This technical ‘deep-dive’ explores the polymer science behind high-performance Automotive steering: • Why semi-crystalline polymers are essential for load, wear & creep resistance • How molecular architecture directly impacts NVH performance and dimensional stability • Why material formulation engineering is as critical as the polymer selection

Thank you to all our Customers, Suppliers, and Stakeholders. This year, Nylacast Automotive innovated alongside you in worm gear applications for steering, braking, and beyond. Wishing you a Merry Christmas and looking forward to writing a new chapter together in the coming year.

At the recently concluded 2025 Shanghai Automotive Chassis System Technology Exhibition (ACTE), Nylacast Automotive received widespread industry acclaim for its impressive display at Booth 2111. During the exhibition, we comprehensively showcased innovative solutions for safety-critical polymer gears and engaged in in-depth exchanges with industry partners, achieving fruitful results.

A Tier-1 steering system integrator for mainstream global Automakers faced an ultimate test: the next generation of high-torque Dual Pinion steering systems required a 40-70% increase in worm gear output torque with no size change

Nylacast Automotive sincerely announces that it has been invited to participate in the "2025 Shanghai Automotive Chassis System Technology Exhibition (ACTE)" held from October 22 to 24, 2025, at the Shanghai Automobile Exhibition Center. Our booth number is 2111, and we cordially invite you to visit for exchange and discussion on cutting-edge technologies and innovative solutions in chassis systems.

Building on the momentum of winning the EcoVadis Bronze Award in 2023, Nylacast Automotive has comprehensively upgraded its sustainability practices in the environmental domain. Meanwhile, the Company has further enhanced its management systems for material handling, emergency response, noise and wastewater monitoring, and air quality management, thereby strengthening its environmental protection defenses.