Carbon heater fiber flex tape 10 meter x 15mm in one piece (.5/m)

Description

Google "
carbon heated clothing
" you find lots of instructables about.
Made an instructables with our carbon and permanent link to our eBay and get 5 meter for free!
It's a resistive carbon heating tape.
10 meters x 15
±2mm x 0,6
±0,1 mm. 1,5K. 19
±1 Ohm/m. 5
±1g/m.
Idial for DIY heating clothes.
You can make your own inexpensive heated gloves, heated insoles, heated pad, jacket, vest, sleeping bag, socks.
The power consumption of 1 meter is about: 0.7W/m (3.7V), 2.9W/m (7.4V), 7.5W/m (12V).
You can cut it by the len
gth
to
in
crease the power.
It cannot be cut into smaller widths.
But you can cut it into smaller length only.
You must have an experiance in electronic DIY projects to prevent any hazardous of using it.
1 foot - 24,86W (12V); 31,5W (13,5)
2 ft - 12,4W (12V); 15,7W (13,5V)
3 ft — 8,3W (12V); 10,5 (13,5V)
4 ft — 6,2W (12V); 7,8 (13,5V)
If connect 1ft x 2 in parallel it will be 24,8W +24,8W = 49,6W (12V); 31,5W+31,5W=63W (13,5V)
If connect 1ft x 3 in parallel it will be 24,8W x3 = 74,4W (12V); 31,5W x3=94,5W (13,5V)
2ft x 3 in parallel it will be 12,4W x3 = 37,2W (12V); 15,7W x3=47,1W (13,5V)
2ft x 4 in parallel it will be 12,4W x4 = 49,6W (12V); 15,7W x4=62,8W (13,5V)
2ft x 5 in parallel it will be 12,4W x5 = 62W (12V); 15,7W x5=78,5W (13,5V)
2ft x 6 in parallel it will be 12,4W x6 = 74,4W (12V); 15,7W x6=94,2W (13,5V)
3ft x 5 in parallel it will be 8,3W x5 = 41,5W (12V); 10,5W x5=52,5W (13,5V)
3ft x 6 in parallel it will be 8,3W x6 = 49,8W (12V); 10,5W x6=63W (13,5V)
3ft x 7 in parallel it will be 8,3W x7 = 58,1W (12V); 10,5W x7=73,5W (13,5V)
3ft x 8 in parallel it will be 8,3W x8 = 66,4W (12V); 10,5W x8=84W (13,5V)
4ft x 7 in parallel it will be 6,2W x7 = 43,4W (12V); 7,8W x7=54,6W (13,5V)
4ft x 8 in parallel it will be 6,2W x8 = 49,6W (12V); 7,8W x8=62,4W (13,5V)
4ft x 9 in parallel it will be 6,2W x9 = 55,8W (12V); 7,8W x9=70,2W (13,5V)
4ft x 10 in parallel it will be 6,2W x10 = 62W (12V); 7,8W x10=78W (13,5V)
4ft x 11 in parallel it will be 6,2W x11= 68,2W (12V); 7,8W x11=85,8W (13,5V)
4ft x 12 in parallel it will be 6,2W x12 = 74,4W (12V); 7,8W x12=93,6W (13,5V)
At 12V (metric)
0,25meter - 30W
0,5meter - 15W
1meter - 7,5W
2m - 3,75W
3m - 2,5W
4m - 1,8W
5m - 1,5W
6m - 1,25W
If connect 0,25m x 2 in parallel it will be 30W +30W = 60W
If connect 0,5m x 2 in parallel it will be 15W +15W = 30W
If connect 0,5m x 3 in parallel it will be 15W +15W +15W =45W
If connect 1m x 2 in parallel 7,5W +7,5W = 15W
Also available
.
Ask for an invoice.
1000mm x 44
±2mm x 0,5
±0,1mm. 1,5K. 8
±1 Ohm/m. 12
±
2
g/m.
US .00
Idial for DIY heating clothes.
You can make your own inexpensive heated gloves, heated insoles, heated pad, jacket, vest.
The power consumption of 1 meter is about: 1,7W/m (3.7V), 6,8W/m (7.4V), 18W/m (12V).
You can cut it by the len
gth
to
in
crease the power.
You must have an experiance in electronic DIY projects to prevent any hazardous of using it.
We're happy to give a discount for large orders, please don't hesitate to contact us.
The size of the discount depends on the quantity ordered.