Graphite for Melting Gold

Get a Price/Quote

MOQ : 1 Piece

Graphite for Melting Gold Specification

Usage
Industrial

Material
Graphite

Application
Melting Gold

Chemical Composition
Pure Carbon (Graphite)

Product Type
Graphite for Melting Gold

Shape
Crucible

Color
Black

Hardness
Shore hardness 49-52

Density
1.85 Gram per cubic centimeter(g/cm3)

Surface Finish
Smooth and Machined

Color
Black

Feature
Thermal shock resistance, non-wetting with gold

Max Working Temperature
Up to 3000C

Corrosion Resistance
Excellent against chemicals and flux

Ash Content
Less than 0.1%

Thermal Conductivity
High

Usage
Industrial Gold Refining and Melting

Size/Dimensions
Customizable per requirement

Graphite for Melting Gold Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Week

Delivery Time
15 Days

About Graphite for Melting Gold

Graphite for melting gold, silver and tungsten:

Topgrafit offers solutions for the production of precious metals and metals difficult to melt due to the high thaw temperature
Due to the long-term cooperation with mints and jewelleries, we are able to supply parts made of the most suitable graphite grade in order to ensure the top quality
In addition, we cooperate with companies focused on melting tungsten and processing tungsten fibers. During melting processes at 3,400 C, most advantages of graphite materials reveal e.g. thermal stability and high resistance to react with other elements

For the metal melting, we offer:

Graphite crucibles
Boats
Cabinets
Chambers

Unmatched Thermal Performance

Experience reliable melting for gold with our high-grade graphite crucibles, engineered to withstand temperatures up to 3000C. The exceptional thermal conductivity ensures rapid, uniform heating, minimizing melting time and energy usage. Ideal for demanding industrial environments, these crucibles consistently deliver stable results during continuous operations.

Purity and Durability

Manufactured from pure carbon graphite, each crucible contains less than 0.1% ash, guaranteeing minimal contamination during gold processing. The robust structure combined with a Shore hardness of 49-52 and a density of 1.85 g/cm3 ensures long-lasting, repeat use in challenging conditions. Our advanced machining process delivers a smooth surface finish for optimal performance.

Custom-Made Solutions

We recognize the varied needs of industrial gold melting operations. Our graphite crucibles come in customizable shapes and dimensions, tailored to fit your specific process requirements. Whether you are an exporter, importer, manufacturer, or supplier in India or globally, we provide flexible solutions and prompt delivery for all orders.

FAQ's of Graphite for Melting Gold:

Q: How are graphite crucibles used in gold melting applications?

A: Graphite crucibles are utilized to hold and melt gold at high temperatures in industrial settings. Their superior thermal conductivity and thermal shock resistance ensure even heating and minimize the risk of cracking during repeated use.

Q: What process ensures the crucible's high corrosion resistance?

A: The use of pure carbon graphite, combined with advanced machining and manufacturing processes, imparts excellent corrosion resistance, making the crucible highly durable against chemicals, flux, and other corrosive materials used in metal melting.

Q: When should I choose a graphite crucible over other materials for gold melting?

A: Graphite crucibles are ideal when operating at very high temperatures (up to 3000C) and when minimal contamination is crucial, thanks to their low ash content and non-wetting feature with gold, ensuring purer melting outcomes.

Q: Where can these graphite crucibles be sourced and do you export internationally?

A: As a manufacturer, exporter, importer, and supplier based in India, we provide graphite crucibles to clients worldwide. Custom dimensions and bulk orders are available to suit a variety of industrial applications.

Q: What benefits do these crucibles offer for gold melting industries?

A: Our graphite crucibles offer several benefits, including superb thermal efficiency, excellent chemical and corrosion resistance, reduced contamination risk, and a non-wetting surface that prevents gold residue buildup.

Q: How does the smooth, machined finish enhance the crucible's performance?

A: A smooth and precise machined surface minimizes gold sticking and allows for easier pouring and cleaning, improving workflow and reducing potential material loss during the gold melting process.

Tell us about your requirement