The YJA780A series air-jet looms developed by the company embody independent innovation and a technology‑driven approach. By integrating the strengths of both domestic and international loom designs with China’s specific national conditions, and leveraging cutting‑edge technologies in their development and engineering, the YJA780A series boasts an inherent superior performance profile, which underpins its distinctive, high‑quality professional standards. The design philosophy behind the YJA780A series is to provide customers with looms that deliver outstanding performance at a competitive price.

This model is another advanced jet loom developed by our company based on the YJA780A jet loom. It features numerous mechanical improvements and enhanced electrical control functions, making the equipment more intelligent and user‑friendly. When operating at high speeds, the loom delivers lower noise levels, reduced vibration, and higher productivity.

This model relies entirely on mechanical motion to insert the weft yarn, consumes no compressed air, and saves energy. It can operate at speeds of up to 480 RPM and supports multi‑width weaving, making it widely applicable on wide‑width looms.

This model is another high‑efficiency selvedge‑weaving machine introduced by the company. It uses airflow to insert the weft yarn, achieving a minimum selvedge insertion of 8–10 mm, with a maximum operating speed of 750 rpm, making it an ideal choice for narrow‑width selvedge fabrics.

The YJA780B1 series jet loom, made of glass fiber, is another jet loom independently developed by our company based on the latest international models. This machine is primarily designed to weave electronic fabrics of medium and thick gauges, such as 7628, 7615, and 7602. With high equipment efficiency, low energy consumption, and a competitive price, it is an ideal choice for industrial fabric production.

This model is a new machine independently developed by our company based on the fiberglass jet loom. It achieves woven fabric formation by interlacing two warp yarns to secure the weft, producing fiberglass mesh fabric primarily used in construction, road engineering, and industrial applications. The mesh fabric is characterized by crack resistance, shock absorption, thermal insulation, flame retardancy, corrosion resistance, and enhanced strength of wall finishes and pavement surfaces—often referred to as “soft steel reinforcement.” The introduction of this machine has increased weaving speed for fiberglass mesh fabric by more than threefold compared to rapier looms, while also filling a domestic and international gap in the production of fiberglass mesh fabric on jet looms.