
Blast Profile Comparator
Precision nickel comparator plate used for visual and tactile comparison of blast-cleaned surface roughness, available in grit-blast and shot-blast reference patterns.
Search the entire Pan Abrasives portfolio by product name, family, application or process.

Precision nickel comparator plate used for visual and tactile comparison of blast-cleaned surface roughness, available in grit-blast and shot-blast reference patterns.

Glass-bead media for cleaning, conditioning and cosmetic finishing of metallic and non-metallic surfaces.

Controlled, high-roundness glass beads purpose-built for shot peening on critically-toleranced aerospace, automotive and medical components.

Zirconia-silica ceramic beads for clean, low-dust surface treatment of rubber & plastic moulds, castings, and boiler/heat-exchanger parts.

High-density cerium-stabilized zirconia ceramic shot for high-energy shot peening, peen forming and precision surface treatment applications.

Zirconia-silica ceramic peening beads (Z-type, AMS 2431/7) achieving steel-shot-equivalent peening intensity with lower surface roughness and no ferrous contamination risk.

High-density yttria-stabilized zirconia ceramic shot for precision and high-energy shot peening, forming and surface finishing applications.

High-purity spherical zinc shot for effective cleaning with minimal substrate removal on non-ferrous and precision components.

Hard spherical chilled iron shot for rapid cleaning, controlled impact treatment and selected high-density applications.

AMS 2431 / SAE J441 certified carbon-steel peening shot in Regular (ASR) and High (ASH) hardness grades for stable Almen intensity and uniform coverage.

Water-atomised, heat-treated carbon-steel shot for descaling and cleaning steel components prior to coating.

300-series cast stainless steel shot for durable cleaning, bright finishing and shot peening applications.

Rounded/conditioned cut-wire peening media in Carbon Steel and Stainless Steel (304/430) grades for stable Almen intensity and long media life.