Red garnet sand

Red garnet sand are produced from rock, red garnet sand is most commonly used as a high-performance blast media, for the cleaning of aluminium and fibreglass structures. As an abrasive garnet can be broadly divided in two categories, blasting grade and water jet grade. The garnet, as it is mined and collected, is crushed to finer grains. The uses of red garnet are sand blasting, water jet cutting, glass polishing and lapping. Regardless of the application, the larger grain sizes are used for faster work and the smaller ones are used for finer finishes.

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Typical Applications of Garnet sand 
1) As an abrasive garnet can be broadly divided in two categories, blasting grade and water jet grade. The garnet, as it is mined and collected, is crushed to finer grains; all pieces which are larger than 60 mesh (250 micrometres) are normally used for sand blasting. The pieces between 60 mesh (250 micrometres) and 200 mesh (74 micrometres) are normally used for water jet cutting. The remaining garnet pieces that are finer than 200 mesh (74 micrometres) are used for glass polishing and lapping. Regardless of the application, the larger grain sizes are used for faster work and the smaller ones are used for finer finishes.
2) Garnet sand is a good abrasive, and a common replacement for silica sand in sand blasting. Alluvial garnet grains which are rounder are more suitable for such blasting treatments. Mixed with very high pressure water, garnet is used to cut steel and other materials in water jets. For water jet cutting, garnet extracted from hard rock is suitable since it is more angular in form, therefore more efficient in cutting.
3) Garnet paper is favoured by cabinetmakers for finishing bare wood.
4) Garnet sand is also used for water filtration media.
5) Used in non-skid surfaces and heavily as a semi-precious stone

Real specific3.8-4.1g/cm3
Bulk density1.8-2.1g/cm3
Hardness7.5-8
Chloride content<25PPM
Acid solubility(HCL)<1%
Conductivity<25 ms/m
Melting point1300℃
Shapesub angular
SiO234-38%
Fe2O3+FeO25-33%
Al2O317-22%
MgO4-6%
CaO1-9%
MnO0-1%
Na2O0-1%
TiO20-1%
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