Black Silicon Carbide #220

Black Silicon Carbide #220 Grit is a fine abrasive grain designed for precision grinding, fine finishing, and polishing preparation applications. Its consistent particle size, sharp cutting edges, and excellent hardness provide controlled abrasive performance while achieving smooth and uniform surface results. #220 is widely used in coated abrasives, bonded abrasive tools, ceramics, stone finishing, and precision industrial processing.

Applications:

  • Precision grinding
  • Fine surface finishing
  • Polishing preparation
  • Coated abrasive production
  • Bonded abrasive tools
  • Ceramic processing
  • Stone finishing

Description

Black Silicon Carbide #220 Grit is a fine silicon carbide abrasive material produced from high-purity petroleum coke and silica sand through electric resistance furnace smelting, crushing, and precision classification processes.

With excellent hardness, high thermal stability, and sharp angular grains, Black Silicon Carbide #220 Grit provides accurate cutting performance and consistent abrasive action. Its refined grain size enables smoother processing, improved surface uniformity, and better control during precision grinding and finishing operations.

Compared with #180 Black Silicon Carbide Grit, #220 Black Silicon Carbide Grit features a finer particle structure and improved surface treatment capability, making it suitable for applications requiring lower surface roughness and higher finishing accuracy. It is widely used in precision grinding, fine polishing preparation, coated abrasives, bonded abrasive tools, ceramics, stone processing, refractory materials, and other industrial applications.

Due to its stable grain distribution, excellent wear resistance, and reliable abrasive performance, Black Silicon Carbide #220 Grit is an ideal solution for manufacturers seeking high-quality fine abrasives for precision finishing processes.

Key Features

01

High Hardness

Mohs hardness up to 9.2, providing excellent cutting ability, wear resistance and grinding efficiency.

02

High Abrasive Performance

Sharp crystal structure enables fast material removal and excellent grinding performance.

03

Good Thermal Stability

Maintains stable abrasive performance under high temperature working conditions.

04

Wide Application Range

Suitable for blasting, grinding, refractory and industrial surface treatment applications.

Available Sizes

  • JIS Grit:#14, #16, #22, #24, #30, #36, #40, #46, #60, #70, #80, #90, #100, #120, #150, #180, #220, #240
  • FEPA F Grit:F12, F14, F16, F20, F22, F24, F30, F36, F40, F46, F54, F60, F70, F80, F90, F100, F120, F150, F180, F220
  • Customized Sizes:Customized particle sizes are available according to customer requirements for precision grinding, polishing and advanced industrial applications.

Applications

Abrasive Blasting

Used for surface cleaning, rust removal and preparation of metal, stone and other materials.

Grinding Wheels

Suitable for bonded abrasives, grinding tools and general abrasive applications.

Refractory Materials

Applied in refractory products due to excellent thermal stability and wear resistance.

Ceramics & Advanced Materials

Used for grinding ceramics, cemented carbide and engineering materials.

Technical Data

Physical Properties

Item Value
Appearance Black Granular
Mohs Hardness 9.2
Bulk Density 1.45–1.56 g/cm³
True Density 3.12 g/cm³
Melting Point 2250°C
Crystal Structure Hexagonal
CAS No. 409-21-2
HS Code 2849200000

Chemical Composition (%)

Model Particle Size SiC F.C. Fe₂O₃
C F4–F90 ≥98.80 ≤0.15 ≤0.15
F100–F150 ≥98.50 ≤0.20 ≤0.20
F180–F220 ≥98.30 ≤0.25 ≤0.25

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