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.
Features and Benefits
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
Applications
Lapping film is used for fine polishing and sharpening of a number o fmaterials, and is often used for polishing optical fibre optic connectors.
Why choose 3M?
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.
Choose this fibre-optic lapping film from 3M for fine polishing and sharpening jobs. It delivers a uniform finish on various hard materials from metals and wood to plastic and is a popular choice for buffing fibre-optic connectors. The film is coated with a resin containing aluminium-oxide particles, which offer superior strength and hardness. This gives the polishing sheet a fast cutting ability to reduce the time spent on sharpening connector points. It also makes this product hard-wearing for improved durability and longevity.
• Tight particle distribution for increased cutting power and enhanced productivity • Precision backing for better surface uniformity • Resistant to oils, water and most solvents for improved versatility in use • Easy-to-use with a slurry-coating to stop the film from clogging up
Applications
• Medical equipment • Telecommunication centres • Office data network systems
Which applications is this lapping film best suited to?
This aluminium-oxide lapping film is recommended for fine grinding and lapping applications where edge retention is important.
For how long can I store this lapping film?
You can safely store this lapping film for up to two years. It won't experience any degradation over time, provided it's kept in temperatures ranging between +10°C to +30°C.
