CNC waterjet cutting Abrasive medium Garnet sand 60 mesh HS code 25132000 washed filtration

Place of Origin China
Brand Name Honglei
Model Number mesh 60
Minimum Order Quantity 25 tons
Price FOB Tianjin port USD 170~ 190/ton
Packaging Details 25 kgs / pp-woven bag , then 40 bags in one Jumbo bag ; or 1,000 kgs per Jumbo bag.
Delivery Time 5~8 days for 1x20'FCL
Payment Terms Western Union, T/T, MoneyGram, L/C
Supply Ability 700 tons per month

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Product Details
Grit Mesh 60 Colour Dark Red
Usage CNC Waterject Cutting Abrasive Medium Bulk Density 1.8-2.1g/cm3
Chemical Formula Fe3Al2(SiO4)3 Crystal System Isometric
Diaphaneity Translucent To Opaque Durability Excellent
Fracture Conchoidal To Uneven Material Garnet
Melting Point 1300 Origin China
Refractive Index 1.73-1.88 Shotblast Material Garnet
Specific Gravity 3.5-4.3 Streak White
Treatment None Usage Waterject Cutting Sandblasting
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Product Description

Garnet sand ( HS code : 25132000 ) is an environmentally friendly natural abrasive material,

widely used in sand blasting, CNC high pressure Water-jet cutting , Polishing , Water treatment ,

and Deep oil welling and other special application.

 

Garnet sand mesh 60 for CNC waterjet cutting abrasive medium :

 

CNC waterjet cutting Abrasive medium Garnet sand 60 mesh HS code 25132000 washed filtration 0

CNC waterjet cutting Abrasive medium Garnet sand 60 mesh HS code 25132000 washed filtration 1

 

CNC waterjet cutting Abrasive medium Garnet sand 60 mesh HS code 25132000 washed filtration 2

 

 

 

1. Typical mineral content

Almandine Garnet 92-96 %
Ilmenite 1 %
Omphacite 1.5 %
Rutile 0.5 %
Quartz < 0.1 %
Hornblende < 0.5 %
Free Silica < 1 %

 

2. Physical Characteristic

Specific Gravity 3.8-4.1
Bulk Density 2.1-2.3g/cm3
Hardness Mohs 7.0 - 7.5
Chloride < 25ppm
Acid solubility (HCL) < 1.0%
Conductivity < 8.3µs/cm
Melting point 1300°C
Grain shape Sub angular

 

3. Typical Chemical Composition

Silica SiO2 29 %
Iron (Fe2O3+FeO) 31 %
Alumina Al2O3 17 %
Magnesium MgO 13 %
Calcium CaO 8 %
Manganese MnO < 0.3 %
Sodium Oxide Na2O 0-1 %
Titanium Oxide TiO2 1.1 %

 

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