The Everyday Particle
Tires and Industrial Rubber Products
Carbon black has a special interaction with rubber called reinforcement. When rubber and carbon black are intimately mixed together, carbon black enables rubber to become a high performance tire through wet traction enhancement, reduction of wear by abrasion, stiffness improvement, and many other performance advantages. The combination of rubber and carbon black has been coined “the marriage of the century” by experts in the rubber and carbon black industries. Carbon black incorporated rubber makes great products, including rubber hoses, tires, door seals, roofing components and more.
Carbon black in the plastics industry is first and foremost used as a pigment. However, carbon black enhanced plastics also provide improved UV resistance, increased strength, and a deep black pigment with tunable blue or brown undertones. Carbon black has the properties that make everyday plastics products useful, from electrical cables to trash bags to plastic forks.
High Performance Coatings & Adhesives
Carbon black enhances UV protection and durability for coatings used in the automotive marine and aerospace industries. These coatings and adhesives enable products to last longer, have greater reliability, and resist corrosion.
Toners and Printing Ink
Carbon black is an ideal black pigment-based particle for inkjet and toner applications. Carbon black provides a more black lustrous color when compared to iron oxide-based black or dye-based black color. Additionally, the longevity of the deep black color generated by carbon black is superior to competitive products in the industry.
Batteries and Conductive Inks
In addition to the many attractive properties previously listed, carbon black conducts electricity. Carbon black is found in everyday batteries from Nickel Metal Hydride to Lead Acid to rechargeable Lithium Ion. Carbon black provides the appropriate amount of conductivity to the active component of these battery systems. Carbon black is found in many electronic battery-based devices, including those in mobile phones, everyday electronics and disposable Lithium Ion batteries. This same conductivity enables carbon black to be an essential part of conductive inks that can be used for consumer electronics, RFID tags and systems where transition metal based conductive inks cannot be used.