BNTECHGO 12 Gauge, 100ft Flexible 2-Conductor Parallel Silicone Wire Spool, Red & Black, Highly Resistant to 200°C, 600V, for Single Color LED Strip Extension, Lead Wire, Stranded Tinned Copper Wire.

BNTECHGO® 12 AWG Red & Black 2 Conductor Parallel Silicone Wire, Ultra-flexible, Soft, Easy to Separate, Easy to Use.

Specification:
Wire Gauge: 12 gauge
Length: 100 ft spool
Rated Temperature: -60 degrees C to 200 degrees C
Rated Voltage: 600 volts
Color: Red Black 2 conductor parallel
They are constructed with premium silicone rubber insulation. The 12-gauge 2 conductor parallel silicone wire core is made with 680 strands of 0.08 mm tinned copper wire per conductor. Tinned copper wire has better anti-oxidation performance, features high conductivity, lower resistance, reduces the production of heat, and is anti-aging.

Ultra Flexible
Constructed with premium silicone rubber insulation, strong toughness, and can be curled arbitrarily without being easily broken, suitable for various applications.

Security and Reliability
Uniform thickness, low eccentricity. It can effectively prevent current breakdown and ensure the safety of electricity use.

Low Temperature Resistance
Winter-friendly; even in extremely cold conditions down to -60 degrees C, it can work normally without affecting conductivity.

High Temperature Resistance
Constructed with premium silicone rubber insulation featuring flame retardant and insulating properties. It has high-temperature resistance up to 200 degrees C.

Our products have received high praise from customers since their introduction to the market. With a variety of specifications available, there will always be one that meets your needs.

Application Scenarios
Widely used for single-color LED strip lights, various DC electrical hookups, including model planes, model cars, model ships, lamps, household appliances, electric heating appliances, meters, instruments, motors, and digital fields

Shipping
● Please allow 2-7 business days for the item to arrive (depending on the parcel destination).