Every batch leaves our facility only after it has passed dimensional, friction and durability testing against the standards your market requires.
Inspection catches defects; engineering prevents them. Our quality system starts at compound formulation and runs through every machine setting, every operator instruction, and every measurement on the line.
Statistical process control (SPC) tracks critical-to-quality dimensions in real time. Any drift outside tolerance triggers automatic corrective action before a single defective unit can be packed.
We don't rely on third-party labs for routine validation. Our facility houses the equipment needed to prove every claim we make.
Inertia dynamometer testing replicates full stop cycles, fade and recovery — measuring friction coefficient, stopping distance and wear under load.
Chase-type friction testers measure μ across temperature and pressure sweeps, validating each compound against its specification envelope.
CMM, surface roughness and hardness testers verify dimensional accuracy to within microns — every critical feature, every batch.
Corrosion resistance chambers validate anti-rust coatings on rotors and hardware against ISO 9227 standards.
Spectrometry and microscopy confirm raw-material composition and finished friction structure before sign-off.
Accelerated life cycling measures wear and degradation across the equivalent of tens of thousands of braking events.
Independently audited management systems and product homologations recognised across our export markets.
Raw friction materials, steel and iron verified against spec before entering production.
Critical dimensions monitored continuously. Out-of-tolerance triggers automatic machine stop.
Batch samples sent to friction and metrology labs for μ and dimensional verification.
100% final inspection, batch-ID stamping and packing with full traceability documentation.
We supply full quality documentation with every shipment — certificates, test reports and traceability records on request.