Direct Sourse for High Purity High Density Isotropic Carbon Graphite Bearing

Direct Sourse for High Purity High Density Isotropic Carbon Graphite Bearing

immediate sourse for Higher Purity Higher Density Isotropic CZPT CZPT bearing
                                                             

 

A: company profile
Our facility is the greatest producer of graphite molds in North of China, which has more than fifteen many years of ordeals on graphite mould layout and producing. With the dependable factory complex assistance and very good soon after-income services, our graphite molds have lined all china market place. Now, merged with export experiences of L.T TRADE, Our products will be a lot more full and go additional. Our main items now are: graphite plate, graphite crucible, graphite ring, graphite wire noticed, graphite scorching slicing parts, graphite sintering diamond segment etc. And extremely welcome you supply drawings and styles, we can provide OEM and ODM.

 
B: Why choose us
CZPT mould plays a twin role in the procedure of manufacture: Heating aspect and Supporting mould. The quality of graphite mildew is very critical, will straight influence the up coming diamond tools’ precision and appearance. So, which type of graphite mould is appropriate for sintering diamond equipment:

  1. Very good overall performance on conductivity and large fee resistivity
  2. Enough CZPT CZPT
  3. Good efficiency on Oxidation resistance
  4. CZPT

Why choose us:
Uncooked resources is very critical, We only use CZPTfine particle framework, High purity and Large graphitization uncooked graphite resources.
Our completed graphite mold is:

  1. dense structure and reduced porosity
  2. Fined floor and lower rate warmth-deformation
  3. Large mechanical energy and machining precision
  4. Oxidation resistance and durable

 

C: Solution features
one. The processing components are ultrafine granule composition, higher purity and graphite with high graphitization diploma.
2. High hardness, good anti-oxidation functionality and substantial machining accuracy
three. Great conductivity, substantial resistivity, adequate mechanical toughness
4. Tiny porosity and dense composition.
five. Superb thermal shock resistance, conductive and thermal conductivity.
six. Large temperature resistance, corrosion resistance, acid and alkali resistance, very good use resistance.
7. Surface area can be handled with anti-oxidation.
 

D: Processing approach
one. Buyer supply design drawings.
2. Our technological team will check out, examine the drawings, and divide the drawing to realistic elements if essential, and get ready suitable graphite blocks . Our mechanics will design and style and customise grinding wheel.
3. Our workers will grinding and polishing graphite block in accordance to the recommendations of mechanics. This procedure may need running few times if necessary. We will strictly maintain deviation in ±0.03-.08mm.
four. Then our packing team will assembling diverse parts into a entire graphite mold. During the assembling time period, unqualified products will be picked out.
 

E: Attribute table

Density  g/cm³ one.75-one.9
Resistivity  μΩ·m ≤18
Compressive energy  Mpa forty-80
Porosity  % ≤26
Elasticity Modulus  Gpa 6-18
Thermal expansion coefficient  10-six/ºC 1.47-4.twenty five
Ash material  % ≤0.five
Temperature resistance  ºC 4350

 
 

Direct Sourse for High Purity High Density Isotropic Carbon Graphite Bearing