| Prod Model: |
according to drawing |
| Standard: |
DIN ASTM GB |
Product Description
APTS (Advanced Power Solutions Co., Ltd) is an experienced professional supplier from China of high performance wear-resistant parts.
Our material includes Silicon Carbide, Tungsten Carbide, Stainless Steel, Carbon Graphite which have been widely used in axial bearing for pump and compressor.
The
silicon carbide material is ultra hard and have a high thermal conductivity. This has led to silicon carbide being used in bearing and rotary seal applications where the increased hardness and conductivity improves seal and bearing performance. Process fluid-lubricated sliding bearings of silicon carbide are superior to conventional oil-lubricated sliding bearings in many respects: The machines or systems can have much simpler designs, complicated oil feed systems with maintenance-prone seals can be eliminated and the material properties are outstanding.
Thanks to the specific properties of sintered silicon carbide materials, the silicon carbide bearings can even operate in waters, acids and strong alkalis. The high hardness crushes foreign particles in the process fluid. The silicon carbide materials offer outstanding specific properties for use in sliding bearings.
We are capable to process the bearings according to your specific drawings.
| Reaction Bonded Silicon Carbide (RSiC) |
| Parameter | Value | | Density | 3.00-3.05g/cm3 | | Hardness | 110 - 120 HS | | Modulus of Elasticity | 394 Gpa | | Tensile Strength | 28 Mpa | | Bending Strength | 338 Mpa | | Compression Strength | 1120 Mpa | | Thermal Coeffcient of Expansion | 4.3 X 10-6 1/ 0C | | Heat-resisting Temperature (in atmosphere) | 1300 0C | | Thermal Shock Coefficient | 46.5 cal/cm.sec) | | Free-Silicon value | ≤10 % |
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| Alpha Sintered Silicon Carbide (ASiC) |
| Parameter | Value | | Purity | >97 | | Porosity | <0.2% | | Density | 3.1 g /cm3 | | Hardness | 115 HS | | Modulus of Elasticity | 450 Gpa | | Bending Strength | 400 Mpa | | Free-Silicon | ≤0.2% | | Free-Carbon | ≤0.2% |
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Tungsten carbide is with good wear-resistance, excellent hardness and mechanical characters. Tungsten Carbide is ideal for high pressure applications due to a high modulus of elasticity which helps prevent face distortion. We have two primary types:
Nickel Bound (Ammonia applications should be avoided)
Cobolt Bound (May be used in Ammonia)
Carbon Graphite Axial Bearing has the advantage of excellent corrosion resistance, self lubricity, high coefficient of heat conductivity.
We have following grades of carbon graphite:
*Impregnated Phenolic Resin Graphite
*Impregnated Furan Resin Graphite
*Impregnated Antimony Alloy graphite
*High Purity Graphite
For more detail property of the material, pls feel free to contact us.
APTS (Advanced Power Solutions Co., Ltd) is an experienced professional supplier from China of high performance wear-resistant parts. APTS is specialized in the design, manufacture and research of wear-resistant material since year 2000.
Our material includes Silicon Carbide, Tungsten Carbide, Stainless Steel, Carbon Graphite and elastomer. The materials are widely processed into mechanical seal faces, sleeves, bushes, bearings and nozzles which have been extensively used in pumps, reactors, mixers, compressors, agitators and rotating joints for fluid power equipments.
With over 15 years in the wear-resistant material industry, our staff have the knowledge and technical experience to help you find suitable solutions to your fluid power and sealing problems. At APTS we pride ourselves on our high standard of customer service with customer tailor made parts and superior logistics; Our competent sales staff will deal with any questions you have speedily; Efficiently. Additionally, our technical support team is always on hand to offer their assistance.
We are capable to design & manufacture the wear-resistant parts according to the clients'specific drawings. For example, our wear-resistant parts have been used as a wide range of equivalent and replacement seals for many major seal manufacturers. If you have question or need help, pls feel free to contact with us.
