Elastomer Analysis

Frequently Asked Questions about Polymers and Friction

1. What is an elastomer and what makes it special for industrial applications?

   An elastomer is a polymer with high elasticity and shape recovery. Its cross-linked molecular structure gives it exceptional resistance to permanent deformation, abrasion, and chemical agents, making it ideal for gaskets, seals, and technical pavement components subjected to constant stress.

2. How is the coefficient of friction measured and what does it mean for pavements?

   The coefficient of friction (μ) measures the resistance to sliding between two surfaces. For pavements, a high value is crucial for safety. It is measured through standardized tests (such as the British pendulum) that simulate the contact of a tire or sole with the surface. Our compounds are designed to optimize this coefficient, even in wet conditions.

3. What factors affect the wear resistance of a polymer?

   Wear resistance depends on chemical composition, hardness (Shore), toughness, tensile strength, and energy dissipation capacity. External factors such as applied load, temperature, exposure to UV, ozone, or chemicals also accelerate deterioration. Our formulations prioritize stability against these agents.

4. Are your materials suitable for environments with high temperatures or aggressive chemicals?

   Yes. We develop polymers with high thermal and chemical resistance, based on compounds such as FKM (fluorocarbon) or HNBR (hydrogenated), which maintain their mechanical and friction properties over a wide temperature range and in the presence of oils, fuels, and many industrial solvents.

5. Do you offer customized material or friction coefficient analysis?

   Absolutely. We perform laboratory analysis to characterize your existing materials or prototypes, determining properties such as modulus of elasticity, static/dynamic coefficient of friction, and abrasion resistance. Contact our technical team to define a tailored testing plan.