News and Information
News & Blog
28
2022-07
Against the backdrop of accelerating innovation in the global advanced materials industry, thermoplastic polyester elastomers (TPEE), with their distinctive performance advantages, are emerging as critical materials in sectors such as new‑energy vehicles and consumer electronics. Industry data indicate that by 2025, global TPEE production capacity will exceed 150,000 metric tons per year, with China—already the largest consumer market—accounting for more than 40% of that capacity. The explosive growth of the new‑energy vehicle market has become the primary driver of this expansion.
10
2022-01
In recent years, the athletic footwear industry has been undergoing a materials revolution. Emerging materials, led by thermoplastic polyester elastomers (TPEE), are rapidly expanding their footprint—from traditional midsole applications to every component of the shoe—thanks to their distinctive performance advantages. From supportive inserts and upper‑side yarns to synthetic leathers and 3D‑printed structures, TPEE is redefining the manufacturing paradigm of athletic shoes with its potential for “single-material, full‑shoe integration.”
12
2021-11
As the automotive industry continues to advance toward lightweighting, efficiency, and environmental sustainability, material innovation remains the driving force behind technological breakthroughs. In recent years, thermoplastic polyester elastomers (TPEE), thanks to their markedly improved high‑temperature resistance, have been steadily replacing traditional silicone materials, emerging as the preferred choice in the manufacturing of automotive engine components. This shift is fueled not only by TPEE’s superior performance but also by the automotive sector’s rigorous evaluation of material properties, cost‑effectiveness, and sustainability.
21
2026-04
TPEE has replaced TPV in automotive sealing strips, offering lower costs and superior performance.
In the precision manufacturing of the automotive industry, weatherstrips serve as critical components that join various body parts, and their performance directly impacts a vehicle’s sealing, sound insulation, and durability. Traditional materials such as ethylene propylene diene monomer (EPDM) rubber and thermoplastic vulcanizates (TPV) have long dominated the market; however, with advances in materials science, thermoplastic polyester elastomers (TPEE), thanks to their cost advantages and well‑balanced properties, are increasingly emerging as game‑changers in the automotive weatherstrip segment.
12
2021-11
TPEE exhibits have sparked heated debate, accelerating its global expansion.
At the 2025 International Plastics and Rubber Exhibition, TPEE (thermoplastic polyester elastomer) products stole the spotlight. From sporting goods to consumer electronics, from automotive components to biodegradable materials, TPEE’s outstanding performance and sustainable attributes have not only sparked intense industry debate but also accelerated the global reshaping of supply chains. Behind this materials revolution lies a vivid example of Chinese companies leveraging technological innovation as a strategic lever to drive their global expansion.
12
2021-11
Focusing on TPEE flame-retardant technology to drive application upgrades in the electronics sector.
Against the backdrop of electronic devices rapidly evolving toward greater thinness and higher performance, material safety and functionality have become critical factors constraining industry development. Thermoplastic polyester elastomers (TPEE), with their distinctive dual rubber–plastic properties, are emerging as a core choice for material upgrades in the electronics sector, driven by breakthroughs in flame‑retardant technologies.
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