- Physical-Mechanical Testing
- Physical-Mechanical Testing of Products
- Physical-Mechanical Testing of Materials
- Custom Mixing, milling, & molding
- Unvulcanized Rubber
- Properties in Tension & Compression at Various Temperatures
- Flex & Fatigue
- Abrasion Resistance
- Cold Temperature Properties
- Dynamic Mechanical Analysis
- Environmental conditioning & exposure
- Adhesion
- Hardness & Density
- Coefficient of Friction
- Cut & Chip Resistance
- Additional Plastics Testing
- Reference Materials
- Composites Testing
- Chemical-Analytical
- Technology Consulting
- Processing & Development
- Information Services
Indoor Tread Wear
The combination of increasingly sophisticated laboratory instrumentation and modeling software is enabling design and development engineers to be more accurate in the prediction of tread wear based on indoor laboratory testing. Data previously generated by either closed track or correlated route on-vehicle approaches can now be completed from indoor evaluation much faster, which enables your company to get products to market faster.