• SÄKAPHEN® HR 60® EXTRA TG

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TWO-COMPONENT, EPOXY-BASED WATERVAPOR-RESISTANT COATING FOR ACIDIC TO STRONGLY ALKALINE MEDIA. DARK BROWN, MATT.

SÄKAPHEN® HR 60® Extra TG is a high quality two-component epoxy-based thermosetting coating, resistant to water vapor diffusion (≤ ΔT 85°C).

The coating is chemically resistant to all types of water, including brackish, river and sea water up to 100°C in permanent immersion, various substances ranging from acidic to strongly alkaline, inorganic salts and their solutions as well as acidic aqueous solutions.

The surface is hard elastic.

The coating can be applied on-site.

The images are for illustration purposes only and may differ from the actual appearance of the products.

  Fields of application:
 

For the coating of water chambers, blowers, fans, and compressor housings, tanks without insulation, condensate reservoirs, desalination and water treatment plants and pipelines, for equipment where a coating resistant to water vapor diffusion is needed.

   
   
   
   
   
   
   
   

 

SÄKAPHEN® Coating HR 60 Extra TG - Product Data

Properties - Cold Cured Duroplast Coating
Resin base - Amine cured Epoxy system
Cure Mechanism - Cold Cured Duroplast Coating
Quantity of components - 2
Color - Dark brown
Surface - MATT
pH Range pH 4 - 12
Wet Film Thickness per layer µm 150
Total dry film thickness µm 300-350
Coverage approx. kg/m²/DFT 1,6 kg / m² / 350µm
Surface Preparation Sa SA2 ½ - SA 3
Surface Profile µm 40 - 60 µm
Temperature resistance dry (dry air oven) °C -20°C to +120°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 12-48
Chemical Curing days 8
Linear Thermal Expansion µm n/a
Pore testing Volts 67,5
Pendulum hardness acc. to König 6° sec 63
Shore D Hardness Shore D 84
Adhesion Test N/mm² [MPa] > 8
Salt spray test hours n/a
Impact Strength mm (1 kg) 1000
Surface smoothness (Ra) µm Ø 3 readings 2,18
Surface tension mN/m >35 <38
Abrasion resistance mg/1000 r. under examination
Crosscut class 1
Heat conductivity Ø 12,7x2,0mm on C-Steel with 67,37 w/mK W/mK n/a