3M Scotch-Brite™ Handpad 7447 707447 Sanding block (L x W) 224 mm x 158 mm 20 pc(s)

The resin-bonded Clean and Finish (CF) fleece material generates uniform, reproducible finish results. Through its versatile applicability, it is a universal handpad for most of the standard applications.The all-purpose Scotch-Brite™ Handpad 7447 is suitable for a wide range of materials and tasks. Our hand pads combine flexibility with effective abrasion and precise handling for an even, fine surface finish. They are especially suitable for demanding cleaning work. Scotch-Brite hand pads are similar to 1-sized steel wool. Unlike this, however, they do not tear during use, do not rust after use and make no fine metal splinters. The open fleece does not become clogged and can be used dry, with water or solvents and rinsed for reuse. Our brown hand pads can be used in many different ways. They lie comfortably in the hand, enables the user a precise control and can be used for a uniform finish with a hand sanding block. Use with an orbital sander for larger surfaces.Our hand pads are equipped with a fine aluminum oxide abrasive which enables fast and fine abrasion for a homogeneous finish. Experts prefer aluminum oxide due to its robustness, high rate of abrasion and long service life. The tips and edges of the durable abrasive break off during use, creating continuously fresh cutting edges. In contrast to conventional abrasives, such as grenade, the lifetime is extended.Aluminium oxide is often used for sanding in addition to finishing due to its high removal rate, hardness, strength and low heat generation.It is suitable for various surfaces such as wood and metal, including iron alloys.The unique Scotch-Brite™ grinding products, developed for industrial use, are ideal for surface machining. The abrasive is combined with nylon fleece or other synthetic fibers to achieve constant results over the entire life span. The open nonwovens are dust-resistant and ensure a continuously high removal rate of the abrasive minerals by minimizing the joining of the fibers.

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