Reaction Bonded Silicon Carbide (RB SiC)

Wear Protection Products

silicon-carbide-reaction-bondedCalyco are mining and related industry Suppliers of Silicon Carbide and Reaction Bonded SiC that provides superior wear, corrosion and shock resistance.

Reaction Bonded Silicon Carbide is a type of silicon carbide that is manufactured by a chemical reaction between a porous carbon or graphite with molten silicon. Reaction Bonded SiC resists wear and provides excellent chemical, oxidation and thermal shock resistance for mining and industry equipment.

Calyco Mining, Quarry and Industrial Equipment Company Supplies Reaction Bonded Silicon Carbide components used for beams, burner tubes, wear liners, kiln shelves, thermocouple sheaths, burner nozzles at mining and other industrial facilities throughout Australia and New Zealand.

Key Applications:

Reaction Bonded Silicon Carbide for Kiln Furniture and Support Components
- The high temperature strength, oxidation resistance and thermal shock resistance of Reaction Bonded SiC enables the manufacturer of low mass kiln supports.  Kiln products include thin walled beams, posts, setters, burner nozzles and rolls. The components lower the thermal mass of kiln cars, result in energy savings and provide the possibility for faster product throughput.

Reaction Bonded Silicon Carbide for Wear Parts and Thrust Bearings
- Wear resistance, high temperature strength and corrosion resistance make Reaction Bonded SiC an ideal material for wear components, such as screws, plates and impellers.  It can also be used in thrust bearings that can carry extremely high loads in heavily contaminated liquids.

Reaction Bonded Silicon Carbide for Mechanical Seals and Vanes
- Reaction Bonded SiC can be used in mechanical seals and pump vanes with high abrasion resistance.

Reaction Bonded Silicon Carbide for Precision Components
- The negligible volume change after reacting with liquid silicon means that components can be formed with complex shapes and to exacting tolerances. The components are lightweight and stiff with excellent thermal stability.

Silicon Carbide SiC Features:

  • Superior Resistance to wear
  • Resistance to corrosion; the material tolerates a wide range of acids and alkalis
  • Resistance to oxidation
  • Abrasion / Corrosion resistance
  • Excellent thermal shock characteristics
  • Strength at high temperature up to 1380°C
  • Good dimensional control of complex shapesSilicon Carbide SiC Benefits:
  • Excellent oxidation resistance
  • Improved performance
  • Longer life between replacement / rebuilds
  • High thermal conductivity

Silicon Carbide SiC Specifications:

 

ITEM: UNIT: DATA:
Temperature Celsius 1380 c
Density g/cm³ 3.1 – 3.2
Open porosity % ≤1.56 – 1.66
Bending strength MPa 250 ( 20 c )
  MPa 280 ( 1200 c )
Modulus of elasticity GPa 330 ( 20 c )
  GPa 300 ( 1200 c )
Thermal conductivity W/m.k 45 ( 1200 c )
Coefficient of thermal expansion K-1 x 10-6 4.5
Rigidity   13
Acid proof alkaline   Excellent

Standard Tolerences:

Flatness ≤ 0.2%
Thickness + / - 1.0 mm
Length / Width + / - 1.5 mm 

Our mining, quarry and oil & gas equipment supplies business is focused primarily on Wear Protection. We manufacture and supply our industrial and mining clients with superior wear, corrosion and shock resistance solutions, combining sourcing, installation and technical advice and other related wear protection services and you're sure to experience complete customer satisfaction.

Calyco is taking a leadership position in the area of environmental protection and Occupational Health and Safety. Our Mining, Quarry and Industrial Equipment Supplies Company in New Zealand is justifiably proud of our record for professional service and encourages you to consider buying Sintered Silicon Carbide from us!

> Make your Reaction Bonded SiC enquiry or request a quote now! 

> pdfDownload (240kb) Reaction Bonded Silicon Carbide Technical Data Sheet NOW!

Reaction Bonded Silicon Carbide Suppliers of Reaction Bonded SiC for Wear Protection - Calyco Mining, Quarry and Industrial Equipment Supplies.

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