UL10269 Oil and chemical resistance UL-Certified Cable

UL10269 Wire Advantages  
High Temperature Resistance of Silicone Rubber: Can withstand high temperatures up to 200°C short-term, suitable for instantaneous high-temperature or thermal shock environments  
Flexible and Durable: Silicone rubber maintains flexibility while resisting aging, suitable for dynamic wiring scenarios  
Stable Electrical Performance: High insulation resistance, low dielectric loss, suitable for precision signal transmission  
Oil and Chemical Resistance: Silicone rubber has a certain tolerance to oils, solvents, and weak acids/bases  
Compliance with U.S. Standard Specialty Wires: Passes UL certification, meeting U.S. requirements for high-temperature and flexible applications  

UL10269 Wire Selling Points  
High-Temperature Flexible Specialty Wire for North America: Specifically designed for internal wiring in high-temperature testing equipment and heating appliances in the U.S. and Canadian markets  
UL-Certified Silicone Rubber Wire: Complies with the UL 1581 standard, supporting product certification for high-temperature applications in North America  
Plug-and-Play High-Temperature Flexible Solution: Silicone rubber insulation requires no preprocessing, compatible with U.S. standard high-temperature connectors  
Economical High-Temperature Flexible Choice: Provides low-cost connection wires for high-temperature small appliances and laboratory equipment exported to North America  
Flexible Specifications and Stable Supply: Common AWG sizes (30–16 AWG) are well-stocked, supporting custom color options  

UL10269 Wire Application Scope  
Wiring for High-Temperature Testing Equipment: Sensor connection wires inside ovens and aging test chambers in the U.S. and Canadian markets  
Internal Connections for Heating Appliances: Leads for heating elements in hair dryers, curling irons, heating pads, etc.  
Industrial High-Temperature Detection Lines: Signal lines for high-temperature detection probes on production lines, temperature measurement lines for heat treatment equipment  
Wiring for Laboratory Instruments: Internal power supply and signal transmission lines for high-temperature laboratory equipment  
Repair and Replacement for High-Temperature Applications in North America: Specialized silicone rubber wires for high-temperature appliance repairs in the U.S. and Canada  
Compliance Certifications: UL

Conductor: Annealed copper, typically stranded with ultra-fine copper wires (extremely high flexibility).  
Common Specifications: AWG 32 to AWG 24 (corresponding cross-sectional area approximately 0.03 mm² to 0.2 mm²), focusing on extremely fine wire diameters.  
Insulation Material: Cross-linked polyolefin (e.g., XLPE) or high-performance thin-wall PVC, achieved through special formulations to provide insulation and mechanical strength in an ultra-thin state.  
Rated Voltage:300 Volts.  
Long-term Allowable Operating Temperature:** 105°C or 125°C (depending on the specific material model, commonly 105°C).  
Minimum Operating Temperature: -40°C or lower, maintaining flexibility.  
Flame Retardant Rating: Must pass UL VW-1 or stricter flame retardant tests.  
Insulation Thickness: Extremely thin, its most notable feature. Compared to UL1015 of the same specification, its outer diameter can be reduced by 30% to 50%, depending on the AWG specification.  
Maximum Outer Diameter: UL standards impose strict upper limits on its maximum outer diameter to ensure its "thin-wall" characteristic.  
Color: Common standard colors are available, though the variety may be limited by manufacturing processes compared to standard wires.