OIL AND GAS COAT'S CERTIFICATED WITH NORSOK M-501
RAINBOW HAS CERTIFIED THE COATING SYSTEMS ACCORDING TO THE NORSOK M501 STANDARD
BELOW ARE THE AVAILABLE SYSTEMS :
M. 1-1 CERTIFICATE
Description of the Coating system, tested on bare steel;
— Rainbow Aqua 3412 Water-based Inorganic Zinc Silicate
— Rainbow aqua 3800 Water-base Epoxy Aluminium Tripolyphosphate Primer
— Rainbow aqua 3830 Water-base Epoxy M.I.O. Coating
— Rainbow aqua 3751 Water-base Polyurethane Topcoat
The system shall be applied in the same thicknesses as stated above, however, please refer to the ISO 20340:2009, Section 6.2, Table 3 (Corrosivity category of environment C5-M) regarding minimum requirements for the protective coating system
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M. 1-2 CERTIFICATE
Description of the Coating system, tested on bare steel;
— No.700 One Pack Polyurethane Maintenance Primer
— EP-988 Epoxy High Solids Coating for Anti-Corrosion
— UP-450 Polyurethane Coating, HS
The system shall be applied in the same thicknesses as stated above, however, please refer to the ISO 20340:2009, Section 6.2, Table 3 (Corrosivity category of environment; C5-M) regarding minimum requirements for the protective coating system.
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M. 1-3 CERTIFICATE
Description of the Coating system, tested on bare steel;
— 1011 (IZ-01) Inorganic Zinc Rich Primer
— No.1061GF (EP-999GF) Epoxy High Solids Glass Flake Coating
— UP-450 Polyurethane Coating, HS
The system shall be applied in the same thicknesses as stated above, however, please refer to the ISO 20340:2009, Section 6.2, Table 3 (Corrosivity category of environment; C5-M) regarding minimum requirements for the protective coating system.
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M. 1-4 CERTIFICATE
Description of the Coating system, tested on bare steel;
— No.700 One Pack Polyurethane Maintenance Primer
— No.791 One Pack Polyurethane M.I.O. Coating
— No.799 One Pack Polyurethane Topcoat
The system shall be applied in the same thicknesses as stated above, however, please refer to the ISO 20340:2009, Section 6.2, Table 3 (Corrosivity category of environment C5-M) regarding minimum requirements for the protective coating system.
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M. 1-5 CERTIFICATE
Description of the Coating system, tested on bare steel;
— EP-988 Epoxy High Solids Coating for Anti-Corrosion
— UP-450 Polyurethane Coating, HS
The system shall be applied in the same thicknesses as stated above, however, please refer to the ISO 20340:2009, Section 6.2, Table 3 (Corrosivity category of environment; C5-M) regarding minimum requirements for the protective coating system
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M. 1-6 CERTIFICATE
Coating system for use in Coating system no. 1 according to NORSOK M-501, Surface preparation and protective coating, Rev. 6, February 2012.
Coating System no. 1:
— Carbon steel with maximum operating temperature <120°C
o Structural steel
o Exteriors of equipment, vessels, piping and valves (not insulated)
Description of the Coating system, tested on bare steel;
— 1011 (IZ-01) Inorganic Zinc Rich Primer
— NO.1061GF (EP-999GF) Epoxy High Solids Glass Flake Coating
— UP-450 Polyurethane Coating, HS
The system shall be applied in the same thicknesses as stated above. Otherwise please refer to specification for Coating system no. 1 in NORSOK M-501, Rev. 6, February 2012.
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M. 1-7 CERTIFICATE
Coating system for use in Coating system no. 1 according to NORSOK M-501, Surface preparation and protective coating, Rev. 6, February 2012.
