Value Collection GBS7500 Silicon Carbide Blast Media 240 Grit

Product Description

The VALUE COLLECTION GBS7500 is a silicon carbide abrasive blasting media rated at 240 grit, packaged in a 50-pound box. Silicon carbide is one of the hardest blasting abrasives available, making it well suited for aggressive surface preparation on hard substrates. The angular particle shape delivers sharp, consistent cutting action that produces a uniform surface profile. At the fine 240 grit rating, this media is appropriate for finishing passes, light deburring, and surface conditioning where a tighter surface finish is required. Blasting technicians and surface prep contractors rely on this type of media for both production and detail work.

This media is used in pressure blast cabinets, suction cabinets, and direct-pressure portable blast systems. Typical applications include surface finishing of hardened metals, ceramics, glass, and composite materials. The fine grit makes it suitable for work where coarser media would remove too much base material or leave an unacceptably rough profile. It is commonly used in industrial shops, job shops, and maintenance facilities performing precision surface prep.

Key Features

• Silicon carbide construction for high hardness and fast cutting action
• Angular particle shape produces sharp surface profiles
• 240 grit rating delivers fine, controlled material removal
• 50-pound box packaging for easy handling and storage
• Consistent grit sizing supports repeatable surface finish results

Compatibility

Designed for use in standard pressure and suction abrasive blast cabinets and portable blast systems that accept fine-grit loose blasting media.

Installation Notes

Load media into the blast cabinet or pressure pot hopper according to the equipment manufacturer's instructions. Wear appropriate PPE including a supplied-air respirator, gloves, and blast hood before operating any blasting equipment. Verify that the blast system is rated for use with silicon carbide media, as this abrasive is harder than many alternatives and may accelerate wear on nozzles and hoses. Dispose of spent media in accordance with local regulations.