High-Performance Film-Folded Flat Wire

Product Compatibility

Targeting the needs of today's automated factory production, our Huaying High-Performance Film-Folded Flat Wire has been specially optimized in specifications and form, perfectly matching the requirements of automated winding and assembly machines. Its flat structure prevents tangling and jamming during automated winding, allowing the machine to quickly and tightly arrange the wire. Furthermore, the wire's hardness and flexibility are precisely adjusted, ensuring it remains stable during automated equipment handling and feeding, eliminating production interruptions due to wire shape issues. Compared to ordinary conductors, this product can increase the efficiency of automated production lines by over 20%, reduce labor requirements, and minimize production errors.

Product's adaptability to low-temperature environments

If used in outdoor equipment in cold regions, such as new energy vehicle charging stations at -30°C, ordinary conductors would likely become hard and brittle when exposed to these temperatures, and in severe cases, the insulation layer could crack. However, our Huaying High-Performance Film-Folded Flat Wire is different. Its insulation layer uses a special low-temperature toughness formula, which maintains excellent flexibility even at low temperatures, allowing the wire to be bent and installed normally. Even when aerospace equipment transits through the atmosphere, experiencing alternating extreme temperatures of low and high temperatures, it maintains its insulation properties and prevents failure due to extreme temperature fluctuations.

Product's lightweight design

Considering the stringent weight requirements of equipment in the aerospace and new energy vehicle sectors, the Huaying High-Performance Film-Folded Flat Wire utilizes lightweight film insulation materials and precision production processes to significantly reduce its weight while maintaining performance. Compared to traditional insulated wires of the same specification, the weight is reduced by approximately 15%. In aerospace equipment, every gram of weight saved can reduce fuel consumption and improve flight efficiency. In new energy vehicles, lightweight wires can reduce the weight of the entire vehicle, indirectly increasing range. Furthermore, the lightweight design makes equipment installation easier and reduces the load-bearing burden during installation.