SÄKAFLAKE 900 White 3K
Plural-component, Diffusion Resistant Novolac Vinyl Ester-based Lining / Coating for Highly Acidic to High Alkali Media. Matt, White Finish.
SÄKAPHEN SÄKAFLAKE 900 White 3K is a plural-component Novolac Vinyl Ester resin based lining / coating, providing excellent abrasion resistance whilst offering protection against water vapor diffusion (ΔT 85°C). Further, offering chemical resistance against aggressive substances such as acids, salt solvents, flue gases and all types of water including brackish, river, sea water and deionized water.
SÄKAFLAKE 900 White 3K is specifically formulated and designed to be self-priming for direct to metal application and can be applied on site and on concrete as well. Upon polymerization the lining is fully machinable and delivers exceptional quality when used for complex structures and fabrications such as Columns where the diameter may be reduced by use of internal baffles or support rings. Bespoke formulation allows for efficient application, even in extreme environmental conditions and has excellent sag resistance allowing for wet on wet application up to 3mm (3000 microns).
SÄKAFLAKE 900 White 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.
Suitable for the lining or coating of Ancillary Heat Exchanger equipment such as Water Boxes, Channel and Covers, Blowers, Fans, Wash Towers, Process and Storage Tanks, Vessels, Tank Containers, Compressor Casings, assorted Flue Gas Desulfurization equipment including Flue Gas Funnels and Channels. In particular, for equipment requiring water vapor diffusion resistance with high temperature gradients. Can be applied on site.
| Product name | Unit | SÄKAPHEN® SÄKAFLAKE® 900 Weiß 3K | |||
|---|---|---|---|---|---|
| Properties | - | Cold Cured Duroplast Coating | |||
| Resin base | - | Novolac Vinyl Ester | |||
| Field of Application | - | For the coating of chamber parts of heat exchangers, evaporators and air coolers, blowers, fans and compressor casings, flue gas funnels/channels, flue gas desulfurization equipment, wash towers, process and storage tanks, vessels and containers. For equipment requiring a coating resistant to water vapour diffusion also with high temperature gradients. | |||
| Cure Mechanism | - | Cold Cured Duroplast Coating | |||
| Quantity of components | - | 3 | |||
| Color | - | White | |||
| Surface | - | Matt rough | |||
| 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. | |||
| pH Range | pH | 1-12 | |||
| Wet Film Thickness per layer | µm | 500 µm | |||
| Total dry film thickness | µm | 1500 | |||
| Coverage | approx. kg/m²/DFT | 3,3 kg / m² / 1500µm | |||
| Surface Preparation | Sa | SA2 ½ - SA 3 | |||
| Surface Profile | µm | 100 | |||
| 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 85°C | |||
| Overcoating Waiting Time | hours/23°C | min. 12 hours, | |||
| Chemical Curing | days | 8 | |||
| Linear Thermal Expansion | µm | n/a | |||
| Pore testing | Volts | 5000 | |||
| Pendulum hardness acc. to König | 6° sec | n/a | |||
| Shore D Hardness | Shore D | 85 | |||
| Adhesion Test | N/mm² [MPa] | 10 - 15 | |||
| Salt spray test | hours | 1250 | |||
| Impact Strength | mm (1 kg) | 1 MTH, 450mm, 6 MTH, 750mm (1 kg) | |||
| Surface smoothness (Ra) | µm Ø 3 readings | 5,20 | |||
| Surface tension | mN/m | >38 <41 | |||
| Taber Abrasion resistance, CS17 wheel, 1kg | mg/1000 r. | under examination | |||
| Crosscut | class | 2 (DIN EN ISO 2409) | |||
| Heat conductivity Ø 12,7x2,0mm on C-Steel with 67,37 w/mK | W/mK | n/a |
Supplying the accelerator as a separate component increases storage stability, preventing a reaction between cobalt amine accelerators and resin. Glass flakes of varying sizes enable an increased physical barrier protection further enhancing the lining / coating performance.
