Products & Solution

High temperature resistant and high strength black masterbatch is a functional colorant designed specifically for engineering plastics. Made from polyethylene (PE) with carbon black added, the carbon black concentration is approximately 47% and the ash content is less than 1%. This product provides a uniform black coloration during plastic compounding and injection molding processes, while also imparting high strength and high-temperature resistance, ensuring stable and reliable performance in engineering plastic applications.
This high-temperature-resistant, high-strength black masterbatch is suitable for a wide range of applications, including engineering plastic compounding, injection molding, and other high-temperature processing. It is particularly well-suited for products subject to high operating temperatures and mechanical stresses. It is packaged in 25 kg bags and can be stored in either KP or PE bags. Store in a dry, cool environment, away from sunlight and rain, to ensure long-term stability. Proper use of this product can effectively improve the color uniformity, surface gloss, and overall durability of finished products.

This bright surface thermoplastic black masterbatch is specifically designed for the modification of thermoplastic engineering plastics such as ABS, PP, PC, PS, and ABS/PC copolymers. It utilizes high-pigment carbon black and a polymer matrix, refined through a specialized process. This masterbatch provides uniform and stable coloration in thermoplastic resins while imparting excellent gloss and texture to finished products, resulting in a clean, uniform, and glossy finish. Its optimized formula meets the aesthetic requirements of high-end products and is particularly suitable for high-gloss PP injection molded parts, creating a desirable blue undertone and enhancing the product's visual appeal.
During application, this glossy thermoplastic black masterbatch can be flexibly added based on the performance requirements of the final product. The recommended addition level is 0.5% to 4%, and it can be directly mixed with the raw materials at either low or high speeds. This masterbatch is easy to handle, achieving uniform dispersion without complex steps, thereby improving production efficiency. Furthermore, its design takes into account compatibility with various engineering plastics, ensuring excellent flow and gloss performance during processing, reducing processing complexity.