ABRANET

ABRANET

 The multifunctional and classic Abranet is especially developed for sanding putty, primers, lacquers, composite materials and a wide range of other materials for industrial use. Abranet combines high performance and a longer lifespan than traditional abrasives, making it a cost-effective solution. Designed for dry sanding by machine or by hand, its true dust-free sanding characteristics result in a cleaner work environment, as well as a better surface finish. COARSE CUT

COARSE CUT

 A specially reinforced backing material and Mirka's Progressive Bond™ dust binding technology, make Coarse Cut ideal for all kinds of coarse sanding work. Features include flexibility on rounded surfaces, excellent edge wear resistance and minimal clogging. HIOLIT XO

HIOLIT XO

 Hiolit XO is a semi-open stiff universal abrasive for belt sanding and other machine sanding where it has excellent edge wear resistance and durability. In particular, it produces high quality results on challenging materials – for example, grits 36–80 are suitable for aggressive sanding, such as severe rust damage, as well as other sanding operations where large amounts of material need to be removed. MI231A 5MIL

MI231A 5MIL

 This micro–finishing film product is designed for the surface finishing of industrial rollers and automotive parts (crankshafts and camshafts). MI231A is manufactured to the highest standard using the most technically advanced materials and processes, capable of producing a consistently high quality film product. MI231A has a semi-open grain distribution that will resist surface loading and produce consistently fine surface scratch patterns during use. Application can be wet with lubricants or dry. Two thicknesses of anti-slip backing film material available, 3 MIL or 5 MIL. Q.SILVER ACE

Q.SILVER ACE

 Q.Silver Ace is a ceramic premium abrasive with paper backing for tougher universal sanding. The ceramic grains give a boost, especially when sanding harder applications and a strong resin bonding gives good grip adhesion to the backing.