GMA SpeedBlast Garnet Abrasive Media for Sandblasting

Sku: P-GASB

GMA SpeedBlast Garnet Abrasive Media (SKU: P-GASB, MPN: GASB) is a premium, natural mineral abrasive designed for general industrial maintenance and surface preparation. Engineered from high-grade Australian garnet, SpeedBlast delivers efficient performance with minimal dust, making it ideal for use in blast rooms and field applications alike. This versatile abrasive achieves a consistent surface profile between 50–100 microns, supporting strong adhesion for most high-performance paint and coating systems. With a typical blasting rate of 15–20 m²/hr and a consumption rate around 320 kg/hr, GMA SpeedBlast balances productivity with cost-efficiency. It offers a safe and clean alternative to traditional abrasives, with virtually no free silica and extremely low levels of chlorides and soluble salts. Ideal for use in construction sites, chemical plants, power stations, and wastewater facilities, GMA SpeedBlast supports both dry and wet blasting systems, including brands like Graco EcoQuip, Torbo, and Amphiblast. This media meets ISO11126 and ISO11127 international standards, ensuring consistent, traceable quality in every batch. While optimized as an economical, single-use abrasive, GMA SpeedBlast is recyclable and suitable for multiple blasting cycles depending on the application and environment.

• Natural Australian garnet media with sub-rounded grains for even blasting
• Surface profile: 50–100 μm (2.0–4.0 mil)
• Typical blasting rate: 15–20 m²/hr
• Typical consumption: 320 kg/hr
• Minimal dust for increased visibility and safety
• Meets ISO11126 and ISO11127 standards for abrasive quality
• Compatible with wet and dry blasting systems
• Safe to handle, inert, and non-toxic
• SKU: P-GASB | MPN: GASB

Silica Sand Warning: Crystalline silica is a known Class 1 Carcinogen. Using silica sand in abrasive blasting has been linked to silicosis and other serious health conditions. GMA Garnet abrasives, such as SpeedBlast, contain negligible free silica and are a safer, industry-approved alternative for blasting applications.