new material
Ultra-wear-resistant carbon black is an advanced reinforcement material designed for applications requiring superior abrasion resistance, optimized dispersion, and extended durability. Manufactured through controlled carbonization and surface treatment processes, this carbon black provides enhanced mechanical strength, thermal stability, and improved particle uniformity. It is widely used in high-performance rubber compounding, automotive tire manufacturing, industrial coatings, and polymer reinforcement, ensuring long-lasting wear resistance in demanding conditions.
Product Overview
Ultra-wear-resistant carbon black is a fine black powder produced from petroleum or coal tar through incomplete combustion. It has a pure black appearance and near-spherical particle structure. Composed primarily of carbon with traces of oxygen, hydrogen, sulfur, and other elements, this material serves as a critical reinforcing additive in the rubber industry. It not only enhances the strength and abrasion resistance of rubber products but also improves processing performance, making it versatile for various industrial applications.
Key Features
- Small Particle Size with High Reinforcement: Among rubber-grade carbon blacks, it has one of the smallest particle sizes, offering excellent reinforcing properties.
- Outstanding Wear Resistance: Significantly improves the abrasion resistance of rubber products, extending their service life.
- Versatility: Provides additional properties such as tear resistance and heat resistance, beyond reinforcement.
- Excellent Dispersibility: Ensures easy blending during mixing, suitable for a wide range of rubber formulations.
- Eco-Friendly: When burned in air, it converts into carbon dioxide and is insoluble in water or common acids and bases.
Applications
- Rubber Industry: Widely used in the treads of truck and passenger car tires, high-strength conveyor belts, and industrial rubber products requiring superior wear resistance.
- Plastics Processing: Acts as a reinforcing material to enhance the mechanical properties of plastic products.
- Inks and Coatings: Serves as a high-quality pigment or tinting agent to improve color quality and stability.
- Synthetic Fibers and Leather: Enhances product performance and processing efficiency.
- Electronics and Metallurgy: Used in the production of high-performance materials and components.
