Surface Blasting Aluminium Shot Corrosion Resistant Sanding Metal Grit

Product Description:

Aluminum shot, also known as aluminum wire cut shot, aluminum wire grinding shot, aluminum grit, aluminum pellets, etc., is produced through processes such as wire drawing, cutting, and grinding.

Characteristics:

Bright appearance
Lightweight compared to other abrasives
Low hardness
Corrosion-resistant
Allows for polishing without damaging the surface of the product
Provides significant whitening effect on the workpiece surface
Product specifications:

Size: 0.2mm-3.0mm

Features:

Controlled energy transfer: Aluminum shot offers controlled energy transfer during impact, minimizing the risk of unintended reactions or disturbances. This characteristic is particularly advantageous in applications where precise control over the impact force is essential to prevent accidental triggering or ignition.

Enhanced chemical compatibility: Aluminum shot exhibits enhanced chemical compatibility with a wide range of substances, making it suitable for use in various chemical processing applications. Its inert nature and resistance to chemical reactions minimize the risk of unexpected reactions or chemical instabilities, ensuring safety in handling and processing.

High thermal conductivity: Aluminum shot's high thermal conductivity allows for efficient heat dissipation during use. This attribute is beneficial in applications where heat buildup needs to be managed, preventing overheating or thermal damage to the workpiece or surrounding components.

Versatile particle size distribution: Aluminum shot is available in a wide range of particle sizes, allowing for versatility in different applications. The ability to select the appropriate particle size enables customization and optimization based on specific project requirements, providing flexibility and adaptability.

Surface refinement and texture alteration: Aluminum shot can be used to refine surfaces and alter textures, providing unique aesthetic effects or functional modifications. By adjusting the impact parameters, such as velocity or angle, the surface texture can be customized to achieve desired results, adding value and uniqueness to the treated surfaces.

High impact strength: Aluminum shot possesses high impact strength, allowing it to effectively remove tough coatings, contaminants, or surface layers. This attribute is advantageous in applications where robust cleaning or surface preparation is required, ensuring thorough and efficient results.

Technical Parameters:

Applications:

Enhanced portability: The lightweight nature of aluminum shot makes it highly portable, enabling easy transportation and handling. This attribute is particularly advantageous in applications where mobility and maneuverability are crucial, such as in remote or on-site surface preparation tasks.

Non-sparking properties: Aluminum shot is non-ferrous and non-magnetic, ensuring it does not generate sparks during use. This makes it suitable for environments where sparks could pose safety risks, especially in industries dealing with flammable or explosive materials.

Gentle abrasion: Aluminum shot's lower density and softer impact provide a gentler abrasion process on the workpiece surface. This characteristic is beneficial when working with delicate materials or components that require a more delicate touch, minimizing the risk of damage or surface deformation.

Long-lasting shine: Due to its natural oxide layer, aluminum shot retains its shine and visual appeal over time. This attribute is advantageous in applications where long-lasting surface aesthetics are important, ensuring an enduring and attractive finish.

Sustainable material: Aluminum shot is environmentally sustainable due to its high recyclability. Its efficient recovery and reuse contribute to waste reduction, resource conservation, and cost-effectiveness, aligning with environmentally friendly manufacturing practices.

Minimal airborne contaminants: Aluminum shot generates low levels of dust during the cleaning process, ensuring a cleaner working environment. This is particularly valuable in industries where airborne dust needs to be minimized, such as cleanroom environments or sectors with strict air quality regulations, ensuring optimal working conditions and product quality.