Insulation Material for 10kV and below Silane XLPE Aerial Cables
Insulation Material for 10kV and below Silane XLPE Aerial Cables
Unleash the Power of 10kV and Below Aerial Cables with Cutting-Edge Silane XLPE Insulation. Elevate Performance and Reliability for Your High-Voltage Connections. Experience Excellence in Every Strand!
PAYMENT TERMS T/T, L/C, D/P, etc.
DELIVERY TIME 10 days
SHIPPING By sea
PORT OF LOADING Shanghai, China
HS CODE 3901909000
STORAGE 12 months
Product Introduction
The product is two-step silane cross-linkable polyethylene insulation compounds. It is mainly used for the insulation of medium-low voltage overhead cables through squeeze tube mold production process. Cables working voltage is 10kV and below, the highest working temperature is 90℃. The color of this product is black if there are no speical explanations.
Processing Indicator
Recommend to process with the PE extruder
Model | Machine Barrel Temperature | Molding Temperature |
---|---|---|
OW-YJG(2)K-10 | 155-175℃ | 180-190℃ |
No. | Item | Unit | Technical Requirements | ||
1 | Density | g/cm³ | 0.922±0.005 | ||
2 | Tensile Strength | MPa | ≥13.0 | ||
3 | Elongation at Break | % | ≥300 | ||
4 | Brittle Temperature with Low Temperature | ℃ Failure Rate |
-76 ≤15/30 |
||
5 | 20℃ Volume Resist ivity | Ω·m | ≥1.0×10¹⁴ | ||
6 | 20℃ Dielectric Strength,50Hz | MV/m | ≥25.0 | ||
7 | 20℃ Dielectric Constant,50Hz | % | ≤2.35 | ||
8 | Air Aging Condition 135±2℃×168h |
Tensile Strength Variation After Aging | % | ±20 | |
Elongation Variation After Aging | % | ±20 | |||
9 | Artificial Weathering Aging | Tensile Strength Variation After Aging | % | ±30 | |
Elongation Variation After Aging | % | ±30 | |||
10 | Artificial Weathering Aging | Tensile Strength Variation After Aging | % | ±30 | |
Elongation Variation After Aging | % | ±30 | |||
11 | Hot Set Test Condition 200×0.2MPa×15min |
1mm thick 95 ℃ boiled 2 hours test |
Hot Elongation | % | ≤100 |
Permanent Deformation after Cooling | % | ≤5 | |||
Note: More specifications, please contact our sales staff. |
No. | Item | Unit | Technical Requirements | ||
1 | Density | g/cm³ | 0.922±0.005 | ||
2 | Tensile Strength | MPa | ≥13.0 | ||
3 | Elongation at Break | % | ≥300 | ||
4 | Brittle Temperature with Low Temperature | ℃ Failure Rate |
-76 ≤15/30 |
||
5 | 20℃ Volume Resist ivity | Ω·m | ≥1.0×10¹⁴ | ||
6 | 20℃ Dielectric Strength,50Hz | MV/m | ≥25.0 | ||
7 | 20℃ Dielectric Constant,50Hz | % | ≤2.35 | ||
8 | Air Aging Condition 135±2℃×168h |
Tensile Strength Variation After Aging | % | ±20 | |
Elongation Variation After Aging | % | ±20 | |||
9 | Artificial Weathering Aging | Tensile Strength Variation After Aging | % | ±30 | |
Elongation Variation After Aging | % | ±30 | |||
10 | Artificial Weathering Aging | Tensile Strength Variation After Aging | % | ±30 | |
Elongation Variation After Aging | % | ±30 | |||
11 | Hot Set Test Condition 200×0.2MPa×15min |
1mm thick 95 ℃ boiled 2 hours test |
Hot Elongation | % | ≤100 |
Permanent Deformation after Cooling | % | ≤5 | |||
Note: More specifications, please contact our sales staff. |