-
Foundry crucibles
- Thermal conductivity
- Long service life
- High density
- High strength: using high-pressure molding
- Corrosion resistance
- Low slag adhesion
- High temperature resistance
- Low pollution
- Metal anti-corrosion
- Energy saving and environmental protection
- High oxidation resistance:
-
Melting Furnace Crucible
- High Temperature Resistance: Able to withstand the high temperature of melting aluminum without deformation or cracking.
- Corrosion Resistance: Exhibits excellent corrosion resistance, capable of enduring the corrosive effects of aluminum for extended periods.
- High Purity Material: Constructed from high-purity materials to ensure minimal impurity contamination of the melted aluminum.
-
Bottom pour crucible
Our Bottom Pour Crucibles are expertly designed for precision metal casting, allowing for controlled, clean pouring of molten metal. This design minimizes impurities and ensures a more accurate pour, making them ideal for high-quality casting applications in both ferrous and non-ferrous metals.
-
Small graphite crucible
Foundry: Melting , aluminum, copper, zinc and other metals.
Die-casting mold: used in the manufacturing process of various metal parts molds.
Heat treatment: used for quenching, annealing, normalizing and other heat treatment processes of metal components.
Whether it is a small workshop or a large factory, our products can meet your needs and provide reliable support for your production process.
-
Resin bonded crucibles
Our Resin Bonded Silicon Carbide Crucibles are specifically engineered for high-temperature melting and alloy production processes. Combining the excellent thermal conductivity of silicon carbide with the durability of resin bonding, these crucibles deliver outstanding performance in both ferrous and non-ferrous metal melting applications.
-
Cylindrical crucible
The main advantage of Cylindrical crucible is their excellent high temperature performance. These crucibles can withstand higher temperatures and have a longer service life than traditional glassware. Additionally, their chemical stability means they do not react with most chemicals, making them suitable for a variety of chemical reactions.
-
Smelting Crucibles
To guarantee product excellence, we have developed a unique manufacturing process that takes into account the intense thermal quenching environment of Smelting Crucibles.
The uniform and fine basic structure of the Smelting Crucibles will significantly extend its resistance to erosion.
The excellent thermal shock resistance of Smelting Crucibles enables them to withstand any heat treatment.
The use of special materials greatly improves the acid resistance level and extends the service life of the Smelting Crucibles. -
Fire clay crucible
Clay Graphite Crucibles are a blend of clay and graphite, known for their superior high-temperature resistance, making them ideal for metal casting processes. This combination offers a balance between cost-effectiveness and performance, making these crucibles a popular choice in various industries, including aluminum and non-ferrous metal casting. Compared to other materials like silicon carbide, Clay Bonded Graphite Crucibles provide a more affordable option without compromising on quality.
-
The crucible
High refractory resistance: The refractory resistance is as high as 1650-1665℃, suitable for high temperature environments.
High thermal conductivity: Excellent thermal conductivity ensures efficient heat transfer during the smelting process.
Low thermal expansion coefficient: The thermal expansion coefficient is small and can withstand rapid heating and cooling to avoid damage caused by temperature changes.
Corrosion resistance: Strong resistance to acid and alkali solutions, ensuring extended service life. -
Silica crucible
Silicon carbide crucible is a high-performance container widely used in industrial metal smelting and casting. Its excellent high temperature resistance and long service life make it perform exceptionally well in various harsh working environments. Compared with traditional graphite crucibles, silicon carbide crucibles not only have a larger volume and longer life, but also show significant improvements in multiple performance aspects.
-
Aluminium Melting Crucible
In modern high-temperature industry, Aluminium Melting Crucibles are highly favored for their excellent performance. Our company uses the isostatic pressing process to produce silicon carbide crucibles, providing long-life, fast heat conduction, and pollution-free solutions for die-casting,Aluminum, aluminum alloy and other metals smelting plants.
-
Graphite Crucibles
Graphite Crucible is a type of advanced high-temperature crucible made from high-purity silicon carbide material, manufactured through an isostatic pressing process and high-temperature treatment. This crucible has become an essential tool in fields such as metal smelting and ceramic manufacturing due to its exceptional physical and chemical properties.
- Email Support info@futmetal.com
- Call Support +86-15726878155