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Procurement & Technical OverviewRigorous in-house physical testing protocols: cleat upper-sole adhesion, 2000-cycle ball drum shoots, and EN 13061 shin guard impact verification.

Zero-Defect Commitment

SATRA & FIFA Accredited Testing Center

Scientific physical and chemical testing guaranteeing compliance with international football match safety protocols.

SATRA TM144 Flexing & Tensile Testing Machine

SATRA TM144 Laboratory

150,000-Cycle Shoe Flexing & Instron Tensile

Chinese certified QC engineers testing outsole flexing endurance, stud shear load, and ball drum impact rebound before mass export.

Hydraulic Adhesion Bench

Upper-to-Outsole Bond Peel Strength (>4.0 N/mm)

Standardized hydraulic peel testing ensuring permanent fusion between microfiber uppers and TPU chassis plates under extreme wet weather.

Final Inspection & Metal Needle Detection

100% In-Line Screening

Conveyor Needle Metal Detection & AQL 1.5

Dual-aperture conveyor metal detectors inspecting every boot and ball for broken needle fragments before retail boxing.

Football Boot Testing Protocols

SATRA TM133: 50,000 cold flexing cycles at -10°C with zero upper or sole micro-cracking.
Sole Adhesion: Hydraulic peeling test achieving > 4.0 N/mm bond strength.
Stud Shear Resistance: Tensile stud pull-off test ensuring stability on turf.
Metal Detection: 100% conveyor dual-sensor broken needle screening.

Ball & Protective Gear Testing

FIFA Quality Pro Rebound: Controlled 2-meter drop tower verifying 135–155 cm rebound.
Water Absorption: Pneumatic water agitation yielding < 0.2% weight gain.
Shooting Drum: 2,000 impacts at 50 km/h with zero seam rupture or pressure loss.
EN 13061 CE: 30-Joule drop-weight blunt impact test on carbon fiber shin guards.