Carbon Products (India)

We manufacture graphite mould for diamond saw blade. The diamond saw blade can be used to cut, grind and carve stone, ceramic, jade, agate, ceramic tile, glass, refractory material, concrete, high hardness rock, and other hard, brittle materials. The diamond saw blade adopts high-quality steel plate with high hardness as the base. Made by advanced production technology and formula, the diamond segment features narrow kerf, low noise, and no crack. Our product has high hardness, bulk density, and flexural strength, which helps to improve the sintering quality of the diamond saw blade.

Related Names
Diamond Saw Bit Used Graphite Mould | Graphite Matrix for Diamond Saw Web | Diamond Saw Blade Used Graphite Pattern Die | Graphite Die for Diamond Saw Web

Graphite moulds are used in manufacture of diamond tools used in stone cutting industry. Hot pressure sintering involves heating of diamond segments under pressure with help of graphite mould. We offer wide variety of graphite grades combining properties like hardness, resistivity and flexural strength for this application. We offer complete machined molds made to customer specifications.

Usage/Application

Glass industry, high temp application

Graphite Moulds

Achieving the best results when producing household glass decisively comes down to excellent material quality of the components used in the production process. With our porous hard carbon graphite material, we offer the perfect material for your raw cylinders. Our material combines a high capacity for water retention, excellent gas permeability, outstanding thermal resistance and a very long service life.

You benefit from these advantages:

• Perfectly matched graphite-based material
• Porous nature means high capacity for water retention
• Excellent gas permeability
• Outstanding thermal resistance and long service life

We manufacture Dies for Metal Continuous Casting viz. Aluminum, Copper, Brass & alloys etc.

We manufacture graphite dies & moulds for continuous metal casting which involves passing of molten metal from a graphite dies for continuous,high volume production of metals with constant cross section.