FOX Industries products

FOX Alumina Balls and Cylinders are engineered for outstanding grinding efficiency and durability in ball milling applications where steel is not suitable. Crafted from high-grade alumina oxide, these grinding media are characterized by a unique microstructure that delivers hardness, chemical inertness, and resistance to corrosion, making them non-toxic, non-magnetic, and non-porous. This ensures minimal contamination in sensitive applications, favoring purity and quality of results. The shapes and compositions guarantee optimal grinding efficiency, reducing downtime and enhancing productivity by achieving finer particle sizes and consistent homogeneity. Suitable across various industries like ceramics, mining, and pharmaceuticals, these media adapt to processes from fine grinding to rough polishing. They also offer an eco-friendly edge, aiding in sustainability goals without compromising on performance.

Fox Zirconium Silicate Beads are engineered to enhance precision in grinding applications, particularly in ball mills and media mills across various industries. These beads are manufactured to set a benchmark for performance and reliability, excelling in applications that demand durability and minimal wear. With a robust chemical composition, they facilitate superior particle size reduction and uniformity, thereby increasing grinding efficiency and productivity. The design minimizes contamination, crucial for achieving clear and consistent finishes in materials such as ceramics and paints. Beyond performance, these beads are crafted with environmental sustainability in mind, allowing industries to reduce their ecological impact without sacrificing efficiency. Their versatile application capability makes them a preferred choice for industries looking to refine and grind raw materials to exacting standards while maintaining operational efficacy.

FOX Ceria Stabilized Zirconia Beads are engineered to offer precision and durability in grinding processes, particularly in ball mills and media mills. Built from high-strength Tetragonal Zirconia Polycrystal (TZP), these beads provide unmatched stability and exceptional wear resistance, ensuring consistent and reliable performance under extreme conditions. Their superior density and chemical composition enable efficient particle size reduction, resulting in finer and more uniform grinding results. Their versatility allows them to be used in a wide range of applications, including paints, coatings, and ceramics, while minimizing contamination and preserving material purity. The beads are also designed with sustainability in mind, offering both high performance and a reduced ecological footprint. By minimizing the need for frequent replacements, they provide excellent productivity and durability in demanding environments. These characteristics make FOX Ceria Beads an ideal solution for enhancing efficiency and achieving high-quality results in industrial grinding processes.

Ceramic media for tumbling and finishing applications provides a durable, versatile, and cost-effective solution for achieving high-quality surface finishes and edge rounding across a variety of materials. Its abrasiveness efficiently removes burrs and imperfections, reducing processing time and increasing productivity. With consistent results and resistance to wear and chemicals, ceramic media offers a sustainable and environmentally friendly choice for enhancing part quality and optimizing finishing operations in diverse industries.

Glass beads for polishing and finishing applications offer a versatile, efficient, and environmentally friendly solution for achieving smooth and glossy surfaces on a wide range of materials. Their spherical shape and consistent size distribution ensure uniform results and precise edge rounding, enhancing part aesthetics and functionality. Glass beads are non-abrasive and gentle on delicate surfaces, making them ideal for polishing and deburring without causing damage. Additionally, their recyclability and compatibility with various cleaning agents make them a sustainable choice for improving part quality and optimizing finishing processes in industries such as automotive, aerospace, and jewelry manufacturing.