Boron nitride based ceramics are widely used in aircraft and rocket technology, in mechanical engineering and glass industry, in the chemical industry, energy and metallurgy. In the production of high-temperature equipment, crucibles, insulators and electric vacuum devices based on boron nitride are increasingly used.

The unique combination of exceptional thermal, physical and chemical characteristics of boron nitride-based ceramics makes it an ideal material for solving complex problems and achieving a wide range of industrial goals.

Areas of use:

• Crucibles, insulators and high temperature ceramics;
• High temperature lubricants;
• Synthesis of superhard substances;
• Electrovacuum and semiconductor instrument making.

Suggested modifications of boron nitride: HEXOGONAL (α) - h-BN, (white graphite, a talc-like powder, has a hexagonal, graphite-like crystalline structure and has semiconductor properties.

Characteristics:

• Heat resistance;
• Non toxicity;
• Chemical inertness;
• Resistance to oxidation (up to 700 ° C);
• High dielectric strength;
• Low dielectric constant.

LLC NPO GKMP delivers a wide range of heat-resistant ceramics based on hexagonal boron nitride (various shapes and sizes, taking into account the requirements and wishes of the customer).

PBN-based products are widely used in high-temperature technology products. One of the most important characteristics of boron nitride is that this substance gives any product heat resistance, density and stability.

PBN-based ceramics products are widely used in aircraft and rocket technology, in mechanical engineering and glass industry, in the chemical industry, energy and metallurgy. In the production of high-temperature equipment, crucibles, insulators and electric vacuum devices based on boron nitride are increasingly used.

The unique combination of exceptional thermal, physical and chemical characteristics of boron nitride-based ceramics makes it an ideal material for solving complex problems and achieving a wide range of industrial goals.

Pyrolytic Boron Nitride (PBN) is obtained by gas-phase chemical deposition. Compared to the conventional boron nitride compound, p-BN has a much higher level of purity and a number of advantages.

Areas of use:

• High vacuum processes (as a material for crucibles, boats, pipes, flasks, etc.);
• Processes for growing crystals (including complex semiconductor crystals);
• In the field of molecular beam epitaxy;
• The field of special equipment and electronics (production of integrated circuits, windows for outputting microwave energy, etc.);
• Synthesis and growing of semiconductors.

Suggested modifications of boron nitride: HEXOGONAL (α) - h-BN, (white graphite, a talc-like powder, has a hexagonal, graphite-like crystalline structure and has semiconductor properties.

Characteristics:

• High degree of purity (˃99.99%);
• High temperature resistance;
• Chemical inertness;
• High thermal conductivity;
• Radio transparency;
• Non toxicity.

NPO GKMP LLC supplies a wide range of heat-resistant ceramics based on pyrolytic boron nitride (various shapes and sizes, taking into account the requirements and wishes of the customer).