- Product Details
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Quick Details
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Model Number:
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Epoxy Laminated Glass Cloth Moulded Rod
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Surface Treatment:
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Epoxy Laminated Glass Cloth Moulded Rod
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Product name:
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Epoxy Laminated Glass Cloth Moulded Rod
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Color:
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Light Yellow/Light Green
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Diameter:
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8-200mm
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Density:
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1.7-1.8g/cm3
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Length:
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1000mm/1200mm
Quick Details
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Technique:
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Epoxy Laminated Glass Cloth Moulded Rod
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Place of Origin:
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Zhejiang, China
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Brand Name:
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Hitex
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Model Number:
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Epoxy Laminated Glass Cloth Moulded Rod
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Surface Treatment:
-
Epoxy Laminated Glass Cloth Moulded Rod
-
Product name:
-
Epoxy Laminated Glass Cloth Moulded Rod
-
Color:
-
Light Yellow/Light Green
-
Diameter:
-
8-200mm
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Density:
-
1.7-1.8g/cm3
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Length:
-
1000mm/1200mm
Epoxy Laminated Glass Cloth Moulded Rod
Epoxy glass cloth laminated rod is a rod formed by immersing an alkali-free glass fiber cloth in an epoxy resin and then thermally drying to form a prepreg. After being wound with the prepreg, it is put into a specific abrasive tool and hot-pressed.
Feature:
l Has high mechanical and electrical performance
l Excellent mechanical processing performance, high degree of automatic processing
l Good water absorption resistance, can be used in humid environment and transformer oil
Suitable for use as insulation structural parts in motors and electrical equipment, and can be used in humid environments and transformer oils.
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Item No. |
Color |
Diameter |
Density |
Length |
|
3841-Y |
Light Yellow |
8-200mm |
1.7-1.8g/cm 3 |
1000mm/1200mm |
|
3841-G |
Light Green |
8-200mm |
1.7-1.8g/cm 3 |
1000mm/1200mm |
*Specific products could be made according to customers’requirements.
|
Epoxy Laminated Glass Cloth Rod(3841) |
|
|
Properties |
Value |
|
Density |
1.7-1.8g/cm 3 |
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Flexural Strength At Perpendicular Lamination (Under Normal) |
≥220Mpa |
|
Axial Compressive Strength |
≥175Mpa |
|
Breakdown Voltage At Parallel Lamination(Transformer Oil At 90 °C) |
≥40Kv |
|
Insulation Resistance After Immersion |
≥1000MΩ |
|
Dielectric Loss Factor(50Hz) |
≤0.03 |
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Water Absorption |
≤3Mg/cm 2 |
|
Thermal Index |
155 |
*Executive Standard : GB-T 5132.1-2009 IEC61212-1:2006
