UV curing technology is ideal for a variety of applications in the printing, electronics, optical, medical equipment, automotive and many other industries.
600 Series UV Cured Encapsulatants
601 series - durable sealing and potting materials for assemblies with polycarbonate or ABS housings.
602 series - versatile, elastic gels for holding wires and components in place on PCB and PWB assemblies, and for sealing or potting of connector assemblies.
604 series - highly elastic photopolymers with excellent protective properties for applications on hybrid, COB and other semiconductor (IC) devices where an elastomer is wanted.
605 series - multi-purpose polymer with low corrosion properties and very good dielectric performance, for bonding, sealing or potting in electronic applications.
608 series - rapid curing sealants with good adhesion to metals, plastics and glass.
661 series - solvent free, highly elastic peelable masking polymers formulated to resist cleaning, soldering and conformal coating processes.
500 Series UV Cured Adhesives (UV Curable Adhesives)
501 epoxy based series - good bond strength to glass and metals.
508 series - exceptional high clarity optical adhesives for bonding and filling of glass (fused silica) substrates.
518 - structural adhesive for bonding polycarbonate, ABS and PVC.
552 rapid curing adhesive - good adhesion to plastics, ceramics and glass materials.
560 series - adhesive for polycarbonate, PVC, ABS, styrene and acrylics.
200 Series UV Screen Printing Inks
(High performance Ultraviolet radiation curable ink for Screen Printing.)202 series - for screen printing on Polycarbonate, Vinyl, Mylar, ABS
203 series - multiuse, screen printing inks for Metals, Acrylic, Nylon (flame treated)
206 series - for screen printing on Glass, Ceramics
209A series - for screen printing on polypropylene (PP), polyethylene (LDPE and HDPE) and universal usage on many other substrates
300 Series UV Pad Printing Inks (High performance ultraviolet radiation curable pad printing ink for pad printing equipment.)
UXV-302 series - formulated specifically for treated polyolefin materials, this ink has superior chemical resistance and adhesion to treated surfaces.
UXA-304 series for ABS, Polycarbonate, Polyurethane - maximum abrasion resistance on ABS.
306 series - formulated specifically for Glass, Ceramics, Mylar
UXE-307 series - formulated specifically for Metals, Glass, Filled Nylons and Acrylics, this remarkable ink has nearly universal application on a variety of substrates.
UXI-309 high gloss ink series for unique plastics - this ink series exhibits many of the same performance qualities as UXE-307, including a wide range of applications.
309A - formulated for urethane plastics.
More about Ultraviolet Pad Printing Inks
Properties of Photopolymer Pad Printing Inks
UVEXS UV Curable Inks have superior abrasion resistance, incredible solvent resistance and can cure in only 2-3 Seconds!
CCU Benchtop Conveyor Curing Systems - versatile bench top systems, available in belt widths from 6" to 45"+. UV Conveyor Curing Unit (CCU)
SCU Spot Curing System - highly portable, lightweight UV cure systems that utilize a flexible optic wand for localized exposure of UV curable materials.
UV Spot Curing Unit (SCU)OCU Modular UV Exposure System - designed for integration into existing process equipment.
ECU expandable curing unit - a modular approach to high intensity UV conveyor curing systems for industrial applications.
SAC Small Area Curing Systems - high intensity UV curing in a compact subsystem for localized exposure of UV curable materials.
PM600 UV Intensity Meter for accurate monitoring of the UVcuring process. Calibrations, UV Intensity Meter
UVEXS formulates a wide variety of
ultraviolet (UV) adhesives and UV coatings. UV Curable Materials are formulated for specific substrates and applications, and custom formulations can be made for your unique applications. We
recommend you send us a message from our contact
page describing your needs.
For more information:
UVEXS - UV Pad Printing Inks, UV Curing Equipment, Calibrations and much more ...
![]()



