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sandblasting sand grades

Sandblasting, also known as abrasive blasting, uses various grades of sand or other abrasive materials to clean or etch surfaces. The grade of the sand affects the surface finish, cutting speed, and the type of material that can be effectively blasted.

 

Sandblasting Sand Grades

Extra Coarse (12-20 mesh)
Mesh Size: 12-20
Microns: 1680 - 841 µm
Application: Heavy-duty applications such as removing thick paint, rust, or heavy mill scale. Suitable for large surfaces and heavy machinery.

 

Coarse (20-40 mesh)
Mesh Size: 20-40
Microns: 841 - 420 µm
Application: General-purpose blasting for paint and rust removal. Commonly used for surface preparation before coating or painting.

 

Medium (40-60 mesh)
Mesh Size: 40-60
Microns: 420 - 250 µm
Application: Suitable for surface preparation and cleaning, removing paint or rust from smaller objects, and achieving a moderate surface profile.

 

Fine (60-80 mesh)
Mesh Size: 60-80
Microns: 250 - 177 µm
Application: Provides a finer surface finish, used for lighter cleaning tasks and creating a smooth surface profile for delicate substrates.

 

Extra Fine (80-120 mesh)
Mesh Size: 80-120
Microns: 177 - 125 µm
Application: Used for precise and detailed work, such as cleaning softer metals, preparing surfaces for intricate coatings, or polishing.

 

Micro-Fine (120-200 mesh)
Mesh Size: 120-200
Microns: 125 - 74 µm
Application: Extremely fine blasting, ideal for very delicate surfaces, polishing, and achieving a very smooth finish.

 

About the Grades

Mesh Size: Represents the number of openings per inch in a screen through which the sand particles pass. A higher mesh number indicates finer particles.
Microns: Provides a precise measurement of particle size in micrometers.

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The glass bead blasting technique uses spherical glass media at high pressure while sandblasting utilizes silica sand for the finishing process.

The glass bead blasting technique uses spherical glass media at high pressure while sandblasting utilizes silica sand for the finishing process.

Glass bead blasting abrasive media is less aggressive than blasting with sand or steel grit.

Glass bead blasting abrasive media is less aggressive than blasting with sand or steel grit.

Common Types of Sand Used in Sandblasting

Silica Sand: Traditional and widely used due to its sharp edges and effective abrasive properties. However, it poses health risks due to silica dust inhalation.
Garnet: Preferred for its high durability and low dust generation. Suitable for both heavy-duty and fine applications.
Aluminum Oxide: Extremely hard and durable, used for a variety of blasting tasks, including surface preparation and finishing.
Glass Beads: Ideal for achieving a smooth and bright finish without damaging the substrate.
Crushed Glass: Eco-friendly alternative with sharp edges for effective blasting and minimal environmental impact.

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