The COMBICLICK® system consists of a specially developed backing pad and a rugged mounting system at the back of the disc. The backing pad allows COMBICLICK® discs to be used on most available angle grinders. The special geometry of the cooling slots ensures high air throughput, which considerably reduces the thermal load on the abrasive material and the workpiece. The quick-mounting system, rugged fixture, secure attachment of the disc and optimized cooling system help to provide up to 30% lower workpiece temperature, up to 25% increased stock removal, up to 30% longer disc life and improved utilization of the abrasive. For achieving a very fine, uniform surface finish which, depending on requirements, is a sufficient preparation for high-gloss polishing. Recommended for work on larger surfaces on components made of stainless steel (INOX).
Product Availability
Item is usually in stock, but we'll be in touch if there's a problem
PFERDEFFICIENCY recommends COMBICLICK® for long, fatigue-free and resource-saving work in the shortest possible time. The patented quick-mounting system reduces disc changes and setup times.
PFERDERGONOMICS:
PFERDERGONOMICS recommends COMBICLICK® as an innovative solution to reduce vibration, noise and dust produced during use and to improve comfort when working.
Product issue name web for bmecat:
COMBICLICK® non-woven unitized discs
PRODUCT_ORDER:
10
prop65:
Warning: Cancer -- www.P65Warnings.ca.gov
QUANTITY_INTERVAL:
5
QUANTITY_MIN:
5
Recommendations for use:
Use COMBICLICK® non-woven discs with COMBICLICK® backing pads on variable speed angle grinders.
Recommendations for use 1:
For the best performance, use with a recommended peripheral speed of 3,000-7,000 SFPM. This provides an ideal compromise between stock removal rate, surface quality, thermal load on the workpiece and tool wear.
REFERENCE_FEATURE_GROUP_ID:
P_16016_179769
RPM, max.:
8350
RPM, max. UNIT:
RPM
RPM, optimum:
5000
RPM, optimum UNIT:
RPM
Safety notes:
For safety reasons, the maximum permitted rotational speed indicated must never be exceeded.