Glass beads are made of broken glass, flat glass and other raw materials by high temperature melting bead processing. Low thermal conductivity, high strength, good chemical stability, and the texture of glass beads themselves, glass beads instead of plastic raw materials are widely used in filling, such as gravity blanket filling, compression filling, medical filling,
Tire balancing glass beads are tempered, high‑roundness solid glass spheres that deliver continuous dynamic balancing inside tubeless radial tires. Ideal for trucks, motorcycles, SUVs, and off‑road vehicles; not recommended for inner‑tube tires or low‑speed-only use
Glass beads are versatile abrasive blasting media that excel in general maintenance and blast cleaning processes, effectively cleaning workpieces with minimal surface removal. Their spherical shape supports a slow breakdown, allowing for repeated use in applications like peening and a seamless four-step process—cleaning, finishing, peening, and deburring.
Glass beads are spherical, hardened soda-lime glass microbeads (no free silica), propelled by compressed air or wheel blast machines for non-destructive surface cleaning, peening, polishing, and stress relief. Unlike angular abrasives (alumina, silicon carbide), glass beads peen rather than gouge the surface, preserving dimensions. Glass beads properties: Property Typical Value Remarks for Coating/Metal Processing Material
Road marking glass beads are tiny, spherical, high-purity glass particles that enable retroreflection of vehicle headlight beams back to the driver, drastically improving the visibility of road lines at night, in rain, or in fog—they are a critical safety material for traffic engineering. Working Principle When light enters the glass bead (refractive index typically 1.50,
Glass bead blasting abrasives are a popular and versatile choice in the abrasive blasting world, known for their unique characteristics. What Are Glass Bead Abrasives? They are spherical beads made from soda-lime glass, manufactured to precise sizes. They are typically inert, non-toxic, and can be recycled multiple times in a closed-loop system. Their round shape is what
