Portable 3m™ Cloth Belt 707e, P120 Je-weight, 2 In X 148 In, Film-lok, Single-flex, 50 Ea/case With Tracking [97uIrTGL]

3M™ Cloth Belt 707E: High-Performance Abrasive Solution

The 3M™ Cloth Belt 707E is a top-tier abrasive belt designed for light to moderate-pressure stock removal and finishing operations. This versatile belt combines the power of 3M™ Ceramic Aluminum Oxide Abrasives with a durable resin bond, making it an excellent choice for a wide range of applications. Its Film-lok and Single-flex construction ensures maximum performance and longevity. Key features include:

• 3M™ Ceramic Aluminum Oxide Abrasives: Offers superior durability and cutting efficiency over traditional non-ceramic abrasives.
• Durable Resin Bond: Resists heat and deterioration, extending the life of the belt.

Technical Specifications and Benefits

The 3M™ Cloth Belt 707E is engineered to meet the highest standards of quality and performance. With a 2 in x 148 in size, this belt provides ample coverage for various applications. Its flexible rayon backing conforms to contoured surfaces, ensuring consistent finishing results. Additionally, the belt features a grinding aid that reduces heat and increases performance, making it ideal for use on stainless steel and other exotic metals. Technical details include:

• Material: Premium ceramic aluminum oxide abrasive blend on a flexible rayon backing.
• Size: 2 in x 148 in (50 belts per case).

Practical Applications and Target Audience

The 3M™ Cloth Belt 707E is perfect for professionals and hobbyists alike who require a reliable and high-performance abrasive belt. Whether you are working on automotive parts, metalworking, or general finishing tasks, this belt is designed to deliver exceptional results. Its ability to conform to contoured surfaces and its heat-resistant properties make it an ideal choice for precision work. Target audience includes:

• Automotive Technicians: For stock removal and finishing on engine components and body parts.
• Metalworkers: For metal finishing, blending, and scratch refinement.