LIANXUE Graphite Casting Ingot Mold 11 Holes Metal Refining Scrap Bar Metal Melting Casting Mould for Melting Casting Refining

Product Description

Features: Capable of withstanding high temperature environments, making it suitable for various high-temperature heating or melting processes. The lining protections layer of graphite material can prevent metal from coming into contact with other materials, avoid reactions or pollution, and thus extend the service life of the product. It has excellent high-temperature stability and thermal conductivity, ensuring the melting effect of materials such as gold, silver, copper, and aluminum in high-temperature environments. Being able to provide standardized product shapes and sizes, ensuring consistency and reliability during the production process. Suitable for the melting, casting, or processing of various metal materials, meeting the needs of industrial manufacturing. Specifications: Material: Graphite Size: Approx. 10x10cm/3.94x3.94inch Note: Please allow 1-2cm errors due to manual measurement, make sure that you do not mind before you order. Due to the difference between different monitors, the picture may not reflect the actual color of the item. Package includes: 1x Graphite Casting Ingot Mold

• ❀ Capable of withstanding high temperature environments, making it suitable for various high-temperature heating or melting processes. • ❀ The lining protections layer of graphite material can prevent metal from coming into contact with other materials, avoid reactions or pollution, and thus extend the service life of the product. • ❀ It has excellent high-temperature stability and thermal conductivity, ensuring the melting effect of materials such as gold, silver, copper, and aluminum in high-temperature environments. • ❀ Being able to provide standardized product shapes and sizes, ensuring consistency and reliability during the production process. • ❀ Suitable for the melting, casting, or processing of various metal materials, meeting the needs of industrial manufacturing.