Polymer additives are essential modifiers that enhance the performance, durability, and processing behavior of plastic materials. At Aurora International, we offer a comprehensive range of high-performance additives designed to meet the specific functional, environmental, and regulatory requirements of modern industries.

Additives allow manufacturers to tailor base polymers for a wide range of applications — from making them more heat-resistant or UV-stable, to improving their flexibility, appearance, or processability. Whether you’re looking to improve product aesthetics, extend lifespan, or optimize manufacturing, our additives offer consistent performance across demanding sectors such as automotive, packaging, construction, electronics, textiles, and medical devices.

We work closely with clients to provide customized additive formulations based on their product goals and environmental conditions. Our additives are compatible with major thermoplastics including PP, PE, PVC, ABS, and custom compounds.

Our Key Additive Solutions Include:

• Heat Stabilizers: Prevent polymer degradation during high-temperature processing and end-use.

• UV Stabilizers: Protect against color fading and brittleness caused by exposure to sunlight.

• Impact Modifiers: Improve toughness and shock resistance, especially in low-temperature environments.

• Antioxidants: Enhance thermal stability and prevent discoloration during production.

• Processing Aids: Improve melt flow, reduce cycle time, and ensure smoother extrusion/molding.

• Anti-static Agents: Reduce surface resistivity and static buildup in electronic and packaging applications.

• Flame Retardants: Enhance fire resistance for applications requiring compliance with safety regulations.

• Slip & Anti-block Agents: Optimize surface finish, reduce friction, and prevent sticking between film layers.

We also provide eco-friendly additives that align with international sustainability standards, allowing you to reduce your carbon footprint without compromising product quality. These are particularly useful in recycled compounds, where performance consistency can be a challenge.