High temperature Resistant PVC compound for cables

Loading Port:Shanghai

Payment Terms:TT OR LC

Min Order Qty:-

Supply Capability:3000 Tons kg/month

Product Description:

High temperatureResistant PVC compound for cables

                           

I.                  Type andapplication

Type

Product

Application  and Cable Specification

2501N

125 degree C PVC  insulating compound

125 degree C high  temperature resistant PVC insulating compound for cables and wires

2521N

125 degree C  jacket compound

125 degree C high  temperature resistant PVC jacket compound for cables and wires

II.               Product description

High temperature PVC cable compound, basedon PVC resin, is made into granules by mixing, plasticization, and granulation,adding plasticizer, stabilizing agent. The products meet various specialrequirements, such as different hardness, UV stable, environment friendly(RoHs, REACH, PAHs, chlorinated alkanes free)

III.            Processing

It is recommended that compound should beprocessed with common extruder having a minimum L/D ratio of 20.

The following temperature(℃) profile of extruder is recommended:

Zone

Zone 1

Zone 2

Zone 3

Zone 4

Head

Die

Temperature  

145

165

175

180

185

180

IV.             Storageand transport

Packaging:25kg/bag, PEmembrane inside bag and Kraft outside bag.

Storage and transport: Avoiding in directsunlight and weathering. The storage should be clean, cool, dry, andventilated.

V.                Properties

Table

Item

Unit

Standard  Value

2501N

2521N

Tensile Strength

≥  MPa

16.0

16.0

Elongation at Break

≥   %

150

180

Impact Brittleness Temperature

 

-15

-25

Volume Resistivity, at 20

Ωm

1.0×1012

1.0×108

Dielectric Strength

≥ MV/m

20

18

Hot Deformation

≤   %

40

50

Thermal Stability Time

at 200

≥  min

180

180

Thermal Aging

Aging Temperature

158±2

158±2

Aging Time

h

240

168

Tensile Strength after aging

≥  MPa

16.0

16.0

Variation on Tensile Strength

  %

±30

±25

Elongation at Break after aging

≥   %

150

150

Variation on Elongation at Break

    %

±30

±25

Loss of Mass

≤  g/m2

25

25