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Custom PCR Tire Molds for Passenger Cars-High-Precision Vulcanizer Compatible-Multi-Tread Design.Meanwhile, all of the molds will be double inspected according to the drawings to guarantee every part is same as drawing. Then we send inspection report and photos for customers’ checking before shipment. All of our molds will be guaranteed at least one year.
High-Performance Custom PCR Tire Molds-Eco-Friendly Materials-Reach Compliant.Two-piece molds and segmented mold.Especially for Agricultural tire mold, OTR tire mold, giant OTR tire mold, Bladder mold, Tube mold, Flap mold, ATV tire mold,PCR tire mold,etc.
ATV Motorcycle Scotter Bicycle Inner Tube Flap Tyre Car Truck Moulds High Quality Rubber Steel Tire Mould China Factory OEM ODM PCR TBR OTR LTR.Three Wheeler Tire Mold 4.00-8 4.50-10 4.50-12 Three Wheeler Tire Mold.Bicycle Tyre Fatbike Tire Mold ATV Tire Mold Golf Cart Mule Go Kart Tyre Mould.
155/80r13 155/80r15 Passenger Car Tire Mold PCR Tyre Mould.Inspection 100% Inspection and Will Send You Mold Pictures.3D Drawing Can Design for Your Checking Before EDM.Packing in Plywood Cartons, No Need Fumigation.
The PCR (Passenger Car Radial) tyre mould is a precision-engineered steel cavity that defines the final shape, intricate tread pattern, and sidewall markings of a tyre. Acting as the critical tool in the vulcanization process, its high-quality machining directly determines the tyre’s performance characteristics, including grip, noise reduction, water dispersion, and overall durability. The complexity of its design and manufacturing reflects the advanced engineering required to meet stringent safety and efficiency standards in the automotive industry.
Today, the role of PCR tyre moulds is increasingly pivotal in enabling the circular economy. As the demand for high-quality retreaded and sustainably manufactured tyres grows, these moulds are essential for producing new PCR tyres designed for multiple lifecycles. Innovations in mould technology allow for optimized material usage and the creation of advanced tread patterns that enhance fuel efficiency and promote longer tyre life, thereby reducing environmental impact and supporting greener mobility solutions.