2432 Alkyd Fiberglass Insulation Varnish Tape

• Application: Insulators, Winding Wire Coating Insulation, Electrical Base, Shell, Motor, Insulating Varnish
• Type: Insulation Tape
• Chemistry: Organic Insulation
• Material: Fiberglass
• Thermal Rating: B 130
• Maximum Voltage: <10KV
• Model NO.: 2432
• Classification: Organic Insulating Material
• Certification: ISO9001, SGS
• Color: Yellow
• Brand: Chr
• Thickness: 0.11mm-0.20mm
• Width: 20mm 25mm 50mm 1200mm
• Package: Carton and Pallet
• Heat-Resistance: B Class 130
• Storage Life: 1 Year
• Transport Package: Carton and Pallet
• Specification: JB/T8148.1-1991
• Trademark: Chr
• Origin: China
• HS Code: 465000
• Production Capacity: 50mt/Week

Product Description

It is prepared by impregnating the glass fibre cloth with oil-modified alkyed varnish and then baking the coated cloth.
 2432-Alkyd Varnished Varnished Glass cloth  is prepared by impregnating the glass
fibre cloth with oil-modified alkyed varnish and then baking the coated
cloth.

Characteristics of Alkyd Varnished Varnished Glass cloth  :
It is class B(130 degree c)
It has good dielectric properties at normal condition
breakdown voltage>5.0-9.0 KV/mm
Alkyd Varnished Varnished Glass cloth  has high mechanical strength and suitable elongation.
 
Applications of Alkyd Varnished Varnished Glass cloth  :
It can be used for coil insulation and slot liner of electrical machines and
appliances with class B insulation system.
Nominal thickness:0.11mm, 0.13mm, 0.15mm,0.17mm,0.20mm

Item	Checking measure			unit	Requirments
1	appearance				Uniform lacquer flim ,no air bladder ,no crease,or any other defect .lacqure film cant be felt when open ,with neat cutting of the whole roll
2	width			mm	negotiable
3	Normal thickness			mm	0.12±0.020
4	thermoplastic (70±2,24h)			/	Lacquer film no felt ,no break off
5	Shrinkage 105±2,6h)(average )			%	≤4
6	Volume Resistance			Ω.m	Normality ≥1.0×1011
7	Breakdown voltage	room temperature	Medium	KV	≥7.2
			min		≥4.8
		heating	medium		≥5.2
			min		≥2.5
		After bending	medium		≥5.0
			min		≥2.5