Product Description
High Quality AFS 45/55 Chrome Ore Sand is primarily utilized in the foundry industry for core and mold making. It is exceptionally well-suited for resin-coated sand casting, shell molding, and various sand-casting processes across different metal types. Beyond foundries, it serves as a critical well-filler in steel ladles and is used for manufacturing green glass containers.
Industry Applications
Foundry Industry
As a premier molding material, it is used in sand casting, no-bake processes, investment casting, and lost-foam casting. It is ideal for casting iron, steel, high-manganese steel, and chromium steel, particularly for large and giant-sized components.
Steel & Glass Industry
Used as a sliding gate filler in large steel ladles and as a raw material for high-quality green glass beverage containers.
Frequently Asked Questions
Q1: How can I receive the best material recommendation for my application?
Please provide your technical drawings and steelmaking conditions. Our "Technical+Sales" team will evaluate the requirements to recommend the optimum formula and workmanship.
Q2: Is the recommended product life time guaranteed?
We provide life time recommendations based on extensive experience and specific conditions; however, we suggest a trial order to allow us to adjust the formula for actual performance.
Q3: Can your refractories work with other brand systems?
Yes, we have years of international experience across Asia, America, and the Middle East, ensuring compatibility with various types of global refractory systems.
Q4: What is the Cr2O3 content in your Chrome Ore Sand?
Our high-quality AFS 45/55 Chrome Ore Sand contains approximately 46.60% Cr2O3, ensuring excellent thermal stability.
Q5: Do you provide on-site technical support?
Yes, our team of engineers is available for on-site follow-ups at steel plants worldwide to offer solutions that save budget per ton of steel produced.
Q6: What are the main benefits of using Chrome Ore Sand in foundries?
It offers high thermal conductivity, resistance to thermal shock, and a high melting point, preventing metal penetration and improving casting surface finish.