SQC2™ Cleaner

The Martin® SQC2™ Secondary Belt Cleaner incorporates individually-cushioned tungsten carbide blades for effective conveyor belt cleaning without risk to belt, splice or blade.

Features and Benefits:

  • Rugged belt cleaner construction withstands punishing applications, like high-speed belts and high-tonnage loads
  • Patented rubber buffers maintain cleaning pressure while deflecting to allow splices to pass
  • Compact secondary belt cleaner design allows installation in close quarters; narrow profile resists material buildup
  • Rubber buffers allow for reversal of belt direction without damage to belt
  • A special version for ATEX zones is available on request

Applications:

  • Suited for medium to heavy-duty applications, on belt widths from 18 to 120 inches (~400 to 3200 mm) operating at speeds up to 1000 fpm (5.1 m/sec)

Options:

  • Available with acid-resistant blades for belts with clips, acid-resistant for reversing belts, tungsten carbide

Our technicians and engineers are available to provide expert advice and assistance on this product and all of your bulk material handling questions and problems. Please contact us today and let us help!

Product Specifications

Belt Width Up to 126 in (up to 3000 mm)
Belt Speed Up to 5.1 m/s
Temperature Between -30 °C and 95 °C
Corrosive Conditions Yes
Compatible with Reversing Belts or Roll Back Yes
Accommodates Mechanical Splices Yes
Require Assistance?
Contact Us for Application Assistance

Resources

Brochure - Conveyor Products Download
Tech Data Sheet - SQC2™ Cleaner Download
Operator Manual - Primary and Secondary Cleaners (Part 1) Download
Operator Manual - SQC2™ Cleaner (Part 2) Download

View Additional Resources

We Solved Their Problems!
Let us help you solve yours as well. All products and services provided by Martin Engineering carry our Absolutely No Excuses Guarantee. If we don't solve your problem, we will fully refund your money or provide a different solution for you. Period.
New Belt Cleaner Saves 24 Hours Per Week In Cleanup Time
An aggregate facility handles 1.5 million tons of limestone per year. After experiencing excessive carryback on their existing conveyors, they wanted to make sure to address the issue when adding a new conveyor. The plant spent 16 to 24 hours per week cleaning up. There was also excessive damage to the conveyors.
Read Case Study
Belt Cleaners Save Client $100K Per Year
The Springerville Generating Station handles 7 million tons of sub-bituminous coal per year. The coal yard was having problems with dust control, carryback and increasing wash down costs which negatively impacted the plant's production. Plant personnel were able to save more than $100,000 per year through the solution generated by the Martin team.
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Belt Cleaners Reduce Downtime And Improve Safety
A petroleum coke refinery was experiencing spillage from materials adhering to the belt in the return. The operating staff had to manually clean the area and return the material back into the belt, creating unnecessary risk to workers and slowing down production, which increased operating costs.
Read Case Study
Cement Plant Gets Extensive Conveyor System Overhaul
Like most cement manufacturing sites, GCC Dakotah employs an extensive conveyor system to handle raw materials and move finished product. GCC determined that significant upgrades could be made on conveyor transfer points to reduce spillage and dust emissions in the South Dakota facility. The upgrade included six transfer points on four conveyors.
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Belt Cleaners Save Copper Mine $22,000 Per Week In Downtime
An Arizona copper mine was experiencing excessive spillage from their conveyor belts feeding materials to the crushing facility. The carryback was so excessive they had to clean the area once per shift. Martin recommended a new cleaning system. The customer is now saving $22,000 per week and the cleaning requirements have changed drastically.
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Martin Products Help World's Highest Production Coal-Fired Power Plant
A coal-fired power plant produces over 300,000 tons per day. The plant was having trouble with dust and spillage at the conveyor transfer loading point in addition to excessive spillage and piles of fugitive materials under the conveyor belt. The problem led to manual cleaning and an increase in maintenance costs, resulting in regular and costly down-time and man-hours.
Read Case Study
Primary And Secondary Belt Cleaners Reduce Excessive Spillage
A cement factory uses belt conveyors to transfer limestone and clay. The factory workers had to clean up the excessive spillage daily on the return belt. The labor intensity got very high when the spillage mixed with water on rainy days. The factory was replacing the blades frequently at a great expense as well as creating additional exiting safety hazards.
Read Case Study