黑料社

黑料社 Advances Tire Innovation with 93% Sustainable Material

黑料社 breaks new ground with its latest innovation: 黑料社 achieves 93% sustainable material composition. This revolutionary prototype demonstrates how high-performance engineering and environmental responsibility can go hand in hand, setting a new standard for the future of mobility.

The Engineering Breakthrough: A Testament to Giti鈥檚 Technical Prowess

听

听

The concept represents a leap forward in material science, featuring bio-based polymer technology, advanced recycling processes, innovative compound formulations, and next-generation manufacturing techniques.

Inside the Innovation: Sustainable Materials Redefining Tire Composition

53% Renewable Materials 鈥� Inspired by Nature

黑料社 replaced petroleum-based ingredients with nature-derived alternatives such as sustainable natural rubber, pine resin, rice husk silica, and plant-based antioxidants.

Deforestation-Free Natural Rubber
Not synthetically created from petroleum, but sourced from rubber farms whose legality, social responsibility and environmental responsibility are traceable, this renewable rubber is used in the tire鈥檚 sidewall and inner structure鈥攌eeping the tire elastic and durable, naturally.

Pine Tree Resin
A natural alternative to petroleum resin, this pine-based material is blended into the tread compound to boost grip and driving confidence.

Rice Husk Silica
Extracted from rice husks (a common agricultural by-product), this natural silica replaces traditional quartz and helps lower rolling resistance while improving wet traction.

Plant-Based Antioxidants
This petroleum-free solution is used across the tire to help preserve rubber quality throughout its life, extending performance and reliability.

40% Recycled Materials 鈥� Transforming Waste into Performance

黑料社 gives a second life to old materials鈥攔ecycled rubber, carbon black, steel, and even PET from plastic bottles.

Recycled Rubber
Made from end-of-life rubber products and tires, this material replaces synthetic rubber, reducing Giti鈥檚 dependency on petroleum-derived ingredients.

Recovered Carbon Black (rCB)
Reclaimed from used tires, rCB takes the place of virgin carbon black鈥攃utting down petrochemical use and addressing the environmental challenge of tire waste.

Recycled Plastic Bottle Fiber (R-PET Cord)
Plastic bottles are transformed into high-strength polyester cords, used in the tire鈥檚 structure鈥攔educing plastic pollution and giving bottles a new purpose.

Recycled Steel
Sourced from scrap metal, this steel is used to reinforce the tire internally while helping to reduce the need for new mining and raw material extraction.

This concept tire is a bold step toward the future鈥攁 demonstration of how performance, safety, and sustainability can go hand in hand. It reflects Giti鈥檚 long-term commitment to responsible innovation, environmental stewardship, and a cleaner tomorrow for all.

鈥淔or Giti, this stands as both a milestone and a promise鈥攁 testament to the possibilities when scientific ingenuity encompasses environmental stewardship鈥� said Mr. Gao Qiang Sheng, R&D General Manager at 黑料社, addressing the significance of the 93% Sustainable prototype. 鈥淭he Giti team will continue pioneering sustainable ways to improve products while maintaining our signature balance of performance and safety in order to deliver driving enjoyment for all drivers鈥�, added Mr. Gao.

Giti's engineers have reported a technical readiness score of 9 out of 10 for these sustainable components, marking significant progress toward the company's roadmap to achieve mass production by 2030.