PROTECTIVE PAINT SYSTEMS FOR NUCLEAR POWER PLANTS (NPP)

CONCRETE SYSTEMS      STEEL SYSTEMS     


CERTIFICATES

Nuclear industry coatings

CONCRETE SYSTEMS

Protective nuclear coatings for concrete surfaces in nuclear power stations

INERTA 280 A – EPOXY SYSTEM FOR CONCRETE

The system consists of chemically curing almost solvent-free epoxy coating:

   INERTA 280 A Epoxy Paint 1 x 500 µm 
   Total film thickness 500 µm 
   Paint system VOC
54 g/m² 

Paint system     Certificate


TEKNOFLOOR 5620 - EPOXY SYSTEM FOR CONCRETE FLOORS

The system consists of chemically curing solvent-free two-pack epoxy products:

   The coating system structure:

EP2000 

   TEKNOFLOOR PRIMER 5750  priming 
   TEKNOFLOOR 5620 2 mm 
   Total film thickness 2 mm 

Paint system   

TEKNOFLOOR 5620 A – EPOXY SYSTEM FOR CONCRETE FLOORS

The system consists of chemically curing solvent-free two-pack epoxy product:

   The coating system structure:

EP2000 

   TEKNOFLOOR PRIMER 5750 A   priming 
   TEKNOFLOOR 5620 A 2 mm 
   Total film thickness 2 mm 

Paint system    Certificate


TEKNOFLOOR AQUA 110F A – EPOXY SYSTEM FOR CONCRETE FLOORS

The system consists of chemically curing water-borne two-pack epoxy paint:

  The coating system structure EP180/3 
  TEKNOFLOOR AQUA 110F A Concrete Paint  3 x 60 µm 
  Total film thickness  180 µm 

Paint system    Certificate


TEKNOPOX AQUA 5902 A - CONCRETE WALL EPOXY SYSTEM

The system consists of chemically curing water-borne two-pack epoxy paint:

  TEKNOPOX FILL A filling of cavities 
  TEKNOPOX AQUA PRIMER 5901 A 1 x 60 - 100 µm 
  TEKNOPOX AQUA FILL 5900 A partial smoothing 
  TEKNOPOX AQUA PRIMER 5901 A 1 x 60 - 100 µm 
  TEKNOPOX AQUA 5902 A 1 x 60 - 100 µm 

Paint system    Certificate

 

TEKNOPOX AQUA 5902 - EPOXY SYSTEM FOR CONCRETE WALLS

The system consists of chemically curing waterborne two-pack epoxy paints:

  TEKNOPOX FILL filling of cavities 
  TEKNOPOX AQUA PRIMER 5901 1 x 60 - 100 µm 
  TEKNOPOX AQUA FILL 5900 partial smoothing 
  TEKNOPOX AQUA PRIMER 5901 1 x 60 - 100 µm 
  TEKNOPOX AQUA 5902 1 x 60 - 100 µm 

Paint system     

STEEL SYSTEMS

Protective nuclear coatings for steel surfaces in nuclear power stations

INERTA 50 A – EPOXY SYSTEM

The system consists of chemically curing, solvent-borne two pack epoxy paint:

  ISO 12944-5:2007
  symbol / corrosivity category / durability range
A3.09/C3/H 
  INERTA PRIMER 5 A Epoxy Primer 1 x 80 µm 
  INERTA 51 A Epoxy Paint 1 x 80 µm 
  INERTA 50 A Epoxy Top Coat 1 x 40 µm 
  Total film thickness
 200 µm 
  Paint system VOC
 180 g/m² 

Paint system    Certificate


INERTA 160 – EPOXY SYSTEM

The system consists of chemically curing epoxy coating with low solvent content:

  The coating system structure:

 EP1000/2-FeSa 2½ 

  INERTA 160 Epoxy Paint 2 x 500 µm 
  Total film thickness 1000 µm 
  Paint system VOC
 42 g/m² 

Paint system


INERTA 165 – EPOXY SYSTEM

The system consists of chemically curing epoxy coating with low solvent content:

  The coating system structure:

 EP500/2-FeSa 2½ 

  INERTA 165 Epoxy Paint 2 x 250 µm 
  Total film thickness  500 µm 
  Paint system VOC
 54 g/m² 

Paint system


INERTA 165 A – EPOXY SYSTEM

The system consists of chemically curing epoxy coating with low solvent content.

