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LOCTITE PC 7117 - 6kg (epoxy resin with ceramic filler, smooth, black)
No.
IDH.2015042
Price
Associated products:
LOCTITE PC 7117 - 6kg (epoxy resin with ceramic filler, smooth, black)
Associated products:
Product description:
LOCTITE® PC 7117 brushable ceramic is a solvent-free ceramic filled two part epoxy coating. It is designed to protect metal surfaces against abrasive and corrosive agents. It can be used as smooth, protective coating on metal surfaces or as a low friction top coat over Loctite® wear resistant compounds. Typical applications are repairing and protecting of heat exchangers, condensers, lining tanks, chutes, valve bodies or pump impellers and housings. Further information about the product: biuro@woronko-kleje.pl
Directions for use:
Surface Preparation
Proper surface preparation is critical to the long-term performance of this product. The exact requirements vary with the severity of theapplication, expected service life, and initial substrate conditions.
● Remove dirt, oil, grease etc with a suitable cleaner, e.g. high pressure water cleaning system using LOCTITE SF 7840 or Loctite Natural Blue cleaner/degreaser.
● All skip welds, weld splatter, buckshot, and other surface roughness must be ground down and smoothed; undercuts and pinholes must be ground smooth and filled. All projections, sharp edges, high points and fillets must be ground smooth to a radius of at least 3mm and all corners must be likewise rounded to maximize product performance.
● Blast all surfaces to be coated with a sharp edged angular grit to a depth of profile of 75 to 100 microns, and a degree of cleanliness of Near White Metal (SIS SA 2½ /SSPC-SP 10). For immersion service, a degree of cleanliness of White Metal (SIS SA 3/SSPC-SP 5) is required.
● After blasting, metal surfaces should be cleaned, e.g. with LOCTITE SF 7063 or Loctite ODC Free Cleaner and Degreaser, and be coated before any oxidation or contamination takes place.
● Metal that has been in contact with salt solutions, e.g. seawater, should be grit blasted and high-pressure water blasted, left for 24 hours to allow any salts in the metal to sweat to the surface. A test for chloride contamination should be performed. The procedure should be repeated until chloride concentration on the surface is below 40 ppm.
Storage:
Store product in the unopened container in a dry location. Material removed from containers may be contaminated during use. Do notreturn liquid to original container. Storage information may be indicated on the product container labeling. Optimal Storage: 8 °C to 21 °C. Storage below 8 °C or greater than 28 °C can adversely affect product properties. Henkel cannot assume responsibility for product which has been contaminated or stored under conditions other than those recommended.
Parameters:Gel Time, ASTM D2471, minutes : 79 Pot life ( 1,000 gm mass), at 25°C, minutes ISO 9514 : 45 Coating time in 25 °C hours : 1 to 3 Surface drying time : ISO 1517 :
- in 5 °C, hours : 54
- in 15 °C, hours : 4
- in 22 °C, hours : 3,5
- in 35 °C, minutes : 75
- in 45 °C, minutes : 45
TYPICAL PROPERTIES OF CURED MATERIAL: Glass transition temperature, °C (Tg) by TMA ISO 11359-2 : 63 Hardness, ISO 868 (Durometer D) : 85 Elongation, ASTM 638, % : 1 Tensile Modulus, ISO 527-2 N/mm² : 5,331
Full technical information can be found in the technical data sheet
LOCTITE® PC 7117 brushable ceramic is a solvent-free ceramic filled two part epoxy coating. It is designed to protect metal surfaces against abrasive and corrosive agents. It can be used as smooth, protective coating on metal surfaces or as a low friction top coat over Loctite® wear resistant compounds. Typical applications are repairing and protecting of heat exchangers, condensers, lining tanks, chutes, valve bodies or pump impellers and housings. Further information about the product: biuro@woronko-kleje.pl
Directions for use:
Surface Preparation
Proper surface preparation is critical to the long-term performance of this product. The exact requirements vary with the severity of theapplication, expected service life, and initial substrate conditions.
● Remove dirt, oil, grease etc with a suitable cleaner, e.g. high pressure water cleaning system using LOCTITE SF 7840 or Loctite Natural Blue cleaner/degreaser.
● All skip welds, weld splatter, buckshot, and other surface roughness must be ground down and smoothed; undercuts and pinholes must be ground smooth and filled. All projections, sharp edges, high points and fillets must be ground smooth to a radius of at least 3mm and all corners must be likewise rounded to maximize product performance.
● Blast all surfaces to be coated with a sharp edged angular grit to a depth of profile of 75 to 100 microns, and a degree of cleanliness of Near White Metal (SIS SA 2½ /SSPC-SP 10). For immersion service, a degree of cleanliness of White Metal (SIS SA 3/SSPC-SP 5) is required.
● After blasting, metal surfaces should be cleaned, e.g. with LOCTITE SF 7063 or Loctite ODC Free Cleaner and Degreaser, and be coated before any oxidation or contamination takes place.
● Metal that has been in contact with salt solutions, e.g. seawater, should be grit blasted and high-pressure water blasted, left for 24 hours to allow any salts in the metal to sweat to the surface. A test for chloride contamination should be performed. The procedure should be repeated until chloride concentration on the surface is below 40 ppm.
Storage:
Store product in the unopened container in a dry location. Material removed from containers may be contaminated during use. Do notreturn liquid to original container. Storage information may be indicated on the product container labeling. Optimal Storage: 8 °C to 21 °C. Storage below 8 °C or greater than 28 °C can adversely affect product properties. Henkel cannot assume responsibility for product which has been contaminated or stored under conditions other than those recommended.
Parameters:
- in 5 °C, hours : 54
- in 15 °C, hours : 4
- in 22 °C, hours : 3,5
- in 35 °C, minutes : 75
- in 45 °C, minutes : 45
TYPICAL PROPERTIES OF CURED MATERIAL:
Full technical information can be found in the technical data sheet
