S-1108 Shift Fork for TMT

Product Description

In the field of high-speed chemical fiber winding, TMT Machinery has long been renowned for its high-precision winding systems, with its traverse wings(traverse forks) widely recognized for their stability and wear resistance. Based on in-depth research into these technical standards, our company has introduced a new generation of  high-performance traverse wings. Through comprehensive upgrades in structural design and material processing, our product is specifically optimized for both domestic and international high-speed winding environments, ensuring stable adaptation to the high-tension, high-speed operating conditions of  POY and FDY filament production lines.
Key Technical Features:
High-Strength, Lightweight Alloy Body: The structure ensures maximum rigidity and stability while effectively reducing reciprocal inertia during high-speed operation, resulting in smoother yarn guiding movement.
Advanced Al₂O₃ Ceramic Inserts: The critical guiding points utilize high-purity alumina ceramic plates, fixed via high-temperature sintering and high-strength bonding processes. These components offer superior wear resistance and a lower friction coefficient, significantly reducing the risk of fuzzing and filament breakage while maintaining excellent stability during long-term continuous operation.
Precision Control & Dynamic Balance: Through rigorous control of overall flatness and dynamic balance, the traverse wings operate more steadily during high-speed reversals. This minimizes vibration and tension fluctuations, thereby enhancing bobbins buildup consistency and downstream unwinding performance.
Competitive Advantages:
Compared to traditional OEM traverse wings for imported equipment, our product maintains equivalent performance while further improving ceramic bonding strength and structural durability. Furthermore, we offer distinct advantages in maintenance costs and delivery lead times. In practical applications, our traverse wings effectively reduce machine downtime and spare part consumption, providing chemical fiber enterprises with a reliable solution for achieving higher stability and lower total operating costs.