Behind every strong, long-lasting tyre or industrial rubber part lies something that doesn’t get enough credit — the rubber compound.
It’s not just a “mix” — it’s a carefully engineered formula of 15+ essential ingredients, each doing its job to make the final product perform, last, and stay compliant.
This periodic table is designed as a quick, powerful reference for R&D, production, and procurement teams — a ready reckoner to understand each compound’s role, and go deeper when needed
Here’s what a serious rubber compound includes — and why each one matters:
- Natural Rubber – Offers high tensile strength, fatigue resistance, and elasticity, making it the backbone of many dynamic rubber applications.
- Synthetic Rubber – Engineered for oil, temperature, and chemical resistance, enabling performance in aggressive and demanding environments.
- Butadiene Rubber – Reduces rolling resistance, absorbs shock, and provides superior abrasion resistance for tyres and vibration-dampening parts.
- Silica – Enhances wet grip, reduces heat buildup, and lowers rolling resistance, making it essential for green and high-performance tyres.
- Carbon Black – Adds durability, UV protection, and tensile strength, while acting as a reinforcing filler across most rubber formulations.
- Silane – Acts as a chemical bridge, bonding silica to rubber, improving dispersion and the mechanical strength of the final product.
- Accelerators – Speeds up vulcanisation, improving efficiency and ensuring consistent mechanical properties during mass production.
- Activators – Enhances the performance of curing agents; key for fast, complete vulcanisation and optimal rubber elasticity.
- Stearic Acid (flakes & pellets) – Promotes zinc oxide activation, improves compound dispersion, and supports better filler interaction.
- Reprocessed Oil – Improves flow, reduces energy use during mixing, and offers a cost-efficient way to maintain compound flexibility.
- Anti-ageing Agents – Protect rubber from ozone, heat, and oxidation, significantly extending the service life of products.
- Zinc Oxide – A multifunctional activator that boosts cure rate, reinforces strength, and provides antimicrobial benefits.
- Resins – Improve tackiness and cohesion between rubber layers, supporting precise assembly in tyre and hose manufacturing.
- Sulfur – Essential vulcanising agent that cross-links rubber molecules, giving the compound elasticity, strength, and temperature stability.
- Wax – Creates a surface barrier to protect rubber from ozone and environmental cracking over time.
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