MATERIALS, ADHESIVES AND COATINGS
IP9134 / PL163 / IP9029-R3 / PL73 / IP9036 / IP46-9000-H heat-resistant polyimide, silicone and aluminum coatings for engines (300–650 °C)
Country: United Kingdom · Model: IP9134, PL163, IP9029-R3, PL73, IP9036, IP46-9000-H
Heat-resistant polyimide, silicone and aluminum coatings for engine parts, drive gearboxes, exhaust systems and furnaces. Working temperatures start from 300 °C for polyimides and reach 650 °C in the aluminum IP9029-R3 and IP9036. Coatings are selected by temperature, substrate and fluid resistance.
- IP9134 (PL165)
- aluminum-filled polyimide stoving enamel, up to 300 °C; MSRR 9134, AFS 1566, MTU MTS 1521, NSN 8010-99-192-5127; breakdown 5 kV at ~80 µm; thinner S30
- PL163
- clear polyimide coating; 100 h at 300 °C, salt spray 100 h, Skydrol 3 h at 70 °C
- IP9029-R3
- heat-resistant lead-free stoving aluminum, toluene-free; up to 650 °C; thickness up to 150 µm; replaces PL101, IP9139
- PL73
- matt black heat-resistant enamel up to 500 °C, resistant to oils and chemicals
Technical specifications
| IP9134 (PL165) | aluminum-filled polyimide stoving enamel, up to 300 °C; MSRR 9134, AFS 1566, MTU MTS 1521, NSN 8010-99-192-5127; breakdown 5 kV at ~80 µm; thinner S30 |
|---|---|
| PL163 | clear polyimide coating; 100 h at 300 °C, salt spray 100 h, Skydrol 3 h at 70 °C |
| IP9029-R3 | heat-resistant lead-free stoving aluminum, toluene-free; up to 650 °C; thickness up to 150 µm; replaces PL101, IP9139 |
| PL73 | matt black heat-resistant enamel up to 500 °C, resistant to oils and chemicals |
| IP9036 | one-component air-drying anticorrosive coating up to 650 °C (continuous 300 °C); with primer IP9036-PRIMER |
| IP46-9000-H / IP7800 / IP2376-001 | silicones: black gloss (up to 600 °C), silicone-alkyd, Smoothseal touch-up (up to 600 °C) |
| REACH | IP9134 and PL163 contain NMP (CAS 872-50-4, SVHC) |
| Customs codes (for reference) | |
| NSN (NATO Stock Number) | 8010-99-192-5127; 8010-99-749-4329 (per the manufacturer's document, to be confirmed by packaging) |
Specifications are taken from the manufacturer’s technical documentation. Updated . Customs codes are for reference only; the final code is determined at customs declaration for the specific model.
Description
The IP9134 (formerly PL165) is an aluminum-filled polyimide stoving enamel up to 300 °C, including in khaki color, per MSRR 9134, AFS 1566 and MTU MTS 1521 (NSN 8010-99-192-5127). Together with the clear polyimide PL163 it is used for magnesium in the drive gearbox and on the engine. The PL163 has passed 100 hours at 300 °C, 100 hours of salt spray and 3 hours in Skydrol at 70 °C, and at a thickness of about 80 µm it withstands 5 kV. Application per RPS 661/22 involves heating the part to 120–150 °C, spraying and returning it to the oven, and the thinner S30 is classified as an SVHC under REACH. The IP9029-R3 is a lead-free, toluene-free aluminum that replaces the PL101 and IP9139, raises the limit from 500 to 650 °C and gives a film up to 150 µm. The PL73 is a matt black enamel up to 500 °C, resistant to oils, greases and chemicals. The IP9036 is a one-component air-drying coating up to 650 °C, continuously up to 300 °C, with the primer IP9036-PRIMER. The silicones are the IP46-9000-H up to 600 °C, the IP7800 silicone-alkyd, and the IP2376-001 Smoothseal touch-up up to 600 °C.
How to choose
The coating class is set by the working temperature. Up to 300 °C take the polyimide IP9134 with the clear PL163 for magnesium, up to 500 °C the matt black PL73, up to 600 °C the silicones IP46-9000-H or IP2376-001, up to 650 °C the aluminum IP9029-R3 and IP9036. When an oven is unavailable, the air-drying IP9036 remains, applied by spraying, brushing or dipping.
Request a price and lead time
IP9134 / PL163 / IP9029-R3 / PL73 / IP9036 / IP46-9000-H heat-resistant polyimide, silicone and aluminum coatings for engines (300–650 °C). We reply within one business day.
Or email office@usk.ua or call +38 (044) 339-50-20.
FAQ
Up to what temperature does the IP9029-R3 work?
Up to 650 °C, whereas earlier versions held 500 °C. The film thickness reaches 150 µm.
Do the IP9134 and PL163 contain SVHC substances?
Yes, the thinner S30 is N-methylpyrrolidone, classified as an SVHC under REACH.
How is the IP9134 applied per RPS 661/22?
The part is heated to 120–150 °C, a layer is sprayed and the part is returned to the oven.
What does the clear polyimide PL163 withstand?
100 hours at 300 °C, 100 hours of salt spray and 3 hours in Skydrol at 70 °C. At a thickness of about 80 µm it withstands 5 kV.
What can be used to coat a chimney or furnace without baking?
The IP9036, a one-component air-drying coating up to 650 °C, continuously up to 300 °C.
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