Coating System no. 1:
— Carbon steel with maximum operating temperature <120°C
o Structural steel
o Exteriors of equipment, vessels, piping and valves (not insulated)
Description of the Coating system, tested on bare steel;
— EP-116 Epoxy Multi-Purpose Primer
— UP-204 Water Base Primer for Polyurethane
— UP-100 Solvent Free Polyurea Elastomer Coating
— No.54HB High Build Fluoro Carbon Paint
The system shall be applied in the same thicknesses as stated above. It should also be noted that the Minimum Dry Film Thickness (MDFT) shall be >1000 μm, as per Coating system no. 1 specification of NORSOK M-501, Rev. 6, February 2012. Please refer to NOTE 6 of Annex A, Table A.1.
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M. 2-1 M. 3-1 CERTIFICATE
Coating system for use in Coating system no. 7A according to NORSOK M-501, Surface preparation and protective coating, Rev. 6, February 2012.
Coating System no. 7A:
— carbon and stainless steel in the splash zone.
Description of the Coating system, tested on steel with thermally sprayed aluminum;
— No.1020 Epoxy Alloy Primer
— EP-988 Epoxy High Solids Coating for Anti-Corrosion
— UP-450F Polyurethane Coating
The system shall be applied in the same thicknesses as stated above. Otherwise please refer to specification for Coating system no. 7A in NORSOK M-501, Rev. 6, February 2012.
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M. 2-2 M. 3-2 CERTIFICATE
Coating system for use in Coating system no. 7A according to NORSOK M-501, Surface preparation and protective coating, Rev. 6, February 2012.
Coating System no. 7A:
— carbon and stainless steel in the splash zone.
Description of the Coating system, tested on bare steel;
— EP-116 Epoxy Multi-Purpose Primer
— UP-204 Water Base Primer for Polyurethane
— UP-100 Solvent Free Polyurea Elastomer Coating
The system shall be applied in the same thicknesses as stated above. It should also be noted that the Minimum Dry Film Thickness (MDFT) shall be 600 μm, as per Coating system no. 7A specification of NORSOK M-501, Rev. 6, February 2012.
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M. 3-3 CERTIFICATE
Coating system for use in System no. 7B according to NORSOK M-501, Surface preparation and protective coating, Rev. 6, February 2012.
Coating System no. 7B:
— Submerged carbon and stainless steel ≤50°C
Description of the coating system, tested on bare steel;
— EP-116 Epoxy Multi-Purpose Primer
— EP-988 Epoxy High Solids Coating for Anti-Corrosion
— No.54 HB High Build Fluoro Carbon Paint
The system shall be applied in the same thicknesses as stated above. It should also be noted that the Minimum Dry Film Thickness (MDFT) shall be 350 μm, as per System no. 7B specification of NORSOK M-501, Rev. 6, February 2012.
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M. 3-4 CERTIFICATE
Coating system for use in Coating system no. 7B according to NORSOK M-501, Surface preparation and protective coating, Rev. 6, February 2012.
Coating System no. 7B:
— Submerged carbon and stainless steel ≤50°C
Description of the Coating system, tested on bare steel;
— EP-116 Epoxy Multi-Purpose Primer
— EP-988 Epoxy High Solids Coating for Anti-Corrosion
The system shall be applied in the same thicknesses as stated above. It should also be noted that the Minimum Dry Film Thickness (MDFT) shall be 350 μm, as per Coating system no. 7B specification of NORSOK M-501, Rev. 6, February 2012.
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M. 3-5 CERTIFICATE
Coating system for use in System no. 7B according to NORSOK M-501, Surface preparation and protective coating, Rev. 6, February 2012.
Coating System no. 7B:
— Submerged carbon and stainless steel ≤50°C
Description of the coating system, tested on bare steel;
— No.1027 HZ Epoxy High Solids Zinc Rich Primer
— EP-999 GF Epoxy High Solids Glass Flake Coating
— UP-450F Polyurethane Coating
The system shall be applied in the same thicknesses as stated above. It should also be noted that the Minimum Dry Film Thickness (MDFT) shall be 350 μm, as per System no. 7B specification of NORSOK M-501, Rev. 6, February 2012.
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