Questions? Specialists at your service:

Tel. +49 (0) 76 64 / 50500 - 0

Point of Contact

Looking for the right person to contact with your request?

Contact Us

Submit a request and an employee will quickly process it and follow-up with you directly.

Our location

Where to find us.

Sku: X250 LINER

Applications

  • Phase insulation of electrical motors, generators, etc.
  • Insulation of transformers, coils, etc.

Benefits

  • Good thermal and puncture resistance
  • High initial adhesion
  • High chemical resistance
Storage Conditions

The Rolls should be stored in their packaging protected from light and at a temperature between 15°C to 24°C, with a relative humidity of 50% +/- 30%. When using an adhesive tape stored below 15°C, it is advisable to keep the tape at room temperature for 24 hours to preserve its characteristics.

Comment

Product price
Additional options total:
Order total:
Saint-Gobain / h-old® X250 LINER is Nomex® paper coated on one side with high-temperature acrylic adhesive and protected by white siliconized release paper liner. Designed for high temperature electrical applications where a strong and puncture resistant backing is required.
Manufacturer

Backing

Nomex®

Backing Thickness

0,250 mm

Adhesive Type

Acrylic

Total Thickness

0,300 mm

Insulation Class

F 155°C (DIN EN 60085, OANZ2 & OANZ8)

Color

White (08)

Liner

siliconized Paper

Adhesion to Steel

15,00 N/25 mm

Tensile Strength

625,00 N/25 mm

Elongation at Break

5%

Electrolytic Corrosion

1

Rolling Ball Tack

< 10 cm

Temperature Resistance

+180°C, (short-term)

Length

50 m, other lengths upon request

Width

6 mm, 9 mm, 12 mm, 15 mm, 19 mm, 25 mm, 30 mm, 38 mm, 50 mm, 914 mm, other widths upon request

Storage Life

The material can be stored at room temperature for at least 12 months.

Click on any individually listed technical data (blue text) to search for products with the same value. Effective: 29 March 2021

Benefits

  • Good thermal and puncture resistance
  • High initial adhesion
  • High chemical resistance
Back to Top