GreenCoat Hiarc Max
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GreenCoat Hiarc Max color coated steel is available in regular and matt finishes. It is available in a wide range of colors inspired by Nordic nature.
GreenCoat Hiarc Max is extremely durable (RC5 and Ruv5) and is specifically developed for faҫades and cassettes. However, it can also be used in roofing applications.
GreenCoat Hiarc Max color coated steel possesses excellent weather resistance properties and tolerates forming well. It offers extremely good corrosion resistance and is well suited for buildings in the harshest environments, like those near a coastline.
Since GreenCoat Hiarc Max products offer a coating containing fluorine, the surface stays cleaner compared to other products. The coating is also easy to clean due to the hard surface.
The reverse side of the sheet is painted with a two-layer grey backside coating.
GreenCoat Hiarc Max complies with current REACH regulations and is fully chromate-free.
SSAB’s color coated steels are all manufactured according to EN 10169.
GreenCoat and Hiarc are trademarks of the SSAB group of companies.
|Minimum inner bending radius||1 x sheet thickness||1 x sheet thickness|
|Scratch resistance||35 N||35 N|
|UV radiation resistance||RUV5||RUV5|
|Corrosion resistance 2)||RC5||RC5|
|Highest operating temperature||110 °C||110 °C|
|Fire classification, EN 13501-1||A1 s1 d0||A1 s1 d0|
|Coating thickness, nominal (primer + top coat)||40 µm||40 µm|
|Steel designation 3)||S280GD, S320GD, DX51D||S280GD, S320GD, DX51D|
|Zinc coating||275 g/m2||275 g/m2|
|Min steel thickness 3)||0.50 mm||0.50 mm|
|Steel width 3)||1000 - 1420 mm||1000 - 1420 mm|
1) For some metallic colors the target gloss is different.
2) Classification into corrosion resistance categories is based on blistering, delamination and damage on bend of the coating after two years exposure in natural outdoor testing sites as specified in EN 10169.
3) Maximum steel thickness is 1.5 mm and maximum steel width depends on steel thickness. For other steel dimensions or steel grades please contact SSAB Tech Support.
Below are the colors currently available. Other colors can be agreed upon separately.
Colors shown in the color table are only indicative. To see the real visual appearance of the product, please order a color sample. Please note also that the same colors between the products may differ.
To ensure tonal consistency of metallic colors on a single exterior face, all material should come from the same production batch. The directionality of metallic surfaces should also be consistent especially when sheets are cut to size.
GreenCoat Hiarc Max
RR106 / SS0009
RR1H3 / SS0020
RR20 / SS0005
RR143 / SS----
RR2H5 / SS0461
RR2B1 / SS----
RR21 / SS0011
RR22 / SS0554
RR23 / SS0036
RR288 / SS0455
Nordic Night Black
RR33 / SS0015
RR32 / SS0387
RR29 / SS0758
RR24 / SS0189
RR11 / SS0830
RR35 / SS0558
RR40 / SS0045
Metallic Dark Silver
RR41 / SS0044
RR45 / SS----
RR42 / SS----
Unless otherwise specified, the reverse side of the sheet is painted with a two-layer coating to further improve the corrosion resistance of the end product. The coating provides good adhesion properties to many adhesives and foams; nevertheless the compatibility needs to be tested case-specifically.
|Nominal Coating Thickness (primer + top coat)||12 µm|
|Corrosion Resistance||Min CPI3|
For easy material identification the reverse side of the sheet is stamped with the GreenCoat logo and the product name. The production year is marked to ease material traceability and can be referred to within the guarantee period. An arrow shows the direction of production to ensure installation in a uniform direction.
GreenCoat Hiarc Max, regular gloss is also available with GreenCoat Hiarc non-metallic colors on the reverse side. However, different sides of the sheet cannot be mixed due to the possibility of a visual difference. The reverse side may show wider variation in color and gloss.
Temporary protective films are available for protection during processing and installation. Protective films are applied on the top side of the Product. Films will be centered to the strip meaning that typically there are small unprotected areas in both edges of the strip. Unprotected area may be cut away if customer so wishes. Joined film strip ends are marked with red tape on the edge of the product.
Products with protective film should be stored in dry and warm conditions, since the adhesion between protective film and color coating decreases both in high and low temperatures. Humidity changes also the adhesion properties and in worst case leaves the adhesive part of the film on the product surface.
Adhesion of protective film increases over time, eventually making it difficult to remove the film from the product’s surface. Due to that, protective film is recommended to be removed from the material as soon as possible, but no later than six months from the manufacturing of the Product or after one month from the end product installation depending on which comes first.
Protective film decreases friction between coil windings, which creates a high risk of coil collapsing on thin gauge coils. Due to the risk of collapsing, SSAB does not recommend protective films for steel nominal thickness ≤ 0,60 mm. If protective film is essential, following precautions must be taken to minimize the risk of collapsing: Max coil weight < 5 tons and self-supporting coil protection shields must be used in the package.
Typical protective film thickness is around 45µm, max working temperature +80°C and max and min stripping temperatures +40°C & -10°C.
Protective film has a good resistance to forming but is susceptible to cuts. When working with material with a protective film, clean tools that do not damage the film, and appropriate methods are to be used. Cutting fluids are not needed because the film protects the material surface and reduces friction. Cutting fluids may also have negative impact on the protective film and its adhesion.
Films used with GreenCoat Hiarc and GreenCoat Hiarc Max metallic colors have arrows indicating the painting direction of the strip, which enhances the use of the material in the manufacturing of end products.
Protective films can be recycled as plastics, combusted or disposed via the municipal waste management system depending on the local waste management guidelines and regulations.