A brief description of the high-frequency welding characteristics and advantages of anti-static TPU flexible connections

1. Molecular-Level Fusion with Superior Sealing Performance
   High-frequency welding utilizes an electromagnetic field to generate frictional heat within TPU molecular chains, achieving molecular-level fusion under pressure to form seamless welds. This method eliminates the need for adhesives, delivers weld strength comparable to the base material, and produces smooth, protrusion-free surfaces—ideal for high-cleanliness applications (e.g., medical and electronics industries).

2. Precise Temperature Control to Prevent Thermal Damage
   The heat generated in high-frequency welding is localized to the welding area, with an extremely small heat-affected zone, avoiding overall material deformation or performance degradation. By adjusting frequency and power, welding depth can be flexibly controlled to accommodate TPU materials of varying thickness and hardness.

3. Compatibility with Transparent and Functional Materials
   High-frequency welding is suitable for transparent TPU, maintaining high light transmittance post-welding for real-time monitoring needs. Additionally, the process preserves the distribution of anti-static agents, ensuring welded flexible connectors retain both conductivity and transparency.

Advantages of High-Frequency Welding for Anti-Static TPU Flexible Connectors

1. Long-Term Stability of Anti-Static Performance
   High-frequency welding does not compromise the anti-static structure within TPU. Post-welding surface resistance remains stable, effectively preventing electrostatic accumulation and discharge—a critical feature in electronics manufacturing and chemical industries to avoid equipment failure or safety hazards.

2. Exceptional Chemical Resistance and Weathering Performance
   TPU inherently resists acids, alkalis, and oils. High-frequency welding enhances weld density, enabling flexible connectors to withstand harsh environments without leakage. TPU’s low-temperature resistance ensures welded connectors remain flexible even in extreme cold.

3. High Production Efficiency and Cost Control

• Fast Welding Speed: Short single-point welding times, combined with automated equipment, enable continuous production and significant efficiency gains.
• High Yield: The welding process eliminates mechanical stress, reducing material deformation and weak weld risks, thereby lowering defect rates.
• Low Maintenance Costs: Simple equipment design and long-lasting wear parts result in lower maintenance costs compared to other welding methods.

4. Eco-Friendly and Compliant with Safety Regulations
   High-frequency welding requires no solvents or adhesives, ensuring zero VOC emissions and compliance with environmental regulations. Anti-static TPU materials are non-toxic and odorless, meeting safety standards for food, medical, and other sensitive industries.