  The coating system structure:

 EP500/2-FeSa 2½ 

  INERTA 165 A Epoxy Paint 2 x 250 µm 
  Total film thickness  500 µm 
  Paint system VOC
 54 g/m² 

Paint system


INERTA 270 A – EPOXY SYSTEM

The system consists of chemically curing, so-called high-solid epoxy paint:

  ISO 12944-5:2019
  symbol / corrosivity category / durability range
C5.03/C5/H 
  The coating system structure

EP300/2-FeSa 2½ 

  INERTA 270 A Epoxy Paint  2 x 150 µm 
  Total film thickness  300 µm 
  Paint system VOC
 80 g/m² 

Paint system    Certificate


INERTA 271 A – EPOXY SYSTEM

The system consists of chemically curing solvent-borne two-pack epoxy paints:

  ISO 12944-5:2019
  symbol / corrosivity category / durability range
C3.06/C3/H 
  The coating system structure

EP180/2-FeSa 2½ 

  INERTA PRIMER 5 A Epoxy Primer  1 x 60 µm 
  INERTA 271 A Epoxy Coating 1 x 120 µm 
  Total film thickness  180 µm 
  Paint system VOC
 78 g/m² 

Paint system    Certificate

 

INERTA 280 A – EPOXY SYSTEM

The system consists of chemically curing almost solvent-free epoxy coating:

  The coating system structure

EP500/2-FeSa 2½ 

  INERTA 280 A Epoxy Paint  1 x 500 µm 
  Total film thickness  500 µm 
  Paint system VOC 54 g/m² 

Paint system    Certificate

TEKNOPLAST HS 150 – EPOXY SYSTEM

The system consists of chemically curing solvent-borne two-pack epoxy paint:

  ISO 12944-5:2019
  symbol / corrosivity category / durability range
C5.03/C5/H  
  The coating system structure

EP300/3-FeSa 2½ 

  TEKNOPLAST HS 150 Epoxy Paint  3 x 100 µm 
  Total film thickness  300 µm 
  Paint system VOC
 128 g/m² 

Paint system


TEKNOPLAST HS 150 A – EPOXY SYSTEM

The system consists of chemically curing solvent-borne two-pack epoxy paints:

  ISO 12944-5:2019
  symbol / corrosivity category / durability range
C5.03/C5/H  
  The coating system structure

EP300/3-FeSa 2½ 

  TEKNOPLAST HS 150 A Epoxy Paint  3 x 100 µm 
  Total film thickness  300 µm 
  Paint system VOC
 128 g/m² 

Paint system

 

TEKNOZINC SS 1 K A

The system consists of one-pack zinc rich ethyl silicate paint:

   Coating system structue ESIZn(R)80/1-FeSa 2½ 
   TEKNOZINC SS 1K A Zinc Silicate Paint 1 x 80 µm 
   Total film thickness 80 µm 
   Paint system VOC
60 g/m² 

 

 

 

Paint system   Certificate

Certificates for nuclear coating systems

The above coating systems for steel constructions have been tested by VTT (Technical Research Centre of Finland) according to the following instruction and standards:

- STUK-YTO-TR 210: 2017 / STUK-YTO-TR 210: 2004
Requirements for coatings of nuclear power plant containments.

- ASTM D 3911-95, 1995 / ASTM D 3911-16, 2016
Standard test method for evaluating coatings used in light-water nuclear power plants at simulated design basis accident (DBA) conditions.

- ASTM D 4082-95, 1995 / ASTM D 4082-10, 2010 
Standard test method for effects of gamma radiation on coatings for use in light-water nuclear power plants
.

- ISO 8690, 1998
Decontamination of radioactively contaminated surfaces. Method of testing and assessing the ease of decontamination.

According to test results, those coating systems fulfill the requirements given in 2004 / 2017 by Radiation and Nuclear Safety authority of Finland (STUK) for Radiation (gamma) and DBA-resistance and Ease of decontamination.

   STUK-YTO-TR   210:2004  STUK-
YTO-TR
 210:2017 
 ASTM D  3911-95 1995

 ASTM D
 3911-16 2016

 ASTM D
 4082-95  1995
 ASTM D
4082-10 2010
 ISO 8690  1988
  INERTA 50 A        
  INERTA 270 A      
  INERTA 280 A      
  INERTA PRIMER 5A
  + INERTA 270 A
     
  INERTA PRIMER 5A
  + INERTA 271 A
     
  TEKNOFLOOR AQUA 110 A      
  TEKNOFLOOR PRIMER 5750 A
  + TEKNOFLOOR 5620 A
     
  Wall system with 
  TEKNOPOX AQUA
     

 

 

Ask for more information

Kees van Bladel,
Business Development Manager, Construction
ASK A QUESTION 

NUCLEAR INDUSTRY COATINGS

Teknos' high-class nuclear coating systems for metal and concrete surfaces in nuclear power plants (NPP)

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