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Shot Blasted Glass Beads AMS 2431/6C AGB-150
Glass beads are a unique feature of abrasives used in cleaning or metal surface strengthening processes, primarily for sandblasting equipment. The raw material of the glass beads is glass sand, which is fused into a spherical shape by high temperature suspension and then annealed to eliminate internal stress and prevent breakage. This transparent, clear spherical structure product does not have particles embedded in the workpiece during use, contaminating the workpiece or causing other damage. Using different sizes of abrasives and different operating parameters, the glass beads will have a special decorative effect by selective localized controlled blasting on the surface of the workpiece. -
Glass Bead Blasting Media For Metal Polishing AMS 2431/6C AGB-100
The excellent properties of the glass beads make it suitable for use in cleaning or deburring workpieces with strict deviations without damaging the surface of the workpiece. Moreover, the inherent strength of the glass beads makes it suitable for use in equipment capable of circulating abrasives.
Glass beads are widely used to treat workpiece surfaces with residual tension or under cyclic pressure to produce compressive stress layers for surface strengthening purposes. Use glass beads to strengthen the surface of the workpiece, reducing potential hazards such as surface erosion or surface fatigue. -
Glass Bead Blasting Media For Metal Cleaning AMS 2431/6C AGB-70
Shot blasting glass beads are glass beads for surface treatment of industrial parts, which are made of non-alkaline soda lime silicate and have certain hardness and elasticity. Its particle size is generally between 45um and 1000um, and the microhardness is generally between 500 and 550Kgf/mm2. Using different sizes of abrasives and different operating parameters, the glass beads will have a special decorative effect by selective localized controlled blasting on the surface of the workpiece. -
Shot Peening For Glass Beads AMS 2431/6C AGB-50
Glass beads are a unique feature of abrasives used in cleaning or metal surface strengthening processes, primarily for sandblasting equipment. Shot blasting glass beads are glass beads for surface treatment of industrial parts, which are made of non-alkaline soda lime silicate and have certain hardness and elasticity. Its particle size is generally between 45um and 1000um, and the microhardness is generally between 500 and 550Kgf/mm2. -
Glass Beads For Abrasives AMS 2431/6C AGB-35
Surface treatment shot blasting glass beads have certain mechanical hardness, strength, and strong chemical stability. They are suitable for cleaning and polishing burrs and dirt on various mold surfaces so that the processed articles have a good finish and prolong their service life. Glass beads are widely used to treat workpiece surfaces with residual tension or under cyclic pressure to produce compressive stress layers for surface strengthening purposes. Use glass beads to strengthen the surface of the workpiece, reducing potential hazards such as surface erosion or surface fatigue. -
Shot Peening Glass Beads AMS 2431/6C AGB-30
Glass beads are a unique feature of abrasives used in cleaning or metal surface strengthening processes, primarily for sandblasting equipment. The raw material of the glass beads is glass sand, which is fused into a spherical shape by high temperature suspension and then annealed to eliminate internal stress and prevent breakage. This transparent, clear spherical structure product does not have particles embedded in the workpiece during use, contaminating the workpiece or causing other damage. Using different sizes of abrasives and different operating parameters, the glass beads will have a special decorative effect by selective localized controlled blasting on the surface of the workpiece. -
Sandblasted Glass Beads AMS 2431/6C AGB-25
The excellent properties of the glass beads make it suitable for use in cleaning or deburring workpieces with strict deviations without damaging the surface of the workpiece. Moreover, the inherent strength of the glass beads makes it suitable for use in equipment capable of circulating abrasives.
Glass beads are widely used to treat workpiece surfaces with residual tension or under cyclic pressure to produce compressive stress layers for surface strengthening purposes. Use glass beads to strengthen the surface of the workpiece, reducing potential hazards such as surface erosion or surface fatigue. -
Sandblasting Glass Beads AMS 2431/6C AGB-20
Shot blasting glass beads are glass beads for surface treatment of industrial parts, which are made of non-alkaline soda lime silicate and have certain hardness and elasticity. Its particle size is generally between 45um and 1000um, and the microhardness is generally between 500 and 550Kgf/mm2. Using different sizes of abrasives and different operating parameters, the glass beads will have a special decorative effect by selective localized controlled blasting on the surface of the workpiece. -
Glass Beads For Sandblasting AMS 2431/6C AGB-18
Glass beads are a unique feature of abrasives used in cleaning or metal surface strengthening processes, primarily for sandblasting equipment. Shot blasting glass beads are glass beads for surface treatment of industrial parts, which are made of non-alkaline soda lime silicate and have certain hardness and elasticity. Its particle size is generally between 45um and 1000um, and the microhardness is generally between 500 and 550Kgf/mm2. -
Glass Shot For Peening AMS 2431/6C AGB-15
Surface treatment shot blasting glass beads have certain mechanical hardness, strength, and strong chemical stability. They are suitable for cleaning and polishing burrs and dirt on various mold surfaces so that the processed articles have a good finish and prolong their service life. Glass beads are widely used to treat workpiece surfaces with residual tension or under cyclic pressure to produce compressive stress layers for surface strengthening purposes. Use glass beads to strengthen the surface of the workpiece, reducing potential hazards such as surface erosion or surface fatigue.
