RFJA32 Fiberglass Weaving Machine

Automatic Control System: Implementing a high-performance 32-bit computer enables real-time transfer of operational parameters, data collection, and adjustments, offering both the hardware reliability and software assistance necessary for achieving autonomous operations, digital administration, and network-based supervision in the facility. This technology not only delivers abundant information but also boasts a lifespan that is double that of the intelligent keyboards typically utilized in China, specifically in the context of fiberglass weaving machines.

Beating Mechanism: Based on the characteristics of glass fiber fabric, adopt the special 4-link beating mechanism for glass fiber designed and optimized by computer. The beating motion is featured at short travel, small vibration, and long weft insertion time. The fiberglass air jet loom can make strong and stable beating during ultra-high speed operation and ensure weave high-quality fabric products.

Take-Up Mechanism: The rolling cloth fell support rod, stretching roller and cloth pressing roller completely eliminate the “removed weft” phenomenon caused by the winding of glass fiber fabric, to maintain a good style of the cloth surface off-machine. The take-up roller and cloth guide roller are wrapped with special friction materials to avoid pressure mark of the fabric.

Weft Insertion System: Adopt weft insertion components, e.g. weft feeder, main nozzle, auxiliary nozzle and stretch nozzle specially adapted to glass fiber yarn to meet the weft insertion needs of glass fiber yarn, reduce the damage to glass fiber weft yarn, reduce the wear of yarn to weft insertion components, and extend service life.

Double Back Rest Electronic Let-Off Mechanism: The double back rest electronic let-off mechanism specially designed for fiberglass loom machinery can accurately measure and maintain the warp tension. The control accuracy and response speed are improved significantly via AC servo motor driving technology, which can ensure the surface quality of glass fiber fabric.

High Efficiency Air Suction Device: The high-efficiency air suction device on the fiberglass weaving machine can effectively absorb the fine fibers produced during weaving, and it is helpful to the physical and mental health of operators.

Take-Up Mechanism: The control technology in combination of AC servo motor drive and angular displacement sensor can control the winding tension constantly and realize more accurate winding. Adopt large winding mechanism on the machine, with the maximum winding diameter can reach 800mm, which not only realizes large winding length, but also significantly reduces the floor area of equipment. The quick doffing mechanism of our fiberglass loom machinery makes doffing simple and fast.

Special Scissors Temple Mechanism: Based on the characteristics of high hardness and being difficult to cut of glass fiber, the fiberglass weaving machine specially designs cutting scissors to cut off the excess yarn head, featured at low cost, good effect and long service life.