plants, thermal power plants, boiler houses (thermal insulation of small-diameter pipelines);
• NPP nuclear power plants (thermal and sound insulation of pipelines, electrical insulation, used as a sealing heat-insulating element of thermal and heating equipment);
• oil refining industry (thermal insulation of pipelines);
• shipbuilding;
• metallurgy (heat-insulating seals of pipelines, furnaces, equipment);
• food industry (as sealing materials).

Material characteristics

Product name	Features	Dimensions, mm	Unit ex.
Basalt cord thermal insulation BTSH	Application temperature - up to 700°С Thermal conductivity - 0.055 W/m*K D=10 Humidity - 2% Density: BSh - 190 - 600 kg/m3	D= 10 - 70	m.p.