Feature

●Electrical Conductivity: Our melting ingot boasts excellent electrical conductivity, facilitating efficient metal smelting.
●Wear Resistance: Our ingot mold exhibits exceptional wear resistance, remarkable lubricating properties, and outstanding durability. It guarantees a prolonged service life, ensuring your utmost satisfaction.
●High Density: Our graphite ingot mold offers unrivaled purity, density, mechanical strength, and chemical stability. It ensures a chemical-free smelting process without compromising on quality.
●Lubricity: The anti-oxidation treated surface of our graphite crucible showcases exceptional purity, mechanical strength, and lubricity, providing unparalleled convenience for metal smelting.
●Versatility: Our casting ingot mold is suitable for smelting a wide range of metals, including precious ones like gold and silver. It is an excellent choice for various manufacturing facilities.


Description

1. Excellent Thermal Stability: Rapid heating and cooling, strong acid and alkali resistance, resistance, excellent thermal shock resistance and thermal conductivity.
2. High Purity: High density, high mechanical strength, strong chemical stability, great wear resistance, strong lubricating performance and long service life.
3. Metal Smelting: Graphite casting crucibles designed for melting gold, silver, copper, brass, aluminum, etc., ideal for smelting, casting, and refining all kinds of metals.
4. Exquisite Craftsmanship: Attention to detail, smooth surface, no slag, ensure that the metal in smelting is not contaminated, practical and reliable for use.
5. Graphite Material: The mold adopts excellent graphite material, safe and eco friendly, firm and sturdy. Small and lightweight, easy to carry, perfect for metal smelting plants.

Spec:
Item Type: Graphite Mold
Material: Graphite
Outer Size: Diameter: Approx. 80mm / 3.1in, Height: Approx. 30mm / 1.2in
Inner Size: Diameter: Approx. 65mm / 2.6in, Depth: Approx. 25mm / 1in

Package List:
1 x Graphite Crucible

Note:
Please allow slight error due to manual measurement. Thanks for your understanding.