ARC HT-T Datasheet

An advanced ceramic composite formulated to protect equipment from corrosion and erosion in elevated temperature water solution immersion. This system is a high viscosity composite that is applied by trowel or plastic applicator tool in one or two coats, as required. ARC HT-T is applied at a nominal thickness of 900 - 1150 microns (35 - 45 mils). It is a 100% solids non-shrinking composite. ARC HT-T provides exceptional corrosion and erosion protection to high temperature equipment handling water solutions. Colors are black and green. The cured product also provides outstanding blister and abrasion resistance with a high gloss finish.

Composition - Polymer/Ceramic Composite
Matrix - A two component, modified epoxy resin structure reacted with a cycloaliphatic amine curing agent.
Reinforcement - A proprietary blend of ceramics, designed to provide exceptional resistance to permeation, erosion and corrosion.

Packaging
Material is available in two package sizes: 4 and 16 liter kits. Each package contains two premeasured containers. A mixing tool, brush, plastic applicator and application instructions are enclosed with the 4 liter kit. The 16 liter kit contains only application instructions.

Coverage
Based on a 900 microns (35 mils) thickness:
4 liter kit will cover 4.5 m² (48.4 ft²)
16 liter kit will cover 18.0 m² (193.75 ft²)

Chemical Resistance
Recommended for continuous immersion in elevated temperature aqueous solutions in the range of pH 2 – 14.

Suggested Uses

• Condensers
• Heat Exchangers
• Pump Volutes
• Pump Impellers
• Condensate Pumps
• Tanks
• Valves
• Pressure Vessels
• Hot Water Pumps
• Drill Mud Circulating Equipment
• Oil/Gas Separators
• Oil/Water Separators
• Oil Extraction Manifolds
• Condensate Tanks
• Evaporators
• Sugar Process Equipment

Benefits

• Exceptional permeation and blister resistance in high temperature water applications, including mild acids and bases.
• High gloss surface reduces drag, improves flow and pump efficiency.
• Tough resin structure resists thermal-mechanical shock.
• Outstanding adhesion insures reliable performance with no undercutting or underfilm corrosion.
• Advanced reinforcement design provides outstanding abrasion resistance.
• Ability to in-service cure in static conditions reduces application costs and downtime.
• High voltage spark testable per NACE SP0188.