Applications

We make a full range of black
for a full range of applications.

Carbon Black is used in numerous sectors including the tire, rubber and plastic industry, the colorant and inks industry and coatings industry.

Tires

Our carbon blacks have been designed to improve treadwear and rolling resistance while maintaining traction. Applications include racing and ultra-high-performance tires, passenger and truck treads, and non-tread tire compounds. Consumers want high-mileage passenger car tires for simplicity and value, and truck operators require high-durability tires to eliminate in-field failures and maximize operational uptime.

Strengthening tire compounds with reinforcing agents is crucial to ensure the durability of a tire, and tire manufacturers need reinforcing materials that give them the freedom to design tires for every application. Tire treads, in particular, require a high level of reinforcement to provide resistance to abrasion, cutting and tearing. Our carbon black product portfolio is designed to meet the durability requirements of tires for every type of vehicle.

TIRES

Mechanichal rubber goods

The product portfolio covers a wide range of particle size and structure and includes grades of particularly high purity. The MRG industry operates with a vast number of different compound formulations to fulfill all the requirements for the numerous specific applications. Carbon Black has various functions in these formulations and improves the performance as a filler with excellent reinforcing properties.

Rubber applications include sealing systems, belts and hoses, bellows and diaphragms, injection molded parts using thermoplastic elastomers, as well as anti-vibration components, among numerous other rubber goods.

Tubes and Hoses
Conveyor belts / belts
Molded products
Extruded profiles
Gaskets
Wiper blades
Rubber flooring
Seals
MECHANICHAL RUBBER GOODS
WHAT IS CARBON BLACK

We know all the shades of black.

+ MORE
ABOUT BKT CARBON

We make it.
We use it.

+ MORE
INNOVATION

We put gray matter into black matter.

+ MORE
To offer you a better browsing experience, this site uses cookies. To find out more, therefore, please consult our Cookie Policy. By clicking "OK" you consent to the use of cookies.Info