What is the pad?

The pad pad is attached to the tool that ensures and supports accessories used for grinding and polishing. The abrasive or polishing medium is securely held on the face of the pad using a locking disk or fasteners for hooks and loops. Some types of pads are equipped with an integral holder or shaft, while others are attached to the tool spindle using the blocking disk. Pads are made of various materials including rubber, aluminum and composite resins. They are available in a wide range of sizes and specialized designs for specific applications.

pads serve to support soft or flexible polishing mops and abrasive discs used in electric instruments. They offer safe but pliable assembly that allows a grinding disk or pad to maintain good surface contact with flat and shaped surfaces. The pad also ensures that the maximum surface of the attachment is available for polishing or grinding. It keeps the grinding when grindingThe DISC pad disk apartment prevented the edge of the disk from searching for the work at all times.

The

pad pad is connected or inserted into the electric tool in two basic ways. The first is a shaft or blockbuster built into the body of the pad. This variant is used in electric tools equipped with headlamps, such as manual exercises. It is usually made of rubber and has a velcro leaf or a hook and loop material permanently attached to its work face. Discs and pugs designed for use with these types of pillows have a corresponding hook and loop sheet that allows a secure connection to the mat.

pads designed for use in tools, such as angle grinders, have a central flange or arm that fits above the spindle grinders. The discs have a similar hole in the center and are mounted through the spindle against the mat. LockThe electrical instrument matrix is ​​then tightened to lock the pad and the disk firmly. These pads are usually made of aluminum and are generally used to grind heavy guidance.

pads for pads are available in a number of sizes corresponding to the standard available discs and mop size. In addition to rubber and aluminum, composite resins and high impact plastics are also commonly used to produce pads. Special features such as profiled faces and cooling holes or fins are often integrated into the design of high demand applications. These increments help to extend the life of abrasive and protect the workpiece from overheated discs.