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QuakeBond™ 401HCAR

1 of 8 products in this brand
QuakeBond™ 401HCAR is a high-quality epoxy novolac coating system with chemical and abrasion resistance. This tightly crosslinked system cures in the presence of moisture and humidity with excellent mechanical properties. It contains no solvents (100% solids, zero VOC) or carcinogens and has minimal odor and toxicity.

Product Type: Solventless & High Solids Coating

Application Area: Pipes

Features: Abrasion Resistant, Chemical Resistant, Consistent High Quality, Good Mechanical Properties, Low Odor, Low Toxicity

Chemical Family: Bisphenol Epoxy Resins, Bisphenol F Type Epoxy, Epoxy & Epoxy Derivatives, Novolac Epoxy

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Knowde Enhanced TDS

Identification & Functionality

Features & Benefits

Labeling Claims
Advantages
  • High resistance to chemical corrosion and physical abrasion.
  • Zero VOC.
  • Minimal odor and toxicity.
  • Viscosity is well suited for vertical applications.

Applications & Uses

Application Area
Cure Method
Uses
  • Pipelines.
  • Channels.
  • Tank linings.
  • Chemical resistant coating.
  • Can be used as saturant for QuakeWrap® fabrics.
Coverage
  • Applied at a thickness of 15 mils results in 100 ft² per gallon.
  • Rough and uneven surfaces result in lower yields.
Application Equipment
  • Paint roller with ¼” nap.
  • Use only naps which are approved for use with epoxies.
Surface Preparation
  • Substrate surfaces must be structurally sound and free from contaminants such as dust, oil, and dirt.
  • Surfaces must be shot blasted, abrasively ground, hydro-blasted or mechanically abraded to achieve the required surface profile.
  • Freestanding water must be removed.
Mixing
  • Thorough and complete mixing is critical; a jiffy mixer is recommended.
  • First, mix each component separately.
  • The proportion of each component at the appropriate ratio by weight (A:B ratio of 100:42).
  • Pour the hardener (Part B) into the resin (Part A) and mix at 400 - 600 RPM for 3 - 5 minutes.
  • Use an up and down motion, scraping the mixing container sides and bottom.
  • Mix no more material than may be applied in 15 minutes.
Cleanup
  • Collect with absorbent material, flush with water.
  • Clean up using acetone or other ketone solvents.
  • Dispose waste in accordance with local disposal regulations.
  • Cured materials can only be removed mechanically.
Limitations
  • Do not apply to concrete still in the curing process.
  • Do not apply to substrates at a temperature less than 50°F (10°C).

Properties

Physical Properties
ValueUnitsTest Method / Conditions
Compressive (Cured System)12,000 - 14,000psiD695
Flexural (Cured System)13,000 - 13,800psiD790
Tensile (Cured System)7,000 - 8,000psiD638
Abrasion Wear Index457.0mgD4060
Elongation (Cured System)3.2%-
Water Absorption (Cured System)max. 1%-
Hardness (Cured System)85.0Shore D-
Typical Properties
ValueUnitsTest Method / Conditions
Viscosity (Resin)12000.0cps-
Viscosity (Hardener)200.0cps-
Viscosity (Mixed)1400.0cps-
Density (Resin)10.4--
Density (Hardener)8.7--
Density (Mixed)9.9--
Specific Gravity (Resin)1.25--
Specific Gravity (Hardener)1.05--
Specific Gravity (Mixed)1.19--
Mix Ratio / Volume2:1--
Work Life15.0minutes-
Gel Time25.0minutes-
Cure (25°C Light Traffic)24.0hours-
Cure (25°C Full Cure)7.0days-
Chemical Resistance Guide

For 3-week Immersion:

Chemicals % Weight Gain
Xylene 0.06%
Toluene 0.15%
MEK 12.28%
EB 0.45%
Ethanol 1.67%
Water 0.66%
5% Detergent 0.67%
10% NaOH 0.52%
50% NaOH 0.00%
10% H2S04 0.87%
70% H2S04 0.01%
10% HCL 0.66%
5% Acetic Acid 2.20%
10% Acetic Acid 3.96%

Packaging & Availability

Packaging
  • 3-gallon kits.
  • 15-gallon kits.
  • 165-gallon drum kit.

Storage & Handling

Shelf Life & Storage
  • Store product in original container in a dry location for up to 12 months at 77°F (25°C).
  • Liquids should be stored at 45°F - 90°F (7°C - 32°C).