Ceramic Abrasive Film Durable Professional Sanding Solution 2000 Grit For Industry

OSLONG Ceramic Film Abrasive L638 is engineered for demanding sanding operations where cutting speed, durability, and surface consistency are critical. Manufactured with imported Korean abrasive technology, this sanding film combines ceramic grain and aluminum oxide abrasive for aggressive stock removal while maintaining a controlled scratch pattern.

The PET film backing offers exceptional tear resistance, making it suitable for automotive refinishing, marine maintenance, aerospace component preparation, and industrial surface treatment.

The ceramic abrasive structure delivers rapid cutting performance, helping operators reduce sanding time during surface preparation.

Compared with conventional paper-backed abrasives, the PET film substrate provides enhanced edge strength and resistance to tearing.

Open-coat construction reduces clogging and promotes a more consistent sanding pattern across the work surface.

The combination of ceramic grain and aluminum oxide maintains sharp cutting edges for extended operating cycles.

Can be used with water-assisted sanding or dry sanding processes depending on application requirements.

• Automotive body repair
• Vehicle refinishing preparation
• Bus and commercial vehicle maintenance
• Marine and shipbuilding industries
• Aerospace component sanding
• Rail transportation manufacturing
• Furniture production
• Wood panel processing
• Composite material finishing

Ceramic abrasives maintain cutting sharpness longer and generally provide faster stock removal.

Yes. It is commonly used for primer sanding, putty shaping, and paint preparation.

Yes. The PET film backing is suitable for both wet and dry sanding applications.

Ceramic plus aluminum oxide versions range from P60 to P800, while aluminum oxide finishing grades range from P1000 to P2000.

Yes. The PET film substrate provides excellent tear resistance during machine or hand sanding.

For optimal performance, begin with coarser grits for material removal and gradually progress to finer grits to achieve the desired surface finish.