UL 3231

UL 3231 specialized wire combines superior flexibility with environmentally conscious halogen-free construction, engineered specifically for applications requiring exceptional durability and safety. This professional-grade wire delivers reliable performance in high-temperature environments while providing outstanding resistance to chemicals, fungi, and environmental stress. Designed for critical installations in hazardous locations, this versatile wire features advanced insulation technology that ensures consistent electrical properties and mechanical integrity. Perfect for medical equipment like ventilators, industrial electrical systems, and household appliances such as clothes dryers, this wire maintains optimal performance where temperature resistance is crucial. The sophisticated construction meets stringent safety requirements for both industrial and medical applications, making it ideal for installations where environmental safety and reliable operation are essential. Its halogen-free composition provides an additional layer of safety in sensitive environments. Silicone Hook-Up Wire Features

• Construction

Conductor options:

Stranded tinned copper

Nickel-plated copper

Silicone rubber insulation

Outer covering:

Braided fiberglass with high-temperature finish

Available in colors or striped combinations

600VAC rating

Temperature ratings:

150°C standard

200°C available

• Key Benefits

Superior flexibility and durability

Excellent electrical properties

Resistance properties:

Chemical resistant

Ozone resistant

Moisture resistant

Fungus resistant

Safety features:

Halogen-free

Non-conductive ash formation

Excellent insulation retention

• Primary Applications

Electric appliances:

Clothes dryers

Household equipment

Industrial equipment:

Hazardous locations

High-temperature environments

Medical equipment:

Ventilators

Medical devices

Specialized applications:

SF-2 requirements

SFF-2 requirements

• Industry Certifications

UL Style 3231

Meets SF-2 requirements

Meets SFF-2 requirements

Note: Not suitable for immersed applications