Feature

●Product Name: Carbon Fiber Electric Heating Wire
●Insulation: Silicone rubber
●Operating Voltage: The cable can operate at different voltages, but you need to use the appropriate length
●Maximum endurance temperature: 412°F (200°C)
●Product can bear maximum power: 25W / M


Description

Technical data:
Product Name: Carbon Fiber Electric Heating Wire
Insulation: Silicone rubber.
Operating Voltage: The cable can operate at different voltages, but you need to use the appropriate length.
Maximum endurance temperature: 412°F (200°C).
Heating temperature: Based on the length of use
Heating conductors: 1K, 2K, 3K, 6K, 9K, 12K, 18K, 24K
Leakage current: 0.05 mA/m
Product can bear maximum power: 25W / M
Color: Red, White
Infrared Wavelength: 8UM-18UM
Your order includes
100m = 100m cable + 20pcs copper tube + 20pcs sleeves

How to calculate power?
Voltage x Voltage / Resistance = Power
For example, if you use 6m carbon fiber cable at 220V, power is as follows:
220V*220Vb/(6m*61)=132W
Using 6K carbon fiber cable at 220V and 10m at 10m, power is as follows:
220V*220Vb/(10m*61)=79W
The longer the length, the smaller the power and the heating temperature is reduced.

Questions & Answers:
Q1: What does it mean to "12K"? What is the difference between 12K and 24K?
A1: "K" means 1000, 12K is 12000. This means that the conductors of 12K carbon fiber heating cables are combined with 12000 carbon fibers, and the resistance is 33 Ohms/m. The conductor of the 24K cable is combined with 24000 carbon fibers, with a resistance of 17 Ω/m.
Q2: What is the difference between rubber jacket and Teflon jacket?
A2: 1.Rubber jacket is more flexible and thick. There will be a little smell, but the smell will disappear after a few days.
2. Teflon jacket is a little harder and thinner than rubber jacket, but it is odorless and rust-proof.
Q3: What is the power of the cable? What is the heating temperature?
A3: 1.The power of the cable is based on the length used. You can calculate power according to the above examples.
2. Power = 5W/m, temperature is about 30~40℃.
Power = 10W/m, temperature is about 40~50℃
Power = 15W/m, temperature is about 50-60℃
Power = 20W/m, temperature is about 60-70℃
Power=25W/m, temperature about 70~90℃ Please note that this is for reference and not accurate due to different test conditions.
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