LOCTITE EDAG PF 455B E&C
Harmonization Code : 32159090 | Printing ink, writing or drawing ink, and other inks, whether or not concentrated or solid, specifically for those classified as other within that category

Main features
- Non conductive
- Dielectric crossover
- Fast UV Cure
Product Description
LOCTITE EDAG PF 455B E&C UV curable acrylate is formulated as a crossover dielectric and is compatible with other EDAG E&C inks. It is a translucent green acrylate that is usually used in combination with other inks to enhance the end properties.
LOCTITE EDAG PF 455B E&C has excellent adhesion and printability along with good dielectric strength. It is typically used as an insulating crossover in assembly operations. For example it can be used as a dielectric ink to make a bridge over conductive inks such as ECI 1010 AND ECI 1011.
UV Cure
- UV lamp 80Watt/cm or
- UV lamp 120Watt/cm
Packaging
TDS, SDS & Technical Documents
- LOCTITE EDAG PF 455B
- LOCTITE EDAG PF 455B SDS
- LOCTITE EDAG PF 455B E&C known as ELECTRODAGPF-45
Technical Specifications
Physical Properties
General Properties
Additional Information
Recommended UV Cure Condition
UV lamp 80Watt/cm or
UV lamp 120Watt/cm
When applying LOCTITE EDAG PF 455B E&C as a crossover, two layers of approximately 12 to 15μm each should be applied. Cure both layers at an energy level of 0.5Joule/cm2 to obtain a good inter-
coat adhesion between the first and second layer and to obtain a maximum adhesion of the crossover.
When using LOCTITE EDAG PF 455B E&C as a crossover, be sure to dry the inks printed over it within 5 minutes. Do not let the inks
printed over LOCTITE EDAG PF 455B E&C air dry for extended periods of time.
Recently viewed products

LOCTITE AA 3321
- Flexible bond
- Highly thixotropic
- Excellent adhesion to glass, plastics and metals

HumiSeal Acrylic Gel Conformal Coating
- Thixotropic
- Fast-drying
- Easy repairability

LOCTITE ABLESTIK 5020
- Non conductive film
- Assembly applications
- High purity

LINQBOND SMA3602 | SMT Chipbonder
- solvent-free
- low stress
- low water absorption