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Cardolite® Lite 2100

Chemical Family
Hydrocarbons

Cardolite® Lite 2100 is a low color and low viscosity cashew nutshell liquid modified hydrocarbon resin recommended as an epoxy modifier for use in adhesives, coatings, and tar replacement. It enables high solids and solvent-free formulations, improves system compatibility for better film formation and protective performance, and provides excellent water, moisture, and corrosion resistance.

Properties

Physical Form
Liquid

Identification

CASE Ingredients Functions
Rheology ModifierThinner

Product families

Applications

Paints & Coatings — Automotive & Transportation
  • Marine Coatings
Paints & Coatings — Building & Construction
  • Concrete Coatings & Stains
  • Floor Coatings
Automotive & Transportation — Coatings & Finishes
  • Marine Coatings
Building & Construction — Flooring & Surfaces
  • Floor Coatings
Paints & Coatings — Industrial Coatings
  • Industrial Coatings
Automotive & Transportation — Transportation
  • Marine

Product Families

CASE Ingredients — Additives
  • Rheology Modifiers & Stabilizers

Other characteristics

Brand
Cardolite
Functions
Rheology Modifier, Thinner
Note
*Epon828:LITE2100:TETA = 80:20:10.23
Markets
  • Automotive & Transportation
  • Building & Construction
  • Paints & Coatings
Use Levels
max. 30% (resin)
Technology
CASE Ingredients
Product Features

Cardolite® Lite 2100 improve bond strength and flexibility.; Cardolite® Lite 2100 show slightly higher Tg than other hydrocarbons.; Mechanical strengths of Cardolite® Lite 2100 are lower than other hydrocarbons.

Color
Yellow
Chemical Inventories
TSCA (USA)
Compatible Substrates and Surfaces
Concrete

Technical data

Table 1 of 2

3 rows
CharacteristicValueUnitMethod
Color4.0GardnerASTM D1544
Viscosity (at 25°C)450 - 750cPsASTM D2196
Solid Contentmax. 1%ASTM D2369-98

Table 2 of 2

7 rows
CharacteristicValueUnit
Lap Shear Strength (Steel) (at 25°C/16-24h+100°C/2h)*23.9Mpa
Tensile Strength (at 25°C/16-24h+100°C/2h)*63.0MPa
Tensile Modulus (at 25°C/16-24h+100°C/2h)*2764.1MPa
Elongation At Break (at 25°C/16-24h+100°C/2h)*4.7%
Flexural Strength (at 25°C/16-24h+100°C/2h)*109.6MPa
Flexural Modulus (at 25°C/16-24h+100°C/2h)*2680.2MPa
Glass Transition Temperature (at 25°C/16-24h+100°C/2h)*91.8°C

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