TPU flexible connection application scenarios: Cross-border penetration from food to new energy

From real-time monitoring of food production lines to precision manufacturing of new energy batteries, from non-invasive testing of chemical pipelines to flexible transmission in medical robots, TPU flexible connectors are redefining the standards of industrial piping systems with their four core advantages: transparency, durability, flexibility, and environmental friendliness. They are not only an upgraded version of traditional flexible connectors but also a key component driving the transformation of industrial production towards visualization, intelligence, and sustainability.

I. Application Scenarios: Cross-Industry Penetration from Food to New Energy

1. Food and Pharmaceuticals: Transparency Safeguards Safety

Case Study: After adopting TPU flexible connectors, a company experienced a decrease in the blockage rate of its milk powder delivery pipelines and a reduction in cleaning validation time.

Value: Transparent inner wall + food-grade material meets the traceability requirements of systems such as HACCP and FSSC 22000.

2. Chemicals and Printing: Corrosion Resistance and High Definition Coexist

Case Study: A paint factory used TPU flexible connectors to replace rubber hoses, reducing solvent leaks and extending equipment life.

Value: Chemical resistance + antistatic design (surface resistance ≤10⁹Ω) reduces the risk of explosion.

3. New Energy and Semiconductors: Microstructure Observation and Precision Control

Case Study: A lithium battery manufacturer observes the electrode coating process using transparent TPU flexible connections, showing minimal coating thickness deviation.

Value: Low scattering characteristics + high-resolution compatibility, supporting micron-level process optimization.

4. Medical and Robotics: Flexible Connections and Biocompatibility

Case Study: A surgical robot uses TPU flexible connections to transmit laser light, reducing optical path loss and improving surgical precision.

Value: Biocompatibility + fatigue resistance, meeting stringent standards for medical equipment.