Silicon Dioxide Lapping Film Disc

The Silicon Dioxide Lapping Film Disc is a high-precision abrasive tool designed for ultra-fine surface finishing in optics, electronics, and lapidary applications. Featuring a uniformly distributed silicon dioxide abrasive on a durable polymer backing, these discs deliver consistent material removal, achieving exceptional surface smoothness on glass, ceramics, metals, and composites.

Key Features:

  • Silicon Dioxide Abrasive – Provides precise, controlled cutting for high-tolerance applications.

  • Ultra-Fine Polishing – Ideal for final-stage finishing, delivering low surface roughness and optical clarity.

  • Flexible Film Backing – Ensures uniform wear, extended lifespan, and resistance to tearing.

  • Multi-Grit Options – Available in various micron grades for customized finishing needs.

  • Versatile Applications – Suitable for lapidary, optics, electronics, and precision engineering.

Applications:

  • Gemstone Polishing – Achieve mirror finishes on sapphire, quartz, and agate.

  • Optical Component Finishing – Used for polishing lenses, mirrors, and fiber optic connectors.

  • Semiconductor Processing – Precision surface finishing for wafers and microelectronics.

  • Metallographic Sample Preparation – Ensures scratch-free, high-resolution analysis surfaces.

  • Ceramic and Composite Refinement – Smoothens technical ceramics and high-performance materials.

Why Choose the Silicon Dioxide Lapping Film Disc?

  • High Precision – Designed for sub-micron-level surface smoothness.

  • Consistent Performance – Uniformly coated abrasive particles ensure repeatable results.

  • Low Heat Generation – Prevents thermal damage on delicate materials.

  • Versatile Use – Works with lapping machines, hand sanding tools, and rotary polishers.

Refine Surfaces with Unmatched Precision

Whether you’re polishing fiber optic connectors, preparing metallographic samples, or achieving a flawless gemstone finish, the Silicon Dioxide Lapping Film Disc offers precision, reliability, and superior surface quality.

Ideal For:

Optics labs, lapidary workshops, semiconductor facilities, precision engineering firms, and professionals requiring sub-micron finishing.