S-105B2（RO）Shift Fork for Barmag

Product Description

Building upon the high-standard framework of Oerlikon Barmag, our company has introduced a new generation of high-performance birotor wing thread guide. Centered on material innovation and precision manufacturing, these components significantly enhance the stability and reliability of synthetic filament yarn production. Independently developed by our technical team, these birotor wing thread guides feature an integrated bonding of the wing body and the ceramic inserts. This design ensures a seamless fit that is markedly superior to traditional assembly methods. Furthermore, by optimizing the bonding process, we have created a higher-strength interface between the ceramic yarn guide and the metal body. This ensures structural integrity and prevents detachment even under long-term high-speed operation and complex working conditions, fundamentally guaranteeing the continuous operational capacity of the equipment. Regarding key materials, the yarn-guiding sections utilize high-purity alumina ceramics, strictly screened by our technicians and prepared through a high-temperature sintering process. This material possesses exceptional mechanical strength, superior wear resistance and outstanding thermal stability. It not only drastically reduces the risk of breakage and edge chipping but also effectively minimizes friction damage to the filaments, ensuring smoother yarn passage.
Thanks to the dual advantages of high-strength materials and high-bonding-strength structures, this product can operate stably over the long term in rigorous production environments characterized by high speeds and high tension. This significantly lowers yarn breakage rates and maintenance frequency, providing a solid guarantee for enterprises to achieve high-efficiency, low-risk continuous production. Overall, our birotor wing thread guide not only surpass traditional products in performance but also reach industry-leading levels in reliability and service life, making them the ideal choice for the stable operation of modern chemical fiber production lines.