Non-woven material discs 178 mm x 22 mm, SD A CRS Surface Conditioning GB-DH coarse SD fiber (25 pcs) 3M

Non-woven material discs 178 mm x 22 mm, SD A CRS Surface Conditioning GB-DH coarse fiber (25 units) 3M. The Scotch-Brite Surface Conditioning disc is a non-woven and durable disc for use as the first step in cleaning, homogenizing, deburring, and finishing. Our discs provide good performance on contoured or uneven surfaces without reducing or damaging the base material.

For a higher cut rate and greater durability compared to aluminum oxide abrasives, use the Light Grinding & Blending Scotch-Brite™ disc. Our discs use a ceramic grain for moderate material removal, optimal finishing, and grinding or homogenizing welds, effectively refining scratches of grit 36 or finer. They can also be used to prepare surfaces for painting, avoiding the need for an additional dual-action sanding step before applying a minimum thickness paint of 3 mil. The ceramic aluminum oxide abrasive 3M It is designed using one of our own processes. The mineral is frequently fractured to reveal fresh points that are consistently sharp.

The ceramic aluminum oxide abrasive is superior to aluminum oxide abrasives in both cutting rate and durability, and it effectively handles intense heat and stress applications. Scotch-Brite abrasives are unique surface conditioning products combined with non-woven fiber, creating an abrasive system that delivers consistent results throughout the product's lifespan. The open mesh material works without heating up and is clog-resistant, which limits fiber clogging to maintain the high cutting performance of the abrasive minerals. We offer a complete range of discs. 3M with Hookit™ backing for workspaces where adhesive-backed discs can become contaminated with dust, dirt, or airborne debris. The Light Grinding & Blending Scotch-Brite™ disc uses a combined ceramic grain, which offers a high cutting rate for optimal grinding and blending of welds in tempered steel applications. Our discs effectively remove scratches of grain 36 or finer.

Confirm in advance with Sekureco.eu approx. supply date.

CHARACTERISTICS

• Uniformly distributed aluminum oxide abrasives provide a high cutting rate and a consistent finish.
• Our surface conditioning discs use aluminum oxide abrasive, the preferred choice among industry professionals for its fast cutting and long lifespan.
• The abrasive is resistant and durable, and it fractures on its own during use to continuously expose fresh cutting edges, making the cut more effective: this sets it apart from traditional abrasives like garnet, which wears out quickly with use.
• Aluminum oxide mineral is strong and durable, and has a high cutting rate and low heat retention.
• Scotch-Brite industrial abrasives are unique surface conditioning products that combine abrasives with non-woven nylon material or synthetic fibers to create an abrasive system that delivers consistent results throughout the product's lifespan.
• The open mesh material works without heating up and is anti-clogging, which limits fiber jams to maintain high cutting performance of abrasive minerals.

SPECIFICATIONS

BENEFITS

• The variety of grains and sizes of abrasives provide an ideal starting point for cleaning, finishing, homogenization, and fine deburring.
• The open mesh material works without heating up and resists wear, providing extended operating time.
• The adaptable disc conditions surfaces without scratching, marking, or damaging the base material.
• Hookit attachment system for quickly and easily changing the disc in multi-step finishing processes.

TECHNICAL DATA

FOR WHAT TYPE OF WORK IS IT APPROPRIATE

Food and beverages, General industry, Heavy industry, Machinery manufacturing, Manufacturing, Metal manufacturing, Metalworking, Paint preparation, Transportation and heavy equipment.

Our Surface Conditioning Scotch-Brite™ quick-cut disc is the ideal first step in cleaning, homogenizing, deburring, and finishing.

It is widely used for roughing, sanding, and finishing on a wide variety of substrates in both woodworking and metallurgical jobs, including iron alloys. Ideal for metal, composites, plastic, and other materials.