Shoe Sole Mould

Professional EVA rain boot moulds with aluminium construction, featuring 1 mould 1 foot configuration and dimensions up to 600mm length. Compatible with Chinese and Taiwan injection machines, offering single/double color options and 20-45 day production time. CNC modular casting ensures precision and durability for industrial shoe manufacturing applications.

Professional TPR outsole shoe molds manufactured with full CNC processing from steel or aluminum materials. Compatible with Italian, Taiwanese, and Chinese rotary injection machines. Available in single, double, and three-color configurations with 1 mold 1 pair or 1 mold 2 pairs options. Ideal for PVC, TPR, PU, and EVA shoe production with custom specifications available.

Professional aluminum EVA injection shoe molds with dimensions 405-600mm length, 30-250kg weight, and 20-45 day production time. Compatible with Chinese, Taiwan, and Italy injection machines. Features single/double color options, CNC modular casting, and comprehensive technical support for footwear manufacturing.

Professional EVA shoe sole moulds manufactured with full CNC precision from high-grade aluminum. Available in 8, 10, or 12 pairs per mould configurations. Compatible with Taiwan and Chinese EVA press and foaming machines. Custom design services available with expert technical support for footwear manufacturing applications.

Professional EVA injection slipper molds with dimensions 405-600mm x 240-580mm x 110-255mm, available in 1-12 cavity configurations. Made from imported aluminum using CNC modular casting, compatible with Chinese, Taiwan, and Italy injection machines. Features single and double color options with 20-45 day production time and overseas technical support.

High-durability EVA & PVC slipper mold for injection molding. Customizable styles and sizes available. Precision-engineered for efficient production and consistent quality. Ideal for footwear manufacturers.

Professional PVC shoe sole mold featuring 500,000-shot durability and customizable single cavity design. Engineered with HRC 45-48 hardness and ≤3mm wall thickness for injection molding applications in sneaker, sandal, and slipper production. Includes EVA lining materials and supports UG, ProE, AutoCAD design software for precision manufacturing.

Optimized for vertical machines, our ETPU sole moulds deliver lightweight, flexible, and durable soles with high precision. Customizable designs meet specific manufacturing needs. Ideal for efficient, consistent production.

High-hardness HRC 45-48 EVA injection mould for single-color shoe soles. Features 500,000-shot lifespan, slide demoulding, and customizable single/multi cavity options. Durable PVC construction ensures precise, long-lasting production for flip flops and sandals.

High-durability EVA shoe sole mould with HRC 45-48 hardness and 500,000-shot lifespan. Features slide demoulding, single/multi cavity options, and custom sizes. Ideal for flip flop, sandal, and footwear tread production. Made in China.

High-precision sneaker sole die for injection moulding. Features EVA insole material, slide demoulding, and 500,000 shots mould life. Customizable with UG/ProE/AutoCAD. Durable and efficient for mass production.

Professional footwear sole manufacturing mold with HRC 45-48 hardness rating and 500,000 shot production capacity. Features slide demoulding system, waterproof design, and compatibility with EVA/PVC materials. Customizable single or multi-cavity configurations for flip flop soles and sandal outsoles. Made in Quanzhou, China with advanced CAD software compatibility.

Professional shoe sole mould with 500,000 shot lifespan and ≤3mm wall thickness. Features HRC 45-48 hardness, EVA lining material, and compatibility with UG/ProE/AutoCAD design software. Ideal for boot, slipper, and sneaker sole manufacturing with custom sizing options.

Precision EVA shoe sole mould featuring ≤3mm average wall thickness and 500,000 shot durability. Manufactured in Quanzhou with HRC 45-48 hardness, slide demoulding system, and compatibility with PVC materials. Ideal for sneakers, sandals, and custom footwear production with single/multi-cavity options.

Professional PVC/TPR outsole molds featuring full CNC processing with steel or aluminum construction. Compatible with Italian, Taiwanese, and Chinese rotary injection machines. Available in single, double, and three-color configurations with 1 mold 1 pair or 1 mold 2 pairs options for efficient shoe manufacturing.

Professional EVA press shoe sole mould with full CNC manufacturing, producing 8-12 pairs per cycle. Compatible with Taiwan and Chinese foaming machines, featuring custom design services and technical drawings. High-quality industrial tooling for efficient footwear production with fast delivery options.

Professional rustproof PU shoe mould with aluminum construction, dimensions 405-600mm × 240-580mm × 110-255mm, compatible with Chinese, Taiwan, and Italy EVA injection machines. Features CNC modular casting, 20-45 day production time, and weight range of 30-250kg. Ideal for footwear manufacturing with single and double color options.

High-quality rustproof aluminum PU shoe mould featuring CAD design and CNC precision carving. Compatible with Chinese and Italian machine systems, offering efficient cooling and custom design options. Manufactured by professional shoe mould supplier with reliable on-time delivery for footwear production.

Professional PVC/TPR shoe sole mould with anti-corrosive properties, available in single, double, or three-color configurations. Full CNC processing ensures precision manufacturing. Compatible with Chinese, Taiwan, and Italy injection machines. Custom options available for various shoe manufacturing applications including safety shoes and rain boots.

Professional rubber injection sole mould featuring imported aluminum construction, supporting single and double color TPU production. With 13 years of manufacturing expertise, we offer comprehensive material compatibility including RUBBER, PU, PVC/TPR/TR, and EVA. All moulds undergo rigorous quality control testing before shipment to ensure optimal performance and durability.