3M Brown Aluminium Oxide Fibre Optic Lapping Film, 279.4mm x 215.9mm, 5μm Grade

3M™ Lapping Film Sheet 261X is the standard of 3M’s lapping films. The product is made from precisely graded aluminum oxide particles coated on a 3 mil polyester film. The product provides uniform finishes on various substrates and delivers consistent cut rate, finish and life.

For polishing ferrule ends of fibre optic connectors
Available in a variety of colour-coded finishing grades
Supplied in a packs of 50 sheets
Sheet size is 216 x 280mm

Lapping film is used for fine polishing and sharpening of a number o fmaterials, and is often used for polishing optical fibre optic connectors.

3M is a leading innovator of abrasive technologies, constantly evolving to provide ideal solutions to industrial and commercial applications. With 3M you can be assured of a wide selection of quality products.

Achieve smooth ferrule tips quickly and easily with this fibre-optic lapping film from 3M. It's coated with an aluminium-oxide abrasive, which delivers superior strength and hardness. This means the film is ideal for polishing and sharpening fibre-optic connectors. As it's resistant to water, oil and most solvents, you can use it safely in harsh industrial use. The film improves productivity with its fast cutting power, which significantly reduces finishing times. You can use it on various materials, such as glass, plastic or metal.

• Improves the transmission of light and signal particles in fibre-optic connectors for improved reliability
• Strong polyester backing for enhanced durability and extended service life
• Suitable to store for up to two years in temperatures ranging between +10°C to +30°C without any adverse effects

• Communication centres
• Industrial network and control systems
• Medical industry

Yes, fibre optic cables are an excellent choice for long-distance data transfer due to their low rate of signal power loss. When used with the right combination of wavelength and network setup, these cables can carry a signal over hundreds of kilometres.