This 150 mm sanding disc features a green abrasive surface and a 15-hole pattern designed to facilitate dust extraction. When used with a sanding pad equipped with a dust collection system, this hole pattern helps direct sanding dust away from the work surface. This not only reduces clogging during the sanding process but also ensures more consistent contact between the abrasive surface and the workpiece.
Compared to paper-backed sanding discs, polyester film sanding discs offer superior dimensional stability and tear resistance. This makes them suitable for production environments, where they can be used with random-orbit sanders, pneumatic sanders, electric sanders, and dust collection sanding systems.
A round sanding disc with a green abrasive surface, 15 evenly spaced dust-exhaust holes, and P120 grit identification on the backing, designed for general surface preparation and sanding applications.
This product is a round sanding disc with a 6-inch diameter, a green abrasive surface, and 15 evenly spaced dust-exhaust holes. The grit size “P120” is printed on the backing for quick identification during sanding operations.
Round sanding disc, 6 inches in diameter.
Green abrasive surface for clear product identification.
15 evenly spaced dust-exhaust holes for dust removal support.
Grit size printed on the backing: P120.
The sanding disc structure combines aluminum oxide abrasive, polyester film backing, and resin-on-resin bonding for tear resistance, grain adhesion, and sanding stability.
This sanding disc is built with aluminum oxide abrasive, polyester film backing, and resin-on-resin bonding. It can be used with hook-and-loop or pressure-sensitive adhesive PSA backing on compatible sanders.
Aluminum oxide Al₂O₃, suitable for sanding general metal, wood, and composite surfaces.
Polyester film with tear-resistant and stretch-resistant properties for improved stability.
Resin-on-resin bonding ensures a strong bond between the abrasive grains and the film.
Suitable for metal surface preparation, woodworking, automotive repair, and composite material pretreatment on compatible orbital sanding equipment.
Suitable for use with orbital sanders and random orbital sanders in sanding, finishing, and surface preparation workflows.
The disc combines dust extraction support, tear resistance, consistent grit performance, abrasive retention, and adaptability for both flat and curved surfaces.
Facilitates dust removal and helps reduce clogging during sanding operations.
Offers tear resistance under both dry and wet sanding conditions.
Ensures uniform surface finishing results during intermediate sanding stages.
Supports controlled material removal and stable sanding behavior.
Suitable for sanding both curved surfaces and flat surfaces.
The construction includes abrasive, bonding, base material, and hole design, each serving a specific function in sanding performance and dust control.
Each structural layer contributes to sanding performance, grain fixation, dimensional stability, and dust removal efficiency.
Abrasive
Bonding Layer
Base Material
Hole Design
