3M™ Trizact™ PSA Film Disc 268XA, A5 3MIL, Orange, 5 in x 5/8 in, Die 500BB

Product Description

Advantages of 3M™ Trizact™ PSA Film Disc 268XA

• Color-coded by grade to help identify steps during multi-step sequences
• Features 3M microreplicated technology for a fast, sustained cut and consistent finish
• Pressure-sensitive adhesive (PSA) provides swift and easy disc to tool attachment
• Water-resistant polyester backing means disc may be run wet or dry
• Great for polishing and finishing on a variety of substrates, from glass to acrylic

Equipped with a waterproof polyester backing and proprietary 3M microreplication technology, 3M™ Trizact™ PSA Film Disc 268XA is specially designed for polishing and finishing applications.

The Difference Is in the Construction
3M chose a polyester film backing for 3M™ Trizact™ PSA Film Disc 268XA, because it is water-resistant and can be run wet or dry. This disc is commonly used for damp sanding on a variety of substrates, including acrylic products, solid surface materials, and glass. Using a lubricant like water helps the disc run cool and wash away debris that could warp or discolor the substrate. Depending on the project or application, 3M™ Trizact™ PSA Film Disc 268XA typically is used during the middle of a sequence to help bring the workpiece one step closer to the matte, semi-gloss or high gloss finish desired. While it may be run damp, the disc requires little water for effective results.

3M™ Trizact™ PSA Film Disc 268XA uses 3M microreplication technology to produce an engineered surface of patterned, microscopic, three-dimensional structures resembling pyramids. While conventionally coated abrasives often have erratically spaced mineral, Trizact™ abrasives focus on uniformity. As pyramids wear, fresh, sharp mineral is exposed to produce a consistent cut and a predictable, fine finish. Altogether, this means fewer scraps and discards as a consequence of inconsistent results. Ongoing sharp cutting action minimizes the need to incorporate other abrasives in the sequence, thereby reducing processing steps and enhancing productivity.