High Thermal Conductivity Isotropic Graphite Bearings in Pharmaceutical Industry

High Thermal Conductivity Isotropic Graphite Bearings in Pharmaceutical Industry

large thermal conductivity isotropic graphite bearings in CZPT CZPT


A: organization profile
Our facility is the most significant producer of graphite molds in North of China, which has in excess of fifteen a long time of encounters on graphite mould design and producing. With the reputable manufacturing facility technological support and very good after-sales services, our graphite molds have covered all china industry. Now, combined with export experiences of L.T TRADE, Our products will be a lot more complete and go even more. Our major merchandise now are: graphite plate, graphite crucible, graphite ring, graphite wire saw, graphite sizzling chopping parts, graphite sintering diamond segment etc. And quite welcome you provide drawings and types, we can provide OEM and ODM.

B: Why choose us
CZPT mould plays a twin position in the procedure of manufacture: Heating factor and Supporting mold. The high quality of graphite mold is quite critical, will directly affect the subsequent diamond tools’ precision and visual appeal. So, which kind of graphite mould is suitable for sintering diamond instruments:

  1. Good efficiency on conductivity and large charge resistivity
  2. Ample CZPT CZPT
  3. Very good functionality on Oxidation resistance
  4. CZPT

Why select us:
Uncooked supplies is very important, We only use CZPTfine particle structure, Higher purity and Higher graphitization uncooked graphite resources.
Our concluded graphite mould is:

  1. dense composition and low porosity
  2. Fined area and low charge heat-deformation
  3. Substantial mechanical toughness and machining precision
  4. Oxidation resistance and resilient


C: Merchandise features
one. The processing components are ultrafine granule construction, high purity and graphite with high graphitization degree.
2. Substantial hardness, very good anti-oxidation efficiency and high machining accuracy
3. Very good conductivity, substantial resistivity, adequate mechanical power
four. Tiny porosity and dense structure.
five. Outstanding thermal shock resistance, conductive and thermal conductivity.
six. Higher temperature resistance, corrosion resistance, acid and alkali resistance, excellent put on resistance.
seven. Area can be dealt with with anti-oxidation.

D: Processing method
one. Consumer supply style drawings.
2. Our complex team will check, analyze the drawings, and divide the drawing to affordable elements if required, and get ready suitable graphite blocks . Our mechanics will style and customise grinding wheel.
3. Our workers will grinding and polishing graphite block in accordance to the guidelines of mechanics. This process could require running number of times if required. We will strictly preserve deviation within ±0.03-.08mm.
four. Then our packing staff will assembling various parts into a total graphite mildew. In the course of the assembling period of time, unqualified goods will be picked out.

E: Attribute desk

Density  g/cm³ 1.seventy five-1.9
Resistivity  μΩ·m ≤18
Compressive strength  Mpa 40-eighty
Porosity  % ≤26
Elasticity Modulus  Gpa six-18
Thermal growth coefficient  10-six/ºC 1.forty seven-four.25
Ash articles  % ≤0.five
Temperature resistance  ºC 4350


High Thermal Conductivity Isotropic Graphite Bearings in Pharmaceutical Industry