2025 is the breakthrough year for Vietnamese footwear factories to level up with premium chunky sneakers. With the right TPU material and technology, your products can stand shoulder-to-shoulder with Hoka, Adidas, and Nike.

How OH and oxygen content in polyol affect polyurethane performance. Learn how to optimize PU formulations for coatings, foams & adhesives..

Explore Zero-Carbon emission reduction solutions using PU foam insulation. Learn how high-performance rigid polyurethane foam optimizes thermal efficiency, cuts electricity costs for cold storage and factories, and drives Net Zero manufacturing.

Discover the critical role of Silicone Surfactants in PU Foam production: Surface tension reduction mechanisms, Molded vs. Slabstock systems, and troubleshooting foam collapse and lamination defects.

Under direct sunlight—especially in high UV-index regions like Vietnam and Southeast Asia—UV radiation silently degrades plastic materials.

A detailed technical analysis of the differences in molecular structure, volatility, heat resistance, and mechanical properties of Polyurethane (PU) when using DOTP vs DOP plasticizers. Explore the optimal solution with JM Enterprise.

Antioxidant additives play a vital role in enhancing thermal stability, extending product lifespan, and improving overall performance.

Discover the Top 5 mold release agents for EVA shoe soles in 2026. JM Enterprise offers diverse chemical solutions backed by a specialized Korean technical team to optimize your production.

High-quality polyol plays a vital role in enhancing the performance and durability of polyurethane (PU) products. Discover how the right polyol selection can elevate PU materials used in foams, plastics, and coatings