Carbon black, with good reinforcing properties.
Properties: High abrasion furnace black.
Performance: Have good reinforcing properties and gives the rubber good tensile properties, tear resistance, abrasion resistance and elasticity.
Application: Be used in rubber products and molded products such as tires, rubber ducts, conveyor belts, and rubber dams.
Use Scenarios
N338 improves mechanical properties in adhesive-grade rubbe
Carbon Black N338 enhances reinforcement in rubber adhesive formulations requiring tensile strength and elasticity. It contributes to improved abrasion resistance, tear strength, and elongation in rubber parts. In adhesive compounds for tires, belts, or rubber sheets, N338 helps maintain dimensional stability under repeated stress. Its structure supports dispersion in processing and curing, allowing uniform filler distribution without excessive stiffness. These traits make it suitable for bonded rubber applications where strength and flexibility must coexist.
N338 supports bonded rubber molding with balanced reinforcement
In molded rubber parts using rubber based adhesive, Carbon Black N338 acts as a reinforcing filler that improves durability without compromising flexibility. Its balance of tensile properties and abrasion resistance benefits bonding surfaces under dynamic load. This performance supports compound integrity in rubber goods that undergo frequent flexing or surface contact. When included in adhesive-grade formulations, N338 aids in maintaining adhesion performance and mechanical behavior across processing and usage stages.
N338 enhances durability in composite rubber bonding
For rubber adhesive glue applications in structural rubber assemblies, Carbon Black N338 improves long-term durability. It reinforces the rubber matrix while supporting tear resistance at bonded joints. Typical use cases include hoses, dampers, and rubber-to-metal components, where adhesive layers must endure heat and motion. The material’s uniformity and reinforcing performance contribute to maintaining adhesive cohesion and mechanical strength under repeated use.
