The Chevron Finger Belt Cleaner is Flexco Australia’s newest innovation, delivering optimal cleaning performance for chevron and cleated belts.
Flexco Australia is excited to launch the Chevron Finger Belt Cleaner (CFC), a solution designed to meet the unique challenges of cleaning chevron, cleated, and raised rib belts.
“The Chevron Finger Belt Cleaner is a testament to Flexco’s commitment to providing innovative, high-quality solutions that solve real challenges for our customers,” said Josh Abberton, national sales manager at Flexco Australia.
“We’ve already seen major success with the CFC in Europe, particularly at recycling facilities, where it has proven invaluable in managing the tough cleaning demands of chevron belts. We’re looking forward to seeing the improvements it can make at operations here in Australia”.
By combining innovative design with durable materials, the CFC ensures optimal cleaning performance for conveyor systems across various industries, including recycling, agriculture, and aggregates.
Related articles:
- Flexco introduces the DRX 4500 impact bed
- Flexco’s new fastener is a popular conveyor belt companion
- Flexco introduces the FXC steel cord belt fastening system
The CFC was created to address the difficulties of cleaning textured belt profiles, where traditional conveyor belt cleaners often struggle.
Its flexible, segmented polyurethane finger blades reach deep into belt crevices to remove stubborn carryback, effectively reducing common issues such as mistracking, product buildup, and premature wear of conveyor components.
In addition to its superior cleaning capabilities, the CFC is engineered with user convenience in mind.
Its simple design and minimal parts make installation straightforward, with step-by-step instructions ensuring an easy setup process.
Maintenance is equally effortless, thanks to the segmented blade design that allows for quick replacements, minimising downtime. Whether used on mechanically spliced or vulcanised belts, the CFC delivers reliable and consistent performance.