Mica Tape Insulated Glass Fiber Electric Wire

• Customization: Available
• Type: Insulated
• Conductor Type: Stranded
• Model NO.: AMP
• Conductor Material: Copper
• Sheath Material: Glass Fiber Yarn
• Insulation Material: Mica Tape
• Material Shape: Round Wire
• Range of Application: Flame Retardant
• Certification: ISO9001, CE, CCC, RoHS
• Brand: Hoochan
• Transport Package: 100-300m Per Roll
• Specification: 26awg-14awg
• Trademark: HC
• Origin: China
• HS Code: 8544492100
• Production Capacity: 120km/Month

Product Description

AMP300 FIRE RESISTANT HIGH TEMPERATURE ELECTRIC WIRE       
 
CONDUCTOR:Nickel coated copper, Pure Nickel                                 
Insulator:Mica taped                                                           
Jacket: Glass Fiber Braiding                                                                       
High temperature resin coating 
 
 RATED TEMP.: 450ºC
PEAK TEMP: 500ºC
RATED VOLTAGE:300V
Test Voltage: 2000V. 1Min
 
Standards Applied:
* Flame retardant acc. to IEC 60332-1
* No flame propagation acc. to IEC 60332-3
* Low smoke emission acc. to IEC 61034
* Corrosiveness of combustion gases acc. to IEC 60754-2
* Halogen free acc. to IEC 60754-1
Meet with RoHS, REACH rules.
 
Characteristics:
Mica tape wire is made of Mica tape as the insulation, by wrapping the tape on the conductor, then fiber glass yarn braiding layer on the Mica tape, PTFE or Special resin coating on the the jacket. This kind of cable can bear much higher temperatuer to 500C deg.
 
The use of Mica tape, extra high temperature resistant insulation material, gives the cable excellent heat resistant and good dielectric strength.
 
The braided synthetic yarn covering, which is applied directly over the insulation, gives the cable, because of its short braiding pitch and high compactness, an excellent mechanical protection by maintaining good flexibility.
 
Application:
For internal wire connection of High temperature environment of electric appliance like: water heater, oven, furnace and aviation, military, etc.

    

Size	Conductor			Insulation		Braiding thickness	Wire OD		Resistance
AWG	section	structure	OD	Nominal	OD		Nominal	Tolerance	Ω/KM
NO.	mm²	No./mm	mm	mm	mm	mm	mm	mm	Max.
24	0.205	7/0.20	0.60	0.38	1.36	0.18	1.75	±0.20	93
22	0.324	7/0.254	0.76	0.38	1.52	0.18	1.90	±0.20	55
20	0.519	10/0.26	0.96	0.38	1.72	0.18	2.10	±0.20	34.6
18	0.803	16/0.26	1.20	0.38	1.96	0.18	2.35	±0.20	23.2
16	1.31	26/0.26	1.50	0.38	2.26	0.18	2.65	±0.25	14.6
14	2.08	41/0.26	1.90	0.38	2.66	0.18	3.05	±0.25	8.96
12	3.31	65/0.26	2.40	0.38	3.16	0.18	3.55	±0.25	5.64
		47/0.30
10	5.26	100/0.26	3.20	0.51	4.22	0.38	5.00	±0.30	3.55
		75/0.30
8	8.367	158/0.26	4.40	0.51	5.42	0.38	6.20	±0.30	2.30
		119/0.30
7	10.55	199/0.26	4.60	0.51	5.62	0.38	6.40	±0.30	1.79
		150/0.30
6	13.30	250/0.26	5.30	0.51	6.32	0.38	7.10	±0.40	1.42
		189/0.30
5	16.77	238/0.30	6.00	0.51	7.02	0.38	7.80	±0.40	1.12
		133/0.40
4	21.15	300/0.30	6.80	0.51	7.82	0.38	8.60	±0.50	0.89
		168/0.40