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EBECRYL® 4510

Chemical Family
Urethane Acrylates

EBECRYL® 4510, formulated by CASE Ingredients, is a bisphenol A-free radiation-curable coating with a low carbon footprint (PCF). Tailored for the automotive and transportation and paints and coatings sectors, this product finds its niche in automotive OEM coatings, vehicle refinish applications, and other specialty coatings. Specifically designed for compatibility with plastics, it utilizes radiation cure technology for its application.

Identification

CASE Ingredients Functions
Adhesion PromoterCoupling Agent

Product families

Applications

Paints & Coatings — Automotive & Transportation
  • Automotive OEM Coatings
  • Vehicle Refinish
Automotive & Transportation — Coatings & Finishes
  • Automotive OEM Coatings
  • Vehicle Refinish
Paints & Coatings — Specialty Coatings
  • Other Specialty Coatings

Product Families

CASE Ingredients — Additives
  • Functional Additives

Other characteristics

Brand
EBECRYL
End Uses
Radiation Curable Coating
Features

Faster Cycle Time, High Gloss, Improved Chemical Resistance, Improved Hardness, Low Energy Consumption, Low Temperature-Curing, Multi-Substrate Adhesion, Outdoor Durability

Functions
Adhesion Promoter, Coupling Agent
Labeling Claims
  • Bisphenol A-free, Low Carbon Footprint (PCF)
  • Bisphenol A-free
  • Low Carbon Footprint (PCF)
Markets
  • Automotive & Transportation
  • Paints & Coatings
Cure
Radiation Cure
Coating Type
Radiation Curable Coating
Technology
CASE Ingredients
Country Availability
  • Brazil
  • Canada
  • China (Mainland)
  • Mexico
  • USA
Suggested Applications

Adhesion promotion in UV/EB curing coatings; UV/EB curable, two component polyurethane coatings.

Compatible Substrates and Surfaces
Plastics

Technical data

Table 1 of 2

4 rows
CharacteristicValueUnit
Density (20°C)1.16g/ml
Flash Pointapprox. 39°C
Functionality Acrylate Groupsapprox. 1.5—
Functionality NCO Groupsapprox. 1.5—

Table 2 of 2

3 rows
CharacteristicValueUnit
Colormax. 100Pt-Co
NCO Content6.7-7.3%
Viscosity (23°C)18000-22000cP/mPa·s

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