- RS-stocknr.:
- 194-1198
- Fabrikant:
- Tufnol®
tijdelijk niet op voorraad – nieuwe voorraad verwacht op 30-07-2024, met een levertijd van 2 à 3 werkdagen.
Toegevoegd
Prijs 1 partij 2
€ 34,70
(excl. BTW)
€ 41,99
(incl. BTW)
| Lot(s) | Per lot | Per stuk* |
| 1 - 2 | € 34,70 | € 17,35 |
| 3 - 5 | € 32,26 | € 16,13 |
| 6 - 11 | € 30,54 | € 15,27 |
| 12 + | € 27,77 | € 13,885 |
| *prijsindicatie | ||
Alternatief
Dit product is momenteel niet beschikbaar. Hierbij onze aanbeveling voor een alternatief product.
- RS-stocknr.:
- 194-1198
- Fabrikant:
- Tufnol®
Wetgeving en compliance
- Land van herkomst:
- GB
Productomschrijving
Tufnol®, Kite Brand. SRBP Sheet : Synthetic Resin Bonded Paper
Kite Brand meets BS2572 Type P3 (EN60893 type PF CP 206) equivalent to the former BS5102 Type 1 and BS1137 Type 1, which have been widely used in the electrical industry for many years.
Readily machinable and can be hot punched in thickness up to 3.2mm
Applications include terminal boards, mounting panels, tag strips, coil formers, insulating sleeves and bushes, busbar supports,coil supports, insulated enclosures, brush holders, insulating spacers, plugs and sockets
Dielectric Strength In Oil At 90C8.1 MV/m (Flatwise), stock no. 194-1154
Applications include terminal boards, mounting panels, tag strips, coil formers, insulating sleeves and bushes, busbar supports,coil supports, insulated enclosures, brush holders, insulating spacers, plugs and sockets
Dielectric Strength In Oil At 90C8.1 MV/m (Flatwise), stock no. 194-1154
Standards
BS 2572 Type P3 (EN 60893 type PF CP 206); BS 5102 Type 1; BS 1137 Type 1
Specificaties
Kenmerk | Waarde |
|---|---|
| Colour | Black, Natural |
| Length | 1.17m |
| Material | Laminated Plastic |
| Laminated | Yes |
| Laminate Material | Paper, Phenolic Resin, Tufnol Kite |
| Inner Diameter | 6.35 mm |
| Outer Diameter | 9.53 mm |
| Thickness | 3.2mm |
| Density | 1.35g/cm³ |
| Water Absorption | 1mg/cm² |
| Maximum Operating Temperature | +90°C |
| Cross Breaking Strength | 150MPa |
| Impact Strength | 2.7kJ/m² |