Graphite Moulds

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MOQ : 50 Packs

Graphite Moulds Specification

Usage
Industrial

Material
Graphite

Product Type
Graphite Moulds

Color
Grey

Hardness
45-70hsd

Density
1.70-1.95 Gram per cubic centimeter(g/cm3)

Graphite Moulds Trade Information

Minimum Order Quantity
50 Packs

Supply Ability
1000 Packs Per Week

Delivery Time
15 Days

About Graphite Moulds

Holding a highly reputed and trusted market standing, we are engaged in manufacturing and supplying Graphite Moulds. These moulds are useful for continuous casting process. In a continuous casting process the pouring and solidification goes non-stops with the casted product being continuously withdrawn from the open end of the mold. Application of graphite and graphite products in the process of manufacture of industrial and utility glass has many advantages. These Graphite Moulds assure quality and operability of the graphite components in difficult work conditions without the risk of damage to the glass semi-finished product.

For the field of glass production we offer:

Graphite brackets
Lubrication cylinders
Moulds
Conveyor
Sheaves

Product details

Bulk Density	1.70-1.95g/Cm3
Material	Graphite
Compressive Strength	55-80MPa
Shore Hardness	45-70hsd
Flexural Strength	20-40 MPa

Superior Material Quality

Made from high-grade graphite, these moulds exhibit remarkable resistance to heat and oxidation. Their robust construction ensures minimal deformation under intense workloads, leading to consistent mould performance in industrial settings.

Wide Range of Industrial Uses

These graphite moulds are designed for diverse industries, including metal casting, ceramics, and glass processing. Their ability to withstand extreme temperatures and mechanical stress makes them indispensable in production environments requiring precision and durability.

Sourcing from Leading Suppliers in India

As a prominent exporter, importer, manufacturer, and supplier, the Indian market ensures timely delivery and strict quality control. Customers benefit from advanced manufacturing processes and a reliable supply chain for their graphite mould requirements.

FAQ's of Graphite Moulds:

Q: How are graphite moulds manufactured to achieve the specified density and hardness?

A: Graphite moulds are produced through a meticulous process involving the blending of high-purity graphite, compacting, and high-temperature sintering. This process results in controlled density between 1.70 and 1.95 g/cm3 and hardness levels from 45 to 70 HSD, ensuring their suitability for industrial applications.

Q: What are the main industrial applications for these graphite moulds?

A: These moulds are extensively used in industries such as metal casting, glass manufacturing, and ceramics. Their superior thermal stability and mechanical strength enable efficient shaping and processing of various materials at elevated temperatures.

Q: When should a company consider using graphite moulds instead of metal ones?

A: Graphite moulds are recommended when working with materials or processes that require high-temperature resistance and non-reactivity. Their use is particularly advantageous in scenarios where metal moulds may deform or react with molten substances.

Q: Where can I source graphite moulds in India with reliable quality standards?

A: Several reputed exporters, importers, manufacturers, and suppliers in India offer graphite moulds adhering to strict quality controls. It is advisable to partner with established industry players to ensure product consistency and prompt delivery.

Q: What is the process for maintaining and prolonging the lifespan of graphite moulds?

A: Regular cleaning, careful handling, and periodic inspections help maintain mould integrity. Protecting moulds from sudden temperature changes and physical shocks will further extend their operational life in demanding industrial environments.

Q: How can businesses benefit from choosing graphite moulds for production?

A: Companies benefit from graphite moulds due to their excellent durability, high tolerance to temperature changes, and minimal wear during repeated use. This leads to lower replacement costs, improved product quality, and greater production efficiency in a variety of industrial applications.

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