Value Buy Standard Abrasives Type 29 Surface Conditioning Flap Disc, 4.5 Inches Dia, Medium, 7/8 Inches Arbor, 13300 Rpm - 5 Per Ct - 7000121834 Save 90% Now [qgZvRxLa]

Efficient Surface Conditioning Flap Disc

Introducing the Standard Abrasives Type 29 Surface Conditioning Flap Disc, a versatile tool designed for precision work. This 4.5-inch diameter disc offers a medium grit, perfect for blending and finishing surfaces with ease. The disc's 7/8-inch arbor and 13300 RPM speed make it ideal for a variety of applications. Each disc is constructed with non-woven flaps that combine deburring, blending, and finishing into one step, enhancing efficiency and productivity.

• Non-woven flaps for efficient blending and finishing.
• Long-lasting, flexible, heat-resistant, and load-resistant design.

Technical Specifications and Features

The Type 29 Surface Conditioning Flap Disc is built to withstand rigorous use. Its non-woven flaps are designed for increased durability and a faster cut rate, making it an excellent choice for aluminum, steel, and titanium substrates. The overlapping flaps enhance the disc's cut rate and reduce the risk of gouging, while the open web structure adapts to surface irregularities. Key specifications include an abrasive material of aluminum oxide, a nominal diameter of 4.5 inches, a medium grit, and a maximum speed of 13300 RPM.

• Overlapping flaps increase durability and enhance cut rate.
• Open web minimizes gouging and adapts to surface irregularities.

Practical Applications and Benefits

Whether you're working on automotive parts, aerospace components, or industrial machinery, the Standard Abrasives Type 29 Surface Conditioning Flap Disc is a versatile tool for the job. Its combination of efficiency, durability, and flexibility makes it a preferred choice among professionals. By reducing the need for multiple steps in the finishing process, this disc saves time and increases productivity. Its compatibility with various substrates makes it a versatile solution for a wide range of applications, ensuring that you can achieve smooth, polished surfaces every time.

• Excellent for blending and finishing aluminum, steel, and titanium substrates.
• Increases productivity by reducing the need for multiple finishing steps.