ceramic nozzle; powder metallurgy from China manufacturer

Price:	10.0 USD
Payment Terms:	T/T,L/C,WU,Paypal,Money Gram
Place of Origin:	Fujian, China (Mainland)


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Product Detail

Model No.: UPT16011207

Packing: wooden case with foam

Brand Name: UNIPRETEC

Color: White, Ivory

Moh's Hardness: 9

Flexural Strength: 280 - 300 Mpa

Max. Working Temperature: 1500 - 1800 °C

Production Capacity: 1000 Piece/Pieces per Month

Delivery Date: 25 working days after payme...

Type: Insulating Ceramics

Density: 3.65 - 3.90 g/cm3

Compressive Strength: 2000 - 2500 Mpa

Thermal Shock Resistance: 180 - 220 T(°C)

Corrosion Resistance: High

• Good electrical insulation;
• High mechanical strength;
• Excellent wear resistance;
• Excellent corrosion resistance;

Boron Nitride/BN is a synthetic technical ceramic material, which is available in powder, solid, aerosol and liquid forms. In solid form it can be machined easily with ordinary metalworking tools. Boron Nitride has out-standing thermal characteristics; high thermal conductivity and excellent thermal shock resistance. Boron Nitride in solid form is available in 3 grades, each having different characteristics HPBN most common grade is manufactured by hot pressing. Its crystal structure is hexagonal. Due to the uniaxial densification method, the anisotropy of HPBN platelet structure is created. As a result of the anisotropy, different physical properties occur, parallel or perpendicular to the pressing direction. HPBN is non toxic and can be easily machined.

Boron Nitride/BN is a synthetic technical ceramic material, which is available in powder, solid, aerosol and liquid forms. In solid form it can be machined easily with ordinary metalworking tools. Boron Nitride has out-standing thermal characteristics; high thermal conductivity and excellent thermal shock resistance. Boron Nitride in solid form is available in 3 grades, each having different characteristics

HPBN most common grade is manufactured by hot pressing. Its crystal structure is hexagonal. Due to the uniaxial densification method, the anisotropy of HPBN platelet structure is created. As a result of the anisotropy, different physical properties occur, parallel or perpendicular to the pressing direction. HPBN is non toxic and can be easily machined.