Rubber Additives

Selection depends on the end-use, base rubber type, and desired properties. Consult a compounder or supplier for formulation advice. Key factors:

• Application needs: Reinforcing fillers for tires; flame retardants for electronics; plasticizers for flexible seals.

• Compatibility: Ensure additives bond well with the polymer (e.g., silica needs silane coupling agents).

• Cost vs. performance: Powders are cheapest but may need dispersants; liquids improve flow but can affect curing.

• Testing: Evaluate via rheometer for cure time, tensile tests for strength, and aging tests for durability. Start with standard recipes (e.g., 100 phr elastomer + 50 phr carbon black + 3 phr sulfur) and adjust. For custom needs, labs can prototype compounds. Avoid overuse, as excess fillers can reduce resilience.

Superior Product Quality

• Strict Quality Control: As a specialized rubber raw material supplier, our in-house laboratory technicians rigorously test each batch to ensure consistent quality and performance, giving you confidence in every product.

• Advanced Formulations: Our additives are designed to improve curing speed, enhance material strength, and provide excellent resistance to heat, chemicals, and wear.

Stable Supply Chain

• Reliable Availability: With a robust supply chain, we guarantee a stable and timely supply of all rubber additives, ensuring your production schedules remain uninterrupted.

• Global Reach: Our professional logistics team ensures that products are delivered in perfect condition, no matter where you are.

Customized Solutions

• Tailored for Your Needs: Our R&D team works closely with clients to develop customized additive solutions for specific liquid and silicone rubber applications.

• Versatile Applications: From automotive components to electronics insulation, our additives are engineered to perform in diverse, high-demand environments.

Efficient Packaging and Logistics

• Proper Packaging: We implement FIFO (First-In, First-Out) warehouse management to ensure product freshness and quality.

• Rigorous Testing for Transport: Our products undergo thorough testing to ensure they arrive in pristine condition, ready for immediate use.

Sustainable rubber additives are derived from renewable resources (e.g., vegetable oils, olive stone powders, or recycled materials) to reduce environmental impact, replacing petroleum-based ones. Examples include:

• Epoxidized soybean oil (ESO) as a plasticizer, which improves mixing efficiency and tensile strength by ~20% while being biodegradable.

• Olive stone micronized powders as fillers, offering hardness (3.5 Mohs scale), heat resistance (up to 200°C), and anti-slip texturizing without microplastics.

• Bio-based antioxidants from natural sources for ozone protection. They address sustainability by lowering carbon footprints, enhancing biodegradability (e.g., natural rubber degrades in 1–2 years in soil), and supporting recycling. With the global rubber additives market projected to grow from USD 5.76 billion in 2024 to USD 8.25 billion by 2033 (CAGR 4.08%), driven by eco-regulations and demand for green tires, these additives help reduce waste and promote circular economy practices in the industry.