FRAS Compliance Dossier: The Evidence Australian Underground Coal Sites Must Hold
You hold FRAS-certified scraper blades. The question is: can you prove it under audit? This blog provides the practical, site-ready checklist of evidence Australian underground coal sites must maintain to demonstrate FRAS compliance — from type-test reports to surveillance testing plans.
1. Why documentation matters as much as the product itself
FRAS compliance is a two-part equation: you need the right material, and you need the right evidence. In regulatory investigations, procurement disputes, and incident inquiries, the documentation is what survives.
The reality is simple. A mine cannot claim compliance if it cannot produce verifiable test reports, traceability records, and ongoing surveillance evidence. As Queensland regulators stated explicitly in MSA 381: "sites should maintain a dossier of FRAS equipment and supporting documentation." This is not a guideline. It is an expectation.
When an inspector asks to see the evidence, or when an incident investigation opens, the site must be able to produce the full chain of compliance for every installed FRAS component. This blog documents the 10-item checklist that defines a defensible FRAS dossier in Australian underground coal mining.
Regulatory context: Both NSW and Queensland regulators have issued multiple safety alerts related to non-compliant FRAS products. Resources Safety & Health Queensland (MSA 381, September 2020) explicitly warned that some products marketed as "FRAS" failed fire resistance or electrical resistance testing. Sites were directed to audit all FRAS equipment and retain supporting documentation.
2. The 10 documents your site should be able to produce on demand
Below is the practical, audit-ready checklist. The goal is simple: any component installed underground must be traceable to verified FRAS testing, and the site must be able to demonstrate that it has controlled the risk over the life cycle.
FRAS Compliance Dossier Checklist (site-ready)
- 1) Type-test report for the material formulation and product family (fire resistance and anti-static performance under the relevant test methods).
- 2) Certificate of Conformance that explicitly identifies the product range, the referenced standard(s), and the basis of compliance.
- 3) Production acceptance or batch test report for the exact batch supplied (not a generic marketing sheet).
- 4) Batch traceability record linking purchase order, delivery, batch number, and the production test report.
- 5) Permanent product marking evidence showing the compliance statement and unique traceability identifiers on the product itself.
- 6) Installation and maintenance instructions that preserve anti-static continuity and prevent field practices that invalidate compliance.
- 7) Storage and handling controls for non-metallic components (humidity, UV, heat, and shelf-life management).
- 8) Site risk assessment or suitability assessment for the application (hazardous zone context and justification of selection).
- 9) Surveillance testing plan that defines re-verification intervals and triggers (age, incidents, supplier change, formulation change).
- 10) Change management record for substitutions and supplier changes (including evidence equivalence and approval pathway).
Pro tip: store this as a single PDF dossier per product family, and reference it in procurement and your SHMS documentation. Use a consistent file naming convention such as FRAS_DOSSIER_SCRAPER_BLADES_SITE.
3. How to audit your FRAS dossier in five steps
Step 1: Identify every underground conveyor accessory that must be FRAS
Start with the reality of the underground environment. If it is non-metallic and it can be exposed to friction, heat, or electrostatic charging, treat it as a candidate for FRAS evidence review. Include scraper blades, skirting rubbers, ploughs, pulley lagging, curtains, hose products, and any non-metallic items used near belts and ventilation where friction and charging can occur.
Step 2: Build a one-page index of your evidence
If your evidence is scattered across emails, supplier portals, and spreadsheets, you do not have a dossier. Build a single index per product range. The index should list the 10 documents above and link to each item.
Step 3: Verify the evidence is specific, current, and traceable
This is where most sites fail. Evidence must be tied to the exact formulation and product family, and batch documents must tie to the items delivered. Generic brochures and undated PDFs do not carry weight under audit.
Step 4: Close gaps with controlled procurement rules
Update purchase specifications so that a shipment cannot be receipted without the batch report and traceability identifiers. If a supplier cannot provide batch-specific test evidence, treat the product as non-compliant until proven otherwise.
Step 5: Lock in surveillance testing
FRAS properties can degrade over time through environmental exposure and service conditions. A defensible dossier includes a re-verification pathway. Your plan should include both interval-based surveillance and event-based triggers.
Practical trigger list: supplier change, formulation change, colour change, long-term storage exposure, incident investigation, abnormal wear, evidence gaps, or missing markings on installed components.
4. Red flags that should stop a FRAS purchase immediately
This section is deliberately firm. These are the patterns that repeatedly appear in failed compliance cases and safety alerts. If any red flag is present, your safest assumption is that you do not have a defensible FRAS position.
- No batch test report supplied with the shipment, only a marketing flyer.
- Test evidence that does not match the product supplied, including different formulation identifiers, different product family, or missing traceability links.
- No permanent markings on the product. If the component cannot be identified after installation, you cannot prove compliance later.
- Claims of FRAS without a clear standard reference such as TRG 3608 or AS 4606 Grade S.
- Evidence that cannot withstand an audit question, including undated certificates, unnamed labs, or untraceable PDFs.
- No plan to maintain FRAS properties over time, especially for stocked items stored in uncontrolled conditions.
QLD regulator language is blunt: sites should maintain a dossier of FRAS equipment and supporting documentation, confirm test results are accurate and complete, implement measures to ensure FRAS properties are maintained over time, and ensure appropriate earthing where applicable.
5. Where FM8 fits: compliance you can prove, not claim
FM8 builds FRAS compliance into the engineering system, not a label. When you specify FM8 FRAS conveyor scraper blades and conveyor accessories, the compliance outcome must survive an audit question, a procurement review, and an incident investigation.
What FM8 provides as standard
- Certificates of Conformance aligned to the referenced FRAS requirements for conveyor accessories.
- Permanently marked blades with traceability so the component installed on the conveyor remains identifiable throughout its service life.
- Post-service surveillance testing support to help sites verify continued FRAS performance on aged components removed from service.
Need to strengthen your FRAS dossier?
If you are unsure whether your current evidence pack would stand up under audit, FM8 can support your site with compliant documentation for FM8-supplied components and post-service surveillance testing guidance.
Contact FM8 EngineeringEmail: info@fm8.global
6. Recommended reading to build a defensible belt cleaning and compliance framework
- The Complete Guide to Conveyor Belt Cleaning in Australian Mining
- Why Your Primary Cleaner Is Your Most Important Conveyor Decision
- The Hidden Cost of Poor Packaging: Why Your Polyurethane Blades Are Failing Before They Even Hit the Conveyor
- The True Cost of Ownership: Why Extended Wear Life Is a Strategic Business Advantage
- From Trial to Transformation: How FM8's Verified Validation Program Delivers Certainty, Not Guesswork
Conclusion: a FRAS sticker is not a defence
Australia-wide, the direction is consistent: underground coal operations must control ignition sources, and FRAS materials are a core control. The difference between compliance and exposure is documentation, traceability, and ongoing verification. Build the dossier. Tie every installed component to evidence. Maintain the evidence over time.
References
- NSW Resources Regulator: TRG 3608 Non-metallic materials for use in underground coal mines and reclaim tunnels in coal mines (July 2024). PDF
- AS 4606-2012 Grade S fire resistant and antistatic requirements for conveyor belting and conveyor accessories (public preview sources). Preview
- Resources Safety & Health Queensland: Mines Safety Alert No. 381 (29 September 2020) FRAS Rated Equipment Not Compliant With Testing Requirements. Notice
- NSW Resources Regulator: Safety alert on anti-static materials in underground coal mines (9 October 2020). PDF
- Queensland Legislation: Coal Mining Safety and Health Regulation 2017 (current reprint view). Legislation