- 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
- SAE J1205/1206
- Specialized protocols as required
- Leak Checks
- Force-to-seal (how much force is required to seat the valve)
- Flex-Fatigue resistance (cycling valve to determine if the valves crack)
- On-Wheel dynamic performance (rapid accelerations/decelerations over a period of time)
- High-Speed behavior investigations
- Elevated temperature leak tests as a function of temperature
- Ozone resistance
Tire Valve Testing
Smithers has the capability to perform a variety of tire valve testing including
Physical Mechanical
The following physical / mechanical tests are performed by Smithers on a regular basis to analyze tire valves. Physical / mechanical are utilized to determine strength of a material as well as aid in determining its durability.
Chemical Analytical Testing
Our Chemical Analytical studies include studies ranging from basic polymer identification to complete chemical analyses. These studies are often used for comparative analysis, quality control and reverse engineering.
Environmental Fluid Conditioning
Environmental studies are important to assist in determining the durability of a material when exposed to different environments. Common environmental studies include: