Orion S.A. announced it is producing circular carbon black at its ISCC PLUS-certified plant in the eastern coastal city of Qingdao, China.
The facility is making three grades — ECORAX® Circular 200, 210 and 215 — from tire pyrolysis oil (TPO). ECORAX® 200 is a hard black suitable for tires, while the 210 and 215 grades can be used for tires and mechanical rubber goods (MRG).
Read MoreOne current goal of the tire industry is to replace all oil derived materials with sustainable products derived from renewable biomass sources. Silica can be directly obtained from eco-friendly sustainable materials of bio-origin, including rice husk (hull) and rice straw (dried leaf), cornflower, sorghum (grass flowers) and bagasse (sugar cane)
Read MoreThis article will explore the integration of UPM BioMotion RFF into various polymer applications, highlighting their potential to improve environmental
Read MoreRegulatory requirements targeted at polycyclic aromatic hydrocarbon (PAH) content in consumer rubber goods are becoming increasingly common. Developments in the formulations and raw materials used can help minimize the PAH content as needed to meet these requirements. Testing was completed comparing thermal carbon black Thermax N990 to Cancarb’s FDA approved, low PAH Thermax N990CG in a wide range of rubber compounds.
Read MoreSolvay inaugurated its new bio-circular silica facility at its plant in Livorno, Italy, marking a major milestone in Europe’s industrial transformation toward sustainability. This investment positions Solvay as a proactive partner in achieving the European Green Deal objectives and the upcoming Ecodesign for Sustainable Products Regulation (ESPR), while reinforcing Italy’s role as a hub for green innovation.
Read MoreCabot has long supplied Bridgestone with reinforcing carbon products, and this acquisition further strengthens the partnership between the two companies. In addition, this acquisition expands Cabot’s global manufacturing footprint and reinforces its position as a leading provider of reinforcing carbons. Strategically located near Cabot’s existing facility in Altamira, Mexico, MXCB not only enhances production capacity and operational flexibility but also offers the capability to manufacture a broader range of reinforcing carbon products. This flexibility enables Cabot to better support diverse customer needs and future growth opportunities.
Read MoreDUNLOP has entered into a Memorandum of Understanding (MOU) with Cabot Corporation to evaluate the commercial adoption of circular reinforcing carbons made with Cabot’s patented regenerated carbon technology. This innovative circular reinforcing carbon powered by Cabot’s EVOLVE Sustainable Solutions incorporates reclaimed carbon derived from the pyrolysis of end-of-life tires and is being considered as a sustainable raw material for Sumitomo Rubber’s tire production.
Read MoreThe Global carbon black market is at a tipping point, driven by eco-manufacturing mandates and every ounce of material science evolution in reinforcements. Valued at USD 21.85 billion in 2024, it is projected to reach USD 32.68 billion by 2032 at a steady 5.16% CAGR. North America, capturing nearly a fifth of the global share, spearheads expansion powered by tire and battery demand, while Asia Pacific benefits from production scale
Read Moreby Vishal K. Chaurasia, David Maroli and Steve Trapp, Finite Fiber. Short fiber reinforcement has been used in elastomeric and
Read Morehirty years ago, Continental used silica for the very first time in its tread compounds for car tires. The properties of this filler revolutionized the driving safety and energy efficiency of tires. Rolling resistance has been significantly reduced, and braking distances have since been cut by nearly 50 percent. This was made possible by the special surface properties of silica, which can form chemical bonds with the rubber polymer. During vulcanization – the process in which the tire obtains its shape – silica, as well as other components, is responsible for the formation of a very strong network between the rubber molecules. The result is an elastic tire with excellent safety properties.
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