Secondary Belt Cleaner incorporates rubber cushions.
Press Release Summary:
MARTIN® SQC2(TM) is composed of individual 5.88 in. wide blade segments assembled on mainframe to remove residual material from belt's load-carrying width. Each segment incorporates individual rubber buffer or cushion to absorb impact and allow splices to pass without damage. Cleaner is suited for use on conveyors with belt speeds up to 1,000 fpm, with mechanical belt splices, or that reverse or suffer rollback.
Original Press Release:
Martin Engineering Introduces Rubber-Buffered SQC2(TM) Secondary Cleaner
Martin Engineering (Neponset, Illinois) has introduced the rubber-cushioned SQC2(TM) Secondary Belt Cleaner.
The new MARTIN® SQC2(TM) Cleaner is composed of individual 5.88 inch (149 mm)- wide blade segments assembled on a mainframe to remove residual material from the belt's load-carrying width. Each segment incorporates an individual rubber buffer or cushion to absorb impact and allow splices to pass without damage.
Blade segments of the MARTIN® SQC2(TM) Cleaner are mounted on a cartridge that allows easy "one-pin" removal of the cleaning assembly.
The new cleaner is suitable for use on conveyors with belt speeds up to 1000 feet per minute (5.1 m/sec). It can be used on conveyors with mechanical belt splices, and on conveyors that reverse or suffer rollback. The compact design of the MARTIN® SQC2(TM) Cleaner allows installation in narrow spaces.
As a secondary belt scraper, the MARTIN® SQC2(TM) Cleaner should be installed so its blades contact the belt two to four inches (51 to 102 mm) after the belt leaves the discharge pulley.
For more information on the new MARTIN® SQC2 Secondary Cleaner, visit martin-eng.com or contact your Martin Engineering representative.
Since 1944, Martin Engineering has made bulk materials handling cleaner, safer, and more productive. Headquartered in Neponset, Illinois, Martin Engineering offers solutions to problems in bulk solids handling through subsidiaries, licensees, and authorized representatives around the world.
