Crazy Price 3m 14350 Trizact Cloth Belt 217ea, A16 Je-weight, 4 In X 118 In, Film-lok, Full-flex, 50 Ea/case Travel Size [cKMsSoy5]

3M 14350 Trizact Cloth Belt 217EA: High-Performance Abrasive Solution

Introducing the 3M 14350 Trizact Cloth Belt 217EA, a cutting-edge abrasive solution designed for precision finishing on hard metals. This belt stands out with its innovative Film-lok and Full-flex technology, offering unparalleled control and conformability. With a 4 in x 118 in size and 50 belts per case, it's the ideal choice for industrial applications where efficiency and quality are paramount.

Proprietary Microreplication Technology for Consistent Finishing

The 3M 14350 Trizact Cloth Belt 217EA is engineered with a unique microreplication technology. This technology forms micron-graded aluminum oxide particles into tiny pyramids, providing a consistent cut and a predictable, fine finish. The controlled breakdown under medium pressure ensures that fresh, sharp mineral is continually exposed, maintaining a high-quality finish on materials like carbon and stainless steel.

• Controlled Breakdown: Delivers consistent finishes on hard metals.
• Grinding Aid: Prevents heat buildup, warping, and discoloration.

Ideal for Robotic Finishing and Polishing Applications

Robotic metal polishing requires a consistent and refined cut, and the 3M 14350 Trizact Cloth Belt 217EA is designed to meet these demands. Its robust JE-weight rayon backing and resin bonded abrasive offer exceptional heat resistance and prevent delamination, ensuring long abrasive life. This belt is a game-changer for robotic cells, reducing changeouts and downtime while maximizing efficiency.

• Robotic Finishing: Consistently delivers near-mirror finishes.
• Efficiency: Reduces changeouts and downtime, producing more parts per belt.

With its film media splice, the belt runs smoothly, minimizing chatter marks and providing consistent results. This product is the ultimate choice for professionals seeking a high-performance abrasive solution for both manual and robotic finishing applications.