绿色炭黑应用领域

回收炭黑RCB（废轮胎裂解炭黑）

本产品是以废轮胎热裂解炭为主要原料，采用自主研发的炭黑表面复活技术深加工而成。产品由无定型碳及少量的硬碳、无机物构成，是低碳环保型半补强碳材料。适用于在轮胎及橡胶制品中替代普通炭黑（如N326、N330、N660等）作为半补强材料使用。

The product is mainly made from pyrolysis carbon from ELT and deeply processed by using the self-developed carbon black surface recovery technology. The product is composed of amorphous carbon, a small amount of hard carbon and inorganic substances. It is a low-carbon and environmentally friendly semi-reinforcing carbon material. It is suitable for use as a semi-reinforcing material to replace common carbon black (such as N326, N330, N660, etc.) in tires and rubber products.

高性能低滞后炭黑

通过精准调控炭黑的表面基团与纳米级结构，在提升橡胶补强性能的同时，大幅降低动态滞后损失，轮胎滚动阻力直降 15% 以上，助力车辆每百公里油耗减少 0.5-1L，契合低碳出行需求。

Precisely controlled surface group modification and nanostructure, help enhance rubber reinforcement while significantly reducing dynamic hysteresis losses. Reduce tire rolling resistance by over 15%, helping vehicles save 0.5L-1L of fuel per 100 kilometers and effortlessly meeting today's low-carbon mobility demands.

高性能炭黑偶联剂

适用于多种橡胶体系，性能稳定，易于加工。通过精准分子设计，显著增强炭黑与橡胶界面相互作用，有效改善炭黑分散性，大幅降低轮胎滚动阻力与动态生热，从而提升燃油效率，延长轮胎使用寿命。

It is suitable for a variety of rubber systems, has stable performance and easy to process.Carbon black coupling agent significantly enhance the interface between carbon black and rubber through precise molecular design, effectively improve the dispersion of carbon black, greatly reduce tire rolling resistance and dynamic heat generation, thereby improving fuel efficiency and extending tire service life.

高分散水性炭黑

高分散水性炭黑系列产品为经后处理改性的高黑度色素碳黑，具有原生粒径小、分布窄、表面活性高的特点，呈蓝相。主要适用于汽车原厂漆、修补漆、工业漆等需高黑度的涂料产品，以及油墨、塑胶、绝缘材料、新能源领域等。

The series of highly dispersible water-based carbon black products are post-treatment modified high-blackness pigment carbon blacks,characterized by small primary particle size, narrow size distribution, and high surface activity, with blue undertones,mainly suitable for automotive OEM paints, refinish paints, industrial coatings, and other high-blackness coating products, as well as in inks, plastics, insulation materials, and new energy sectors.