UL20276 Advantages  
TPE Eco-Friendly Material: Halogen-free and non-toxic, produces low smoke and low corrosion during combustion, meeting environmental requirements  
Oil and Wear Resistance: TPE material has good tolerance to oils and solvents, and is wear-resistant  
Flexible and Highly Elastic: TPE insulation and sheathing maintain good flexibility and resilience  
Stable Electrical Performance: High insulation resistance, good dielectric strength, reliable signal transmission  
Dual U.S.-Canada Certification: Simultaneously passes UL and cUL certification, allowing circulation in the North American market  

UL20276 Selling Points  
Eco-Friendly Specialty Wire for North America: Specifically designed for applications with high environmental requirements, such as medical and food equipment in the U.S. and Canadian markets  
Dual-Certified Eco-Friendly Cable: UL + cUL certification supports entry into North American green product supply chains  
Plug-and-Play Eco-Friendly Solution: TPE material requires no preprocessing, compatible with medical and food equipment interfaces  
Safe and Reliable Choice: Halogen-free, low-smoke characteristics ensure personnel safety, oil and wear resistance extend service life  
Flexible Customization Support: Supports AWG 32–14 sizes and multiple color customizations, with fast response times  

UL20276 Application Scope  
Internal Wiring for Medical Equipment: Internal connections for medical devices such as monitors, infusion pumps, and ventilators  
Wiring for Food Processing Equipment: Oil-resistant and washable internal lines for food machinery and packaging equipment  
Wiring for Laboratory Instruments: Eco-friendly internal wiring for biochemical analyzers and lab bench equipment  
Internal Connections for Children's Products: Safe internal wires for smart toys and baby monitoring devices  
Repair and Replacement for Eco-Friendly Products in North America: Specialized wires for eco-friendly equipment repairs in the U.S. and Canada  
Compliance Certifications: UL

Conductor: Typically required to be annealed copper. The DC resistance, diameter, and structure (solid/stranded) of the conductor are specified, depending on the cable category.  
Insulation: Materials must meet electrical and flame-retardant requirements. Insulation thickness and dielectric strength are specified.  
Cable Core Structure: Defined according to type: e.g., twist pitch of twisted pairs, star-quad arrangement of four-wire groups, concentricity of inner and outer conductors in coaxial cables, etc.  
Shielding (if applicable): Requirements are specified for shielding type (foil, braided, composite), coverage, and continuity.  
Sheath: Strict regulations are in place for sheath materials (PVC, LSZH, etc.) regarding mechanical properties (tensile strength, elongation), thickness, and flame retardancy (must pass tests such as VW-1 or FT4).