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Cardolite® Ultra Lite 2009H

Chemical Family
Phenalkamines

Cardolite® Ultra Lite 2009H is a very light color and low viscosity phenalkamine curing agent suitable for epoxy coating applications, particularly for protecting concrete and metal substrates. It provides faster hardness development compared to Ultra Lite 2009, along with excellent cure and film properties.

Properties

Physical Form
Liquid

Identification

CASE Ingredients Functions
Curing Agent

Product families

Applications

Paints & Coatings — Building & Construction
  • Concrete Coatings & Stains
  • Floor Coatings
Building & Construction — Flooring & Surfaces
  • Floor Coatings
Paints & Coatings — Industrial Coatings
  • Metal Coatings

Product Families

CASE Ingredients — Additives
  • Functional Additives

Other characteristics

Brand
Cardolite
End Uses

Epoxy Coating, Primer, Solventless & High Solids Coating, Top Coat

Features

Chemical Resistance, Color Retention, Excellent Adhesion, Excellent Cure, Excellent Film Properties, Fast Cure, Good Leveling, Good Mechanical Properties, Good Wettability, High Durability, High Gloss, High Performance, Improved Hardness, Long Potlife, Low Viscosity, Wide Temperature Operating Range, Yellowing Resistance

Functions
Curing Agent
Labeling Claims

Biorenewable, Natural, Non-Corrosive, Non-Toxic, Solvent-free; Biorenewable; Natural; Non-Corrosive; Non-Toxic; Solvent-free

Compatible Polymers & Resins
Epoxies (EP)
Carrier
Benzyl Alcohol
Markets
  • Building & Construction
  • Paints & Coatings
Use Levels
50 (phr, EEW 190)
Appearance
Clear liquid
Technology
CASE Ingredients
Benefits

Excellent combination of fast cure and good pot-­life at both ambient and low (>5°C/40°F) temperatures; Good wetting and adhesion; Excellent leveling properties; Very good chemical resistance; Compatible with most epoxy resins, solvents and their blends; Excellent color and gloss retention; Non-­critical mix ratio; No induction time required; Non-­toxic and non-­corrosive; Based from natural, renewable, non-­food chain raw material feedstock

Storage Condition

Cardolite products may absorb moisture and carbon dioxide when left in open containers, which could result in increased viscosity, discoloration, reduction of reactivity, and/or crystallization of the products. These products should be kept tightly sealed in their original containers when not in use, and stored in a cool, dry place.

Applications

Cardolite Ultra LITE 2009H is usable in high solids coatings over concrete, primers, and metal substrates.; This product's very low viscosity gives it good wetting and leveling properties, and its excellent yellowing resistance makes it ideal for topcoat applications.; Its ability to cure over a wide temperature range and non-critical mix ratio can bring coatings broad application latitude.; A durable, high performance, compatible barrier protection system for concrete can be formulated using this product in a topcoat or self-leveling coating over a surface primer based on another Cardolite phenalkamine.

Coating End Applications
  • Epoxy Coating
  • Primer
  • Solventless & High Solids Coating
  • Top Coat
Compatible Polymers and Resins
Epoxies (EP)
Compatible Substrates and Surfaces
  • Concrete
  • Metal

Technical data

Table 1 of 2

5 rows
CharacteristicValueUnitMethod
Colormax. 2GardnerASTM D1544
Viscosity (at 25°C)max. 500cPsASTM D2196
Amine Value335 - 375mg KOH/gASTM D2074
Theoretical Active Hydrogen Equivalent (based on total product weight)95.0—Calculated
Density (at 25°C)8.6lbs/galASTM D1475

Table 2 of 2

10 rows
CharacteristicValueUnitMethod
Thin Film Dry Times (at 0°C, at 200 micron, hard)30hoursASTM D5895
Thin Film Dry Times (at 5°C, at 200 micron, hard)19hoursASTM D5895
Thin Film Dry Times 8 Mils (at 25°C, at 200 micron, hard)5hoursASTM D5895
Thin Film Dry Times 8 Mils (at 25°C, at 200 micron, through)6.5hoursASTM D5895
Liquid Epoxy Resin (EEW 190)100.0pbw—
Cardolite Ultra LITE 2009H Content50.0pbw—
Mix Viscosity (at 25°C)1300.0cPs—
Gel Time (at 25°C, 50 g)29.0minutesNTM-15
Film Appearance (at 10°C, 92% RH)Slight haze—Visual
TechnologyPhenalkamine——

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