Tire Technology & Manufacturing

The increasing focus on sustainability, combined with high energy prices, means that energy efficiency is more important than ever. The benefit of Cimcorp’s robotic technology in terms of energy use is tangible, as the company’s gantry robots feature low energy consumption. With the structure of each gantry robot formed from aluminum, they are lightweight yet robust. As the robots are not heavy, they accelerate and move fast, optimizing all the potential handling capacity for products moved in the distribution center.

Three years in, the pandemic has altered the commercial truck industry, including the tire segment. In this Q&A, Dan Funkhouser, Yokohama Tire vice president of commercial tire sales, looks at the ways the industry has adapted to the changes and what to expect moving forward.

Teijin Frontier has developed an ultra-fine polyester staple fiber (Nanofront™ staple fiber) as an effective rubber reinforcement.

Tire rolling resistance is closely related to overall vehicle fuel economy or range in both ICE and electric vehicles (EVs). Currently, it is understood that rolling resistance reduction is a reliable strategy for optimizing a vehicle’s fuel economy or cruising range. Many countries, regions, and manufacturers are establishing rolling resistance targets in order to achieve greater energy savings, fulfill “green” initiatives, and reduce carbon emissions.

For over 120 years, the Goodyear Tire & Rubber Company has pursued sustainable, low-maintenance innovations and inventions. Partnering with Citroën continues the long-standing relationship between both brands. The new Citroën concept, Oli, is an urban pickup truck concept that explores the usage of sustainable and recyclable materials. So it is only fitting that this electric truck concept is fitted with Goodyear’s Eagle GO concept tire which also explores the usage of a range of sustainable materials in its tread compound.