SLAE Tape
6.Aluminum Tape with Semi-conductive layer & Polymer layer
6-1 S-LAE Tape
6-2 S-LAS Tape
S-LAE Tape
S-LAS
1. Applicable Cable:
– High and extra high voltage CV Cable.
2. Descriptions:
- PE Polymer is melted, extruded, and laminated on one side of aluminum foil and semi-conductive polymer on the other side.
- Applied between other conductive or semi-conductive layers of the cable. (S-LAS Tape)
- Waterproof and recommended for shielding.
3. Structure:
| Non-Conductive Polymer Layer |
| Al. Foil Layer |
| Semi-Conductive Polymer Layer |
| Semi-Conductive Polymer Layer |
| Al. Foil Layer |
| Semi-Conductive Polymer Layer |
4. Specification:
| Classification | Unit | S-LAE 0.29 | S-LAE 0.35 | S-LAS 0.4 | Remarks |
|---|---|---|---|---|---|
| Thickness | mm | 0.29±0.02 | 0.35±0.03 | 0.35±0.03 | |
| Al. Foil Tensile Strength | kg/mm² | 7~9 | |||
| Al. Foil Elongation | % | 25↑ | |||
| Tensile Load | kg/25W | 20↑ | |||
| Room Temperature Peeling Strength |
0.8↑ | (①Al. Layer – Semi-Conductive Layer ②Al. Layer – PE Polymer) | |||
| Sheet Peeling Strength |
2.5↑ (4.0↑) | PE Sheet – PE Polymer | |||
| Polymerization Peeling Strength | 2.5↑ | PE Polymer – Semi-Conductive Layer | |||
| Tape Wave Effect | – | – | – | – | No wave effect on width |
| Surface Resistancy | ohm | 1×105↓ | Semi-Conductive Layer | ||
| Al Purity | % | 99.3↑ | |||