Primer · Polyurethane · 1K
Teping PU-Coat Primer RP
Penetrating polyurethane primer
Single-component penetrating polyurethane primer with anticorrosive pigments. Primer coat of anticorrosive systems for steel structures in all macroclimatic regions (GOST 15150).
- Theoretical consumption per coat
- 0.07 – 0.11 kg/m²
- Drying time
- 7 h
- Non-volatile content by mass
- 53 (±3)%
- Dry film thickness
- 30 – 50 µm

Overview
The product at a glance
Key points
- Tolerates tightly adherent rust on the surface
- High penetrating ability
- Applicable at sub-zero temperatures and high humidity
Where it is used
Facilities
- Oil and gas industry
- Nuclear power facilities, combined heat and power plants
- Transport infrastructure
- Industrial and civil construction
Guides
- Protecting steel structures from corrosion
- Preparing a concrete substrate for a resin coating
- Temperature, humidity and the dew point
Corrosion protection
Specifications
Technical data
Data from tnpgroup.ru. Check the application instructions before design.
- Components
- One-component (1K)
- Coating colour
- Red-brown, clear
- Coating appearance
- Uniform, free of foreign inclusions
- Non-volatile content by volume
- 48 (±3)%
- Non-volatile content by mass
- 53 (±3)%
- Density
- 1.0 – 1.3 kg/l
- Drying time
- 7 h
- Theoretical consumption per coat
- 0.07 – 0.11 kg/m²
- Dry film thickness
- 30 – 50 µm
Quantity for your project
Consumption 0.07–0.11 kg/m² per coat. An estimate from the consumption given on tnpgroup.ru, without allowance for the substrate or losses. A TNP technologist will calculate the exact quantity.
Product documents
Sent with the reply from a TNP technologist. Say in your enquiry which documents you need.
- Application instructions
- State registration certificate

Your expert
Anastasia Nikiforova
Sales Manager · Primers & varnishes
Helps you choose a coating, sends the TDS and works out quantities. Write in whichever of these languages suits you.
Let us match a solution to your project
Tell us the area, substrate and service conditions. A TNP technologist will suggest a system and calculate quantities and delivery times.





