SOLES
EVA sole are typically made from a type of foam called Ethylene-Vinyl Acetate (EVA) commonly used in the soles of shoes like sneakers, slippers, sandals, and running shoes. It is known for being lightweight, soft, and shock-absorbing, making it very popular in comfortable footwear.
EVA is much lighter than rubber and very flexible. This reduces foot fatigue, especially during long walks or runs.
It offers excellent cushioning, which absorbs impact and reduces stress on your joints.
EVA doesn’t absorb water easily, so it’s often used in waterproof footwear. It also keeps feet warm by not conducting heat quickly.
Though it’s soft, EVA has a closed-cell structure that resists moisture and some level of wear and tear. It also resists UV light to an extent.
Phylon soles are a type of midsole material used in footwear, particularly in athletic and running shoes. Made from a combination of EVA (Ethylene-Vinyl Acetate) and other polymers. It’s known for its lightweight, flexible, and durable properties, providing excellent cushioning and impact absorption.
Rubber sole molds are precision-engineered tools—made through CAD/CAM, CNC machining, and casting—using iron or aluminum.
At our facility, we specialize in high-volume, precision manufacturing of rubber soles for a wide range of footwear—including athletic, safety, casual, formal and industrial applications.
Our infrastructure is designed to support both mass production and custom development projects with agility and consistency.
In-house mold production supports latest sole designs simultaneously, enabling fast model changes and seasonal updates:
– Traction: Rubber soles offer excellent grip on various surfaces, making them suitable for outdoor activities like hiking, sports, and working conditions.
– Durability: Rubber is resistant to wear and tear, making it a long-lasting material for footwear.
– Water resistance: Rubber is hydrophobic, repelling water and providing grip even in wet conditions.
– Cushioning: Rubber can provide some cushioning and shock absorption, depending on its density and formulation.
– Versatility: Rubber soles can be formulated to meet specific needs, such as hardness, softness, or specialized traction patterns.