High Purity Sintered Graphite Connector for Vacuum Furnace

High Purity Sintered Graphite Connector for Vacuum Furnace

Higher Purity Sintered CZPT Connector For Vacuum CZPT 
                                                             

 

A: firm profile
     As a proud subsidiary of L.T Group, L.T CZPT with 4 producing bases situated at middle of China, ZheJiang province, and a department producing base at ZheJiang province. L.T graphite covers the whole benefit chain of fantastic and medium grain graphite generation. From raw content choice, semi-finished solution manufacture, precision machining, impregnation, purification, and coating. This is how we make certain the consistent high good quality and overall performance of our items.

 
B: Why pick us
CZPT mould plays a dual function in the process of manufacture: Heating component and Supporting mildew. The quality of graphite mould is really crucial, will right affect the up coming diamond tools’ accuracy and visual appeal. So, which type of graphite mold is suitable for sintering diamond tools:

  1. Excellent overall performance on conductivity and high fee resistivity
  2. Ample CZPT CZPT
  3. Great efficiency on Oxidation resistance
  4. CZPT

Why decide on us:
Uncooked materials is extremely essential, We only use CZPTfine particle construction, Higher purity and Substantial graphitization raw graphite supplies.
Our finished graphite mildew is:

  1. dense structure and minimal porosity
  2. Fined surface and reduced fee heat-deformation
  3. Large mechanical strength and machining accuracy
  4. Oxidation resistance and sturdy

 

C: Merchandise functions
1. The processing materials are ultrafine granule structure, large purity and graphite with substantial graphitization diploma.
2. Large hardness, excellent anti-oxidation overall performance and substantial machining accuracy
three. Good conductivity, substantial resistivity, sufficient mechanical power
four. Modest porosity and dense composition.
five. Superb thermal shock resistance, conductive and thermal conductivity.
6. Large temperature resistance, corrosion resistance, acid and alkali resistance, great put on resistance.
seven. Area can be treated with anti-oxidation.
 

D: Processing method
1. Buyer provide design and style drawings.
2. Our complex team will check, assess the drawings, and divide the drawing to reasonable areas if needed, and get ready appropriate graphite blocks . Our mechanics will layout and customise grinding wheel.
3. Our workers will grinding and sprucing graphite block according to the directions of mechanics. This process may possibly need to have running few moments if needed. We will strictly keep deviation within ±0.03-.08mm.
four. Then our packing crew will assembling various areas into a entire graphite mould. Throughout the assembling time period, unqualified merchandise will be picked out.

 

E: Attribute table

Density  g/cm³ 1.75-1.nine
Resistivity  μΩ·m ≤18
Compressive strength  Mpa forty-eighty
Porosity  % ≤26
Elasticity Modulus  Gpa six-18
Thermal expansion coefficient  10-six/ºC one.forty seven-4.twenty five
Ash content material  % ≤0.5
Temperature resistance  ºC 4350

 
 

High Purity Sintered Graphite Connector for Vacuum Furnace