Glass Graphite
video

Glass Graphite

Glass Graphite refers to precision-machined graphite components used in glass forming equipment and high-temperature glass processing systems.
Send Inquiry

Description

Technical Parameters

Product Overview

 

Glass Graphite refers to precision-machined graphite components used in glass forming equipment and high-temperature glass processing systems. 

 

Key Features

 

High-purity fine-grain isostatic graphite with low porosity and low impurity content helps reduce contamination and glass surface defects.
Excellent thermal stability with low thermal expansion and strong thermal shock resistance for repeated heating and cooling cycles.
Precision CNC machining ensures accurate cavity structures and smooth surfaces for consistent forming performance.
Natural non-wetting characteristics reduce molten glass adhesion and improve demolding efficiency.
Optional anti-oxidation treatment helps reduce graphite oxidation and extend component service life.  

 

Glass Industry Applications

 

3D Glass Hot Bending
Graphite molds provide stable support during high-temperature forming of curved glass components.
Cover Glass Manufacturing
Graphite forming components help maintain dimensional consistency and surface quality during glass shaping processes.
Optical Glass Processing
Graphite components support precision glass forming processes requiring stable thermal performance.
Specialty Glass Production
Graphite parts support customized glass processing equipment requiring high-temperature resistance and structural stability. 

 

Customization Options

 

Jincheng Graphite provides customized glass graphite components based on mold design, forming requirements, and equipment specifications.


Mold Structure
Customized mold dimensions, cavity sizes, wall thickness, and structural designs based on drawings.
Cavity Geometry
Supports curved surfaces, irregular profiles, and complex forming cavity designs.
Graphite Material
Selection of isostatic graphite, molded graphite, and imported graphite materials based on application requirements.
Surface Treatment
Optional polishing and coating treatments for different surface and forming requirements.
Machining Precision
Customized machining tolerances and dimensional requirements based on technical specifications. 

 

Why Choose Us

 

Established in 1984, with 40+ years of experience in custom graphite machining and industrial graphite component manufacturing.
Supported by 200+ employees and 60+ R&D team members for graphite material selection, component design, and production solutions.
Equipped with 50+ machining machines and CNC processing capability for graphite components with machining sizes up to 1000 mm.
Experienced in manufacturing graphite components for glass forming and other high-temperature industrial applications.
Integrated quality control covering graphite material inspection, machining inspection, and final checks before shipment. 

 

FAQ

 

Q: What factors should be considered when selecting glass graphite components?

A: Key factors include forming temperature, mold structure, graphite material, surface requirements, and production conditions.

Q: Can Jincheng Graphite manufacture customized glass graphite molds?

A: Yes. Components are manufactured according to customer drawings, technical specifications, and equipment requirements.

Q: What graphite materials are available for glass applications?

A: Available materials include isostatic graphite, molded graphite, and imported graphite materials.

Q: How does Jincheng Graphite control product quality?

A: Quality control includes material inspection, machining inspection, and final checks before shipment.

Q: Can Jincheng Graphite support REACH and RoHS requirements?

A: Yes. Materials can be provided according to customer compliance requirements, including REACH and RoHS-related requirements.

Hot Tags: glass graphite, China glass graphite manufacturers, suppliers, factory, automobile aluminum casting graphite, Engine Graphite Mold, Glass Graphite, New Energy Graphite Molds

Send Inquiry