| Sign In | Join Free | My burrillandco.com |
|
... beads, no dust, no iron pollution, good toughness, good wear resistance and excellent performance in sandblasting finish for metals like alu, alu alloy, Titanium alloy, magnesium alloy, steel, stainless ste...
...micro beads, sizes from B20-B505. It is with very fine microstructure featured strong mechanical resistance and high toughness, low-dust emission,especially ......
High Durable Ceramic Beads Blasting Media B40 0.250-0.425mm for Mold-cleaning of Glass Bottles 1. Product Description of Cearamic Beads Ceramic Beads is also called as zirconia sand,it selects the imported high...
... quality zircon sand as main material, then fused in arc furnace,finally screened into different beads. It is most suitable for surface finishing applications,which will achieve the smoothest finish and a un...
Ceramic beads blasting media B120, B150 for deblurrings DESCRIPTION Ceramic beads are zirconia-based blasting media, obtained in special production process and unique formula. ZrO2 62-65%, HS code 690919. The b...
... temperatures more than 2000℃ in ore furnace, with main raw materials of Zirconia sands. Production process including smelting-flow into micro beads-screen- air cleaning and fine screen to different sizes fr...
B40 B60 B80 B120 Ceramic Bead Blasting Media Zirconia Beads for Surface Cleaning 1. Product Description of Ceramic Bead Blasting Ceramic blasting media is also called as zirconia sand, it selects the high quali...
... industry. It is equipped with a PLC or operating column control system, and the speed can reach 1400rpm. The grinding chamber is made of stainless steel and the grinding media are ceramic beads. This machin...
SGS quality certified industrial Ceramic Beads B20-B205 for castings and forging blank sandblasting cleaning Description Ceramic blasting beads are the main blasting media for die-casting parts to deburr edge c...
...Ceramic Beads Blasting Media Ceramic beads blasting media was made by zirconium silicate powder through a unique formula, special production process and pretreatment, then made by over 2000°C high temperatur...
High Durability White Zirconium Ceramic Beads Blasting Media for Light Metal Finish 1. Description of Zirconium Ceramic (Beads) Blasting Media The Zirconium Ceramic (Beads) Blasting Media is manufactured by hig...
...,which selects the zirconium sand as main materials,then fused under high temperature. It is widely used as one blasting media and are able to replace the steel beads where ferrous contamination is not allow...
... media. It selected the zircon sand as main raw materials by melting process in one electric furnace under high temperature over 2000 degrees. Ceramic beads has the characteristics of high hardness and good ...
Zero Ferrous Contamination Ceramic Beads Blasting Media B20-B505 for Metal Surface Finish 1. Product Description of Ceramic Bead Blasting Media Ceramic Beads has round solid shape,smooth surface,good elasticity...
No Ferrous Contamination Ceramic Beads Blasting Media 20-B60,B80-B100,B120-B170,B205,B400,B505 for Aluminum Alloy 1. Product Description of Ceramic Beads Blasting Media Ceramic beads is one popular blasting med...
...Ceramic Beads Blasting Media Zirconia Sand B20 B30 B40 B60 for Metal Surface Finish 1. Product Description of Ceramic Bead Blasting Media Ceramic Beads is also called as zirconia sand,it selects the high-qua...
...a high-temperature furnace. It is a ceramic media for sandblasting, metal satin finish, and surface pretreatment. It has the characteristics of environmentally friendly , durable, no dust, and no metal pollu...
60HRC Zirconia Mircoblast Beads Ceramic Blasting Media B120 B170 B205 B400 B505 for Aluminium Parts 1. Product Description of Ceramic Bead Blasting Media Ceramic Blasting Media is also called as ceramic beads,z...
... furnace under high temperature over 2000 degrees, finally made into different mircobeads after the process of cooling,screening,rough selection,inspection,packing. Ceramic bead blasting media is one...
... advanced technology formula, and is smelted and blown into fine beads after smelting in high temperature above 2000 degrees. With high hardness and surface smoothness, it can be recycled and reused repeated...