High-Temp Film-Insulated Flat Wire

Product Precision Manufacturing

From raw material to finished product, Huaying High-Temp Film-Insulated Flat Wire undergoes eight core processes: winding, annealing, coating, baking, cooling, re-coating with self-adhesive material, secondary cooling, and winding. Each step is meticulously controlled, like a meticulous "manufacturing process." During the winding process, machines precisely control the wire layout to ensure a regular basic shape. The annealing process eliminates internal stress in the wire through precise temperature control, improving its physical properties. Finally, during the critical self-adhesive material application process, a unique precision-proportioning process ensures uniform coverage of the wire surface, with minimal thickness tolerance. This ensures uniform and secure adhesion during subsequent use, eliminates potential hazards caused by process defects, and ensures the product's reliability under various challenging operating conditions.

High-Temperature Resistance

This Huaying High-Temp Film-Insulated Flat Wire is specifically designed for high-temperature environments. Its insulation acts as a "heat protector," withstanding temperatures exceeding 220°C. For example, the engine compartment of a new energy vehicle experiences rapidly rising temperatures. Conventional insulated wire would likely soften and fail at these temperatures, but the insulation of this wire remains stable, effectively isolating the current and eliminating short circuits. Even in the extreme heat of aerospace equipment, it performs reliably, ensuring the proper functioning of the device's circuits. Whether exposed to constant high temperatures or fluctuating temperatures, it prevents insulation failure and ensures safe equipment operation.

Multiple Specifications

This Huaying High-Temp Film-Insulated Flat Wire is available in a wide range of specifications, from 0.012mm to 0.50mm. Like a versatile tool, it can meet the needs of any device, regardless of the required wire thickness. Furthermore, its unique flat structure allows for tighter winding than traditional round wire, allowing it to fit together like a puzzle piece, saving significant installation space. Medical equipment, for example, has compact and precise internal structures that place particular demands on space. This flat wire allows for flexible routing without taking up excess space. Similarly, the core components of 5G base stations, which feature complex circuitry, can be tightly packed together to optimize space utilization, meeting installation requirements without compromising overall performance.