High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires

Product Details
Customization: Available
Feature: Heat Insulation, High Voltage
Material: Braided Fiberglass + Acrylic Resin
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  • High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires
  • High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires
  • High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires
  • High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires
  • High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires
  • High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires
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Basic Info.

Model NO.
AG601-01
Tensile Strength
Good
Function
Insulation Sleeving
Type
Insulation Sleeving
Colors
Customized
Product Name
AG601 Fiberglass Sleeving Coated with Acrylic Resi
Rated Voltage
35kv or Above
Application
High Voltage
Refractoriness
550°C
Diameter
4-30mm
Apparent Density
180~210kg/m³
Surface Treatment
Full Body Tiles
Color
Silver
Transport Package
Pallet Packing
Trademark
Powerwell
Origin
Hunan, China
Production Capacity
50000 Kilogram/Kilograms Per Month Capacitor Ins

Product Description

High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires

High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires

High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires

 

 

Description

AG601 fiberglass sleeving is a Class 155°C electrical insulation,manufactured by impregnating and coating a finely braided fiberglass sleeving with a dielectric film of acrylic resin. AG601 sleeving isrecommended as a universal coated sleeving for all thermal requirements

from Class 105°C through Class 155°C.

Features

Superior mechanical and electric properties

High heat resistance (class F,155)

Excellent compatibility with polyester,phenolic and epoxy resin.

excellent resistance to oil, acids and

alkalis

Applications

widely used in fractional and integral horsepower

motors on leads and crossovers. Other uses exist in dry and oilfilled

transformers, relays of many types, radio and television circuits
Available

Breakdown voltage

Grade A 7,000 Volts Min. Avg. 5,000 Volts Min. Indiv.

Grade B 4,000 Volts Min. Avg. 2,500 Volts Min. Indiv.

Grade C-1 2,500 volts Min. Avg. 1,500 Volts Min. Indiv.

Grade C-2 1,500 Volts Min. Avg. 800 Volts Min. Indiv.

Sizes 

In continuous spooled lengths or cut lengths in 1000mm per piece

Colors 

Black, yellow, white and natural.

Other colours are available on request

Technical Data

Inner Diameter                         Wall Thickness

Size

Tolerance

Minimum

Maximun

1-3

±0.20

0.20

0.60

4-9

±0.30

0.30

0.70

10-16

±0.50

0.50

0.80

 

Performance                            Index


Breakdown Voltage(even)

 4000

 2500

 1000


Bending at low temperature


No cracking or detachment of the coating shell be visible after 60 min at -15


Bending after heat treatment


No cracking or detachmant of the coating shell be visible after 48±1hr at 155±3


The other performances


Reference to GB7113-7117-86

 

 

 

Property

Requirements

Proof Voltage (not lower than)kv

under normal conditions

after dampening

after winding

2.5 kv

4 kv

1.2 kv 2kv

1.5 kv 2.5kv

Coating stability

Temp 20o 5 the sleeving has been wound around the specified mandrel for 1 hour. The coating should not crack or appear detached.

The sleeving is treated for 2hours at a temperature of 10 to 15o C below zero. Then has been wound around the specified mandrel immediately. Coating should not crack ar appear detached.

The sleeving treated at a temperature of 130o 2o C for 24 hours and is wound around a specific mandrel at the room temperature of 20o 2o C The coating should not crack or appear detached.

Oil resistance

The sleeving dipped in transformer oil for 24 hours at a temperature of 105 2 C. The coating should not crack or appear detached. But the colour of the sleeving is allowed to grow darker.

Benzene resistance

The sleeving kept in methyl benzene at a normal atmospheric temperature for 4 hours. The coating should not be sticky or show delamination.

High Temp Fiberglass Fire Sleeve Heat Resistant Braided Sleeve Insulation Tube for Cable Wires

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