SÄKAPHEN SÄKAFLAKE 900 Topcoat 3K is a plural-component Novolac Vinyl Ester resin enhanced with micro glass flakes to provide an abrasion resistant lining / coating. SÄKAFLAKE 900 Topcoat 3K offers chemical resistance against aggressive substances such as acids, bases, salt solutions and all types of water, including brackish, river and sea water as well as deionized water.
Once developed as smooth surface topcoat for the SÄKAFLAKE range of products, SÄKAFLAKE 900 Topcoat 3K nowadays is a standalone product offering the superior chemical resistance of a Novolac Vinyl Ester based product with the reinforcement of microfine glass flakes at a lower dry film thickness.
SÄKAFLAKE 900 Topcoat 3K is specifically formulated and designed to be self-priming for direct to metal application. Upon polymerization the lining is fully machinable. The lining can be applied on concrete as well. SÄKAFLAKE 900 Topcoat 3K is an ultra-high solid / low solvent product with a volume of solid (wt%) of plus 95%. The lining is resistant to temperature fluctuations.
For the purpose of lining / coating sealing faces of items which have been lined or coated with SÄKAFLAKE 900 or SÄKAFLAKE 957 or alternatively lining or coating items such as Process Vessels, Pipelines and various other equipment susceptible to chemical exposure where a Novolac Vinyl Ester system is required. Can be applied on site.
|Product name||Unit||SÄKAPHEN® SÄKAFLAKE® 900 Topcoat 3K|
|Properties||-||Cold Cured Duroplast Coating|
|Resin base||-||Novolac Vinyl Ester|
|Field of Application||-||For the coating of sealing surfaces where the connecting surfaces are coated with SÄKAPHEN® SÄKAFLAKE® 900 White 3K or SÄKAPHEN® SÄKAFLAKE® 900 Black 3K.|
|Cure Mechanism||-||Cold Cured Duroplast Coating|
|Quantity of components||-||3|
|General chemical resistance (All resistances have to be inquired separately!)||-||The coating distinguishes itself through high temperature- and diffusion resistance and excellent chemical resistance against aggressive substances such as acids, bases, solvents, salt solvents, fluegas and all types of water, including brackish, river and sea water as well as deionized water.|
|Wet Film Thickness per layer||µm||150|
|Total dry film thickness||µm||300|
|Coverage||approx. kg/m²/DFT||0,8 kg / m² / 300µm|
|Surface Preparation||Sa||SA2 ½ - SA 3|
|Surface Profile||µm||40 - 60 µm|
|Temperature resistance dry|
(dry air oven)
|°C||-20°C to +180°C|
|Temperature resistance wet (water)||°C||-20°C to 100°C|
|Resistance to water vapor diffusion||°C||≤ ∆T 30°C|
|Overcoating Waiting Time||hours/23°C||min. 12 hours,|
|Linear Thermal Expansion||µm||n/a|
|Pendulum hardness acc. to König||6° sec||126|
|Shore D Hardness||Shore D||87|
|Adhesion Test||N/mm² [MPa]||> 13|
|Salt spray test||hours||n/a|
|Impact Strength||mm (1 kg)||500|
|Surface smoothness (Ra)||µm|
Ø 3 readings
|Surface tension||mN/m||>35 <38|
|Taber Abrasion resistance, CS17 wheel, 1kg||mg/1000 r.||under examination|
|Crosscut||class||0 (DIN EN ISO 2409)|
Ø 12,7x2,0mm on C-Steel with 67,37 w/mK
Epoxy Novolac used as the foundation in Vinyl Ester multi-resin systems, enhance the overall performance of the lining range. Such lining systems are resistant to a wide range of mediums from strong alkali (NaCIO) to extremely sour (HCl), including hydrocarbons from crude to solvents.