OSCAR SHOES TECHNOLOGIES
- SHOES TECHNOLOGIES
BASF Polyurethane System Material
BASF Polyurethane is produced by combining isocyanate (ISO) and polyol, creating a high-performance soling material widely used in premium safety footwear. It offers an excellent balance of durability, flexibility, and lightweight comfort.
- KEY FEATURES
Lightweight construction to reduce foot fatigue.
Excellent flexibility for enhanced walking comfort.
Strong bonding performance between the upper and outsole.
High durability for demanding industrial environments.
Manufactured using environmentally conscious production processes.
- DESMA Direct Soling Technology
Advanced Injection Process
Our core values shape the way we operate, guiding our commitment to safety, reliability, strong customer partnerships, and responsible business practices.
- Benefits
High-Performance Outsole Design
The outsole is engineered to provide outstanding traction, stability, and durability across a wide range of working environments.
Key Features:
Enhanced Traction
An advanced tread pattern improves grip on dry, wet, and uneven surfaces for greater confidence with every step.
Efficient Water Dispersion
Integrated water channels quickly direct water away from the contact surface, helping reduce the risk of slipping.
Ladder Grip Support
A specially designed midfoot section offers improved stability and secure footing when working on ladders.
Optimized Cleat Design
Strategically positioned cleats maximize ground contact, delivering superior traction and balance.
Performance Highlights
Superior Grip
The directional tread design enhances traction across various surface conditions, providing stable footing in both indoor and outdoor workplaces.
Efficient Water Management
Deep drainage channels help disperse water rapidly, maintaining better contact with the ground and reducing the likelihood of hydroplaning.
Enhanced Stability
An enlarged contact area improves balance and control, especially when walking on uneven or slippery surfaces.
Maximum Surface Contact
The optimized cleat arrangement increases the outsole's contact area, resulting in improved grip and consistent performance under demanding conditions.