R-MAT
A High-Performance Foaming Materials Technology Brand
Five Core Competencies
Redefining Performance Standards for Foamed Materials
Light
Ultra-low density formula—over 40% lighter than traditional EVA.
Ultra-Lightweight · Low-Density FormulaHigh Resilience
Energy return rate >70%, delivering an exceptional cushioning experience.
High Rebound · 70% Energy ReturnFatigue-resistant
Resilience retention rate after prolonged compression > 85%.
Fatigue-Resistant · Long-LifeRecyclable
The entire product series supports physical recycling, contributing to carbon neutrality goals.
Recyclable · Eco-friendlyStunning looks
Supports multi-color customization to meet brands' personalized design requirements.
Stunning Aesthetics · Personalized CustomizationThree Major Forming Processes
Flexibly meets diverse product requirements
Compression Molding
EVA/R-MAT granules are heated and compression-molded within a mold using a hydraulic press. This process is mature and stable, making it suitable for the mass production of components such as midsoles and outsoles.
Injection Molding
The material is injected into a mold using an injection molding machine to form the product. This process offers high precision and enables the integrated molding of complex structures, making it suitable for decorative components, footwear accessories, and similar items.
Co-Molding
Utilizing multi-material integral injection molding, the midsole and outsole require no adhesive bonding. This process is eco-friendly and pollution-free, offers high production efficiency, and ensures superior product quality stability.
Performance Comparison Advantages
Performance Comparison: R-MAT vs. Traditional EVA
| Performance Specifications | Standard EVA | R-MAT | Advantages |
|---|---|---|---|
| density (g/cm³) | 0.08~0.25 | 0.20~0.35 | 45% Lighter |
| Rebound Rate (%) | ≥70% | 45%~60% | 40% higher |
| Compressive Deformation (%) | <15% | 20%~30% | Excellent (60%) |
| Wear resistance | common | Excellent | Substantial improvement |
| Bio-based option available | No | Yes (80%) | Environmentally Friendly and Sustainable |
Product Matrix
Covers all application scenarios for leather footwear.
Running Midsole
Ultra-lightweight and highly responsive, providing professional runners with exceptional energy return and cushioning.
Outdoor Midsole
Compression-resistant and fatigue-resistant, suitable for long-distance hiking and outdoor activities in complex terrain.
Outsole Components
Wear-resistant and anti-slip, it is integrally molded with the midsole, thereby simplifying the manufacturing process.
Functional Insoles
Medical-Grade Orthotic Insoles, Performance-Enhancing Insoles, and Personalized Custom Solutions.
Common Mode Base Rectification
The midsole and outsole are integrally molded using a glue-free process—eco-friendly and highly efficient.
Bio-based Series
With an 80% bio-based content, it embodies sustainable development and meets brands' environmental requirements.
Partner Brands
Trusted by globally renowned sports brands
Unlock a New Flicking Experience
Contact the R-MAT team immediately for expert product consultation and technical solutions.