·       Fast touch dry and set times

·       High temperature resistance (up to 185°F)

·       High build (up to 50 mils in one coat)

·       Excellent adhesion (compliments FBE coated pipe)

·       High abrasion resistance for drilling applications

·       Can be used as an abrasion resistant coating (ARO)

·       Safe and environmentally friendly

·       Does not shield cathodic protection

·       Can be applied with brush, roller or spray

·       Available in a variety of packaging options

Brush: Prepare surfaces by grit blasting to a clean near white finish, SSC-SP 10 / NACE No. 2. Appropriate angular grit shall be used to achieve a 2.5 to 5 mil anchor profile. Initially stir the base and hardener. Add the hardener to base and mix at a slow speed until a constant color is achieved making sure all sides of container are scraped. Apply mixed material onto surface and brush, trowel or roll to required mil thickness. A wet fi lm thickness gauge shall be used to measure mil thickness. If surface temperature falls below 50°F (10°C), surface should be preheated to achieve faster cure. Preheat may be achieved with a propane torch or induction coil. Resin and hardener component shall be kept warm, at a minimum of 60°F (15°C), to mix easily.

Spray: Prepare surfaces by grit blasting to a clean near white finish, SSC-SP 10/ NACE No. 2. The equipment should be a plural component airless spray unit with a proportioning pump capable of a volume mixing ratio of 3:1. Standard ancillary equipment should include minimum 10 gallon hoppers, 2 ea. static mixers, 25 ft. max x 1/4" whip hose, and mastic gun with a 19 to 27 thou tip. (Applicator should consult with Denso regarding recommended equipment). Part A should be heated to 140°F -150°F and Part B heated to 100°F -110°F. Hose bundle shall be set at 140°F -150°F. A wet on wet spray technique should be used to achieve a minimum thickness of 20 mils. The coating thickness should be measured using a wet film thickness gauge.