Graphite Quartz Crucible - China

A crucible is a container used to hold metal for melting in a furnace

and it is needed to withstand the extreme temperatures encountered in

melting metals.

The crucible material must have a much higher melting

point than that of the metal being melted and it must have good strength

even when white hot.

Graphite crucible can withstand the high temperature, and has good resistance to chemical erosions and thermal shock.

Especially graphite crucible is ideal for the melting of aluminum, copper and other metals.

Quartz crucible has the advantages of high purity , high temperature resistance, with big size , good thermal insulation, economization on energy , quality stability etc.

Fused quartz crucibles are used in the manufacture of silicon metal for semiconductor wafer applications and polysilicon.

In order to produce high quality wafers, starting materials are added to a crucible heated to high temperatures and pulled from the melt as a single crystal.

Fused Quartz is one of the few materials that can combine the high purity and high temperature properties required for this process.

GW offers graphite crucibles & Ceramics (Quartz) crucibles in different sizes and types.

Whenever you need crucibles, just feel free to contact us, and we will reply you in a shortest time.

Graphite Quartz Crucible

Thank you in advance for your consideration

Company Contact:

• Posted By: Beijing Great Wall Co Ltd

• Phone: 8601087582754

• Address: 02-05, Fengzhuyuan, No.18 Jiaomen, Fengtai Distric, beijing , China

• Email:

• Business Description: As a leader in producing high quality carbon and graphite material and products in China, GW provides competitive Quality and Price with excellent Service.
  
  In order to excel beyond our competitors, we constantly maintain our research and development in carbon and graphite technology.
  
  Our experts, including professors, senior engineers and specialized technicians, can support the customers with very experienced knowledge and advanced solution.