FRAS Belt Cleaner Trial: FM8 Super XHD Runs 5.5 Weeks Where Competitors Last Two
FM8 distributors now have field data to put in front of mining customers: the FM8 Super XHD FRAS primary blade outlasted four competitors by 100% to 387% at a Bowen Basin underground coal operation. The incumbent blade had been lasting two weeks. FM8 ran for over five and a half, and was less than 40% worn at the two-week mark.
FM8's Verified Validation programme runs blades on working conveyors at production load with real material. Blades are tracked against a defined wear depth threshold and pulled when they hit end-of-life criteria. The FM8 Super XHD ran for over five and a half weeks before being pulled to close the trial. At that point, it had not reached end-of-life.
FM8 developed the Super XHD from first principles: contact mechanics, compound chemistry, blade geometry, and hardness profile, each engineered for high-production underground coal. A 387% gap over the worst competitor does not come from iterating on what already exists in the market. It comes from solving the problem differently.
in active production
life before this trial
vs worst competitor
competitors were finished
01Trial Results: All Five Candidates Compared
Five FRAS-certified primary blades. One conveyor. Identical conditions.
| Blade | Classification | Life Achieved | FM8 Outperformance | Status at 2 Weeks |
|---|---|---|---|---|
| FM8 Super XHD | FRAS PRIMARY | Trial Winner | <40% worn | |
| Competitor A | INCUMBENT | +175% | Replaced – EOL Reached | |
| Competitor B | FRAS PU | +120% | Replaced – EOL Reached | |
| Competitor C | FRAS PU | +387% | Replaced – EOL Reached | |
| Competitor D | FRAS PU | +104% | Replaced – EOL Reached |
02Why FM8 Is the Right Choice: The Engineering That Drives the Gap
FM8 did not look at competing blades and try to match them. We looked at the problem they fail to solve and designed something better. Four engineering variables separate a blade that is still running at five and a half weeks from one that is finished in eight days.
Contact Area and Pressure Distribution
Generic blades concentrate load on a narrow tip, driving up contact pressure and wear rate. FM8's Super XHD tip geometry distributes load across a wider, controlled footprint. Lower unit pressure at the belt surface means a wear rate that stays consistent through the blade's life rather than accelerating once tip geometry degrades.
Polyurethane Formulation
FRAS compliance defines flammability thresholds – nothing more. FM8's Super XHD compound is formulated specifically for Bowen Basin underground coal: polymer backbone, chain extender chemistry, and cross-link density are tuned to absorb energy at the tip rather than converting it to heat and material loss. Every competitor blade in this trial was FRAS certified. None carried this formulation.
Hardness Differential
Too hard and the blade damages the belt. Too soft and wear accelerates under load. FM8 calibrates the Super XHD to the hardness window suited to Bowen Basin belt specifications, achieved through compound formulation rather than filler loading. The hardness-to-resilience ratio holds as the blade wears rather than shifting toward the aggressive end at end-of-life.
Blade Stiffness and Cross-Section Geometry
FM8 engineers the Super XHD cross-section to a specific stiffness profile: enough to hold cleaning contact through belt variation and oversize lump, not so stiff that splice events cause tip cracking. Cleaning efficiency at week five is not materially different from week one. That does not happen with a generic FRAS blade at day fourteen.
03The ROI Your Customers Need to See
04Environmental Responsibility: Less Waste by Design
Fewer Blades Consumed. Less Polyurethane to Landfill.
Every short-lived blade is polyurethane going to landfill. FM8 engineered the Super XHD from the outset to maximise usable life per kilogram of material consumed. Switching from the incumbent on a single conveyor means 17 fewer blades disposed of per year, with more of the material that was manufactured actually doing useful work before it is discarded.
For operations with sustainability reporting obligations or waste reduction commitments, this data belongs in the procurement conversation alongside the financial case.
05For FM8 Distributors: This Is Your Competitive Advantage
A documented field trial with this result changes what you can offer your mining customers. You are no longer asking them to accept a product change on faith. You are presenting verified, site-specific data from a Bowen Basin operation directly comparable to their site.
Three Ways This Trial Result Builds Your Customer Relationships
Mine site customers take technical advice from distributors who show up with field data. Verified performance numbers from a comparable operation change how that conversation goes.
Walk in with a documented result, a blade life comparison, and an ROI calculation built around your customer's site. They get the numbers they need to build the internal case. You get the business.
When your recommendation cuts shutdown events by 17 a year, your customer notices. They credit the distributor who identified the problem and brought the data. Price-only competitors struggle to displace that.
One successful trial on one conveyor leads to a full site review. Across a multi-conveyor underground operation, the numbers are compelling at the procurement level. FM8 provides distributors with trial data, documentation, and site-specific ROI modelling.
For Distributors: Access the Trial Data and ROI Tools
FM8 provides distributors with full Verified Validation documentation, site-specific ROI modelling, and technical materials for customer conversations.
Contact FM8