Famous Rubber Pallet Supplier & Factories

Standard HDPE and PP pallets are rigid thermoplastics produced via high-pressure injection or structural foam molding. While lightweight, they possess high yield stiffness that causes brittle cracking under sudden point impacts (such as forklift tine misalignments) and suffer from low surface friction (μ ≤ 0.25), which can cause loads to slide off. Rubber and elastomeric hybrid pallets combine crosslinked polymers that absorb severe kinetic impact without permanent fracture, damp vibrations during transit, and deliver high natural friction (μ ≥ 0.70) to prevent cargo slippage without supplemental adhesives.

Pure vulcanized rubber lacks the high flexural modulus needed for heavy racking spans. SHUNDA solves this through multi-material hybridization: the pallet's internal core incorporates high-tensile cast MC Nylon (PA6/PA66) framework stringers and continuous glass-reinforced structural trusses. The outer skin utilizes dampening vulcanized elastomeric polymers. This composite architecture limits flexural deflection to less than 4 mm under an active 1,800 kg static racking load, well within the rigorous ISO 8611 deflection threshold (≤ L/100).

Yes. SHUNDA engineers food-grade and cleanroom-compliant platforms using peroxide-cured, sulfur-free EPDM and food-grade fluoroelastomers fully compliant with FDA 21 CFR 177.2600. The non-porous, vulcanized surface contains no voids, grain lines, or pores, preventing the ingress of bacteria, moisture, and odors. It resists rigorous CIP steam washdown, hot caustic soda sanitizers, and concentrated alcohol washings without swelling or leeching volatile organic compounds (VOCs).

Commodity plastics like polypropylene undergo a steep glass transition (Tg) near 0°C, becoming glass-brittle and vulnerable to shatter when impacted by a forklift fork. SHUNDA's elastomeric formulations and UHMWPE composite deck components feature a sub-zero glass transition temperature rating down to -55°C. This guarantees the material maintains impact absorption and ductile resilience inside industrial blast freezers, refrigerated reefer containers, and Arctic transport logistics.

Yes. Our Xingtai manufacturing base operates in-house tooling workshops alongside advanced 5-axis CNC machining bays. We routinely manufacture non-standard sizes, custom contours for automotive cylindrical gear sets, captive bolt down locations, perimeter retention lips, and fully encapsulated UHF RFID transponders. Encapsulated RFIDs are shielded by the rubber matrix from washdown pressures and kinetic impacts, enabling automated tracking in real-time supply networks.

For standard stock sizes and semi-finished polymer stock (such as our PA6, POM, HDPE, and UHMWPE sheets and rods), orders ship within 5 to 7 business days with minimal MOQ constraints. For specialized custom-molded elastomeric skids requiring bespoke compression tooling, prototype fabrication typically requires 15 to 20 days, followed by full volume production runs. Every quote includes detailed material test reports, dimensional inspection certificates, and CAD verification.