News

News

News

White rainy glass beads for road marking

Item Index Appearance White spherical particles Specific Gravity 2.5-2.7g/cm3 Diameter 0.8-1.2mm Reflective index 1.9-2.4mm Chemical composition TiOs2,BaO,SiO2,ZrO2,etc Dosage/mm2 180-200g Reflection distance ≥200m RL in sunny day 980(Typical value) RL in drizzly and moist climate 578(Typical value) Color of reflected light Silver BPN 79(Typical value)

Read More »

China Glass Bead – Blasting Media

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,

Read More »

China Road Marking Glass Beads

Reflective road marking glass beads for road markings can improve the reflective performance of road marking paint. The light of the car lights on the marking lines with glass beads, which can reflect the light of the car lights back, make the driver see the direction of travel, and improve the safety of driving at

Read More »

Rainy Glass Beads from China

Item Index Appearance White spherical particles Specific Gravity 2.5-2.7g/cm3 Diameter 0.8-1.2mm Reflective index 1.9-2.4mm Chemical composition TiOs2,BaO,SiO2,ZrO2,etc Dosage/mm2 180-200g Reflection distance ≥200m RL in sunny day 980(Typical value) RL in drizzly and moist climate 578(Typical value) Color of reflected light Silver BPN 79(Typical value) Item Index Appearance Yellow spherical particles Specific Gravity 2.5-2.7g/cm3 Diameter 0.8-1.2mm

Read More »

glass bead abrasives for surface removal

Glass beads, or glass bead abrasives, are most often used in general maintenance and blast cleaning processes. Blasting with glass beads allows the user to clean work pieces without significant surface removal. Due to its spherical shape, glass beads are also used in some peening applications. The shape also lends to a slow break down

Read More »
Scroll to Top