White Z425 Zirconium Silicate Ball 425μM-600μM High Hardness Surface Smooth

Z425 Zirconium Silicate Ball 425-600μm Stainless Steel Plates

INTRODUCTION

The main component of Z300 Zirconium Silicate Ball 300-425μm is zirconia, which is mainly used for surface treatment such as sand blasting and shot peening. The production process of ceramic shot is to melt high-quality imported zircon sand into liquid at high temperature, and then spray it into balls.The zirconia ceramic spheres are sieved and removed by magnetic separation to obtain particles with high roundness, high strength and uniform particle size. The spherical particles of ceramic shot can achieve better surface brightness during sandblasting, while the workpiece itself does not change color. It is widely used for sandblasting and surface treatment of aviation parts, stainless steel plates, structural parts, stainless steel kitchenware, medical devices, mobile phone / laptop shell, automobile chassis / engine, sports equipment and other industries.

ADVANTAGES

Z425 Zirconium Silicate Ball 425-600μm is zirconia-based blasting beads with high hardness and surface smoothness. As one recyclable sandblasting media,it is suitable for the blasting, finishing,cleaning, deburring, surface pretreatment in the process of metal parts production and maintenance.

APPLICATION

Z425 Zirconium Silicate Ball 425-600μm can be used for blast pretreatment beforecoating or plating.

Among all surface cleaning methods, the ceramic beads sandblasting method is a thorough, universal, and extensive method, because:

1. Sandblasting is more efficient, thorough and cheaper than other pretreatment processes.

2. The sandblasting process allows you to freely choose the cleanliness and roughness of your workpiece.

FEATURES

White color, high sphericity and smooth surface beads.

Utilization rate(20 – 30 times) higher than glass blasting media.

High hardness, unbreakable, can be recycled and used repeatedly, long service life, reduce energy consumption and reduce costs.

Lower metal surface roughness.

Less operation pressure and reduced abrasive velocity needed than glass blasting media, thus have far less abrasive breakdown and dust generation, results in cleaner working environment and better operator visibility.

Strong mechanical resistance and high toughness, but gentle with equipment and tools preserving work parts, and no metallic contamination for treated parts.