EBECRYL® LEO 10502
- CASE Ingredients Features
- Faster Cycle TimeHigh GlossImproved Chemical ResistanceImproved HardnessLong PotlifeLow Energy ConsumptionLow MigrationLow Temperature-Curing
- Molecular Weight
- 760.0 - 760.0 g/mol
EBECRYL® LEO 10502 is a clear liquid radiation-curable coating formulated for the paints and coatings and printing and packaging markets. This product, known for its bisphenol A-free composition and low carbon footprint (PCF), offers a solvent-free and voc-free solution. Specifically designed for applications in packaging coatings and overprint varnishes, it is applied using gravure coating methods and cures through radiation cure technology.
Properties
- Physical Form
- Liquid
Identification
- CASE Ingredients Functions
- Binder & ResinMonomer
Product families
Applications
- Other Packaging Coatings
- Overprint Varnishes
- Other Packaging Coatings
- Overprint Varnishes
Product Families
- Monomers
- Acrylics
Other characteristics
- Brand
- EBECRYL
- Markets
- Paints & Coatings
- Printing & Packaging
- Appearance
- Clear liquid
- Cure
- Radiation Cure
- Coating Type
- Radiation Curable Coating
- Technology
- CASE Ingredients
- Labeling Claims
- Bisphenol A-free
- Low Carbon Footprint (PCF)
- Solvent-free
- VOC-free
- Application Methods
- Gravure Coating
- Country Availability
- Brazil
- Canada
- China (Mainland)
- Mexico
- USA
- Suggested Applications
EBECRYL® LEO 10502 is recommended as the reactive oligomer for low extractable, low odor overprint varnishes and flexographic inks for indirect food packaging and related applications.. It is also suitable for screen and gravure application.
Technical data
Table 1 of 1
9 rows| Characteristic | Value | Unit |
|---|---|---|
| Acid Value | max. 5 | mgKOH/g |
| Acrylic Acid Content | max. 200 | ppm |
| Color | max. 2 | Gardner |
| Functionality (Theoretical) | 3.6 | — |
| Hydroxyl Value | approx. 10 | mgKOH/g |
| Density (25°C) | 1.15 | g/ml |
| Molecular Weight | 760 | g/mol |
| Residual Solvent | max. 10 | ppm |
| Viscosity (25°C) | 145-220 | cP/mPa·s |
