High Purity Graphite Mold for Die Casting and Sintering

• Customization: Available
• Application Area: Automobile Industry, Electronic Industry
• Feature: Corrosion Resistance, Thermal Shock Resistance
• Model NO.: HP-14
• Available: Available
• Material: 99.9% High Purity Graphite
• Transport Package: Wooden Box
• Specification: BIG ADN SMALL
• Trademark: ZT
• Origin: Qingdao

Product Description

Product Description

High Temp Graphite-Graphite Heater For High Temperature And Vacuum Furnaces
 
Product details:
The graphite heater components are used in the high temperature furnace with temperature reached 2200 degree at vacuum environment and 3000 degree in the deoxidized and inserted gas environment.
 
Main features of graphite heater:
1.  uniformity of heating structure.
2.  good electrical conductivity and high electrical load.
3.  corrosion resistance.
4.  inoxidizability.
5.  high chemical purity.
6.  high mechanical strength.
The advantage is energy efficient, high value and low maintenance. The graphite heater for electric furnace has properties of heat resistance, oxidation resistance, good electrical conductivity and better mechanical intensity. We can machine various types of graphite heater according to customers' designs.
 
Graphite Heating Element Product For High Temperature And Vacuum Furnaces Appliaction:
High Temperature and Vacuum Furnaces
 

Graphite mould plays a dual role in the process of diamond tools manufacture:Heating element
and Supporting mold.The quality of graphite mold is very important, will directly affect the next
diamond tools' accuracy and appearance.So, which kind of graphite mold is suitable for sintering
diamond tools:
  a: Good performance on conductivity and high rate resistivity
  b: Enough Mechanical Strength
  c: Good performance on Oxidation resistance
  d: Durable

  Our mold features:
Raw materials is very important, We only use Ultrafine particle structure, High purity and High
graphitization raw graphite materials.
Our finished graphite mold is:
  a: dense structure and low porosity
  b: Fined surface and low rate heat-deformation
  c: High mechanical strength and machining accuracy
  d: Oxidation resistance and durable