AgiSyn™
Achieve a higher industrial throughput for coating and printing lines with our AgiSynTM 100%-solids materials for energy-curable solutions.
Energy-curing technology (UV, EB, LED, or Excimer) enables applicators to generate high-performance cured systems with more efficient production – while avoiding the need to cure by energy-intensive convention ovens.
These attributes are particularly relevant for industrially applied flooring and furniture coatings, as well as printing inks. With AgiSyn™, we provide an extensive range of 100%-solids materials – from diluting acrylates to urethane acrylates – to facilitate efficient and high-quality production.
Featured Products
- AgiSyn™ 2421
- AgiSyn™ 2421 is an aliphatic urethane acrylate oligomer for coatings cured by ultraviolet light (UV) or electron beam (EB). Provides very high hardness, reactivity, abrasion resistance and extremely high steel wool resistance. Recommended applications are film coats, 3C electronic products and automotive interior.
- AgiSyn™ 248
- AgiSyn™ 248 is an excellent silk feel effect resin for coatings cured by ultraviolet light (UV) or electron beam (EB). Silky feel in combination with low gloss levels are obtained by combining AgiSyn™ 248 with 8-12% conventional matting agent such as Acematt® 3600, Deuteron® MK or Gasil® UV-55C. AgiSyn™ 248 consists of about 45% Renewable Raw Materials.
- AgiSyn™ 717
- A fatty acid modified polyester acrylate with 41% bio-renewable carbon content for low migration inks cured by ultraviolet light (UV) or electron beam (EB). Bisphenol A free, high functional and low viscous. Excellent pigment grinding properties.
- AgiSyn™ 720
- AgiSyn™ 720 is a very low viscous polyester acrylate for inks and coatings cured by ultraviolet light (UV) or electron beam (EB).
Key Benefits
- Cost-effective: Increased throughput and lower energy requirements.
- Compliant: Reduce the solvent and VOC content of coatings and inks.
- Efficient: Instant curing when exposed to an energy source.
- Durable: Excellent scratch, wear, and chemical resistance.
- Versatile: Combine and blend materials to achieve desired performance properties.
