RTV 800 Series products represent a break-through in UV / Dual Cure Silicone Technology. With cure speeds of less than one second, processing speeds exceed previously unobtainable levels. This unique chemistry allows paste products to cure up to 5/8″ thick with minimal energy requirements. Physical properties can be varied including the viscosity of encapsulants from a few hundred centipoises for spraying to several thousand for thick coating applications. Dual cure products offer assurance that shadow areas will fully cure. No sub-ambient storage is required.
Novagard’s new 800-505 UV/moisture cure silicone coating dries tack-free in seconds; complete cure requires no oven or racking time. Our new UV/dual cure coating allows components to move to the next step of assembly in 3-5 seconds allowing manufacturers to skip the oven cure and eliminate racking…cutting valuable time off processing without compromising quality.
We are pleased to provide custom formulations to meet your specific needs. Please contact us today to discuss your requirements.
Protecting sensitive electronic components is increasingly important as the applications continue to expand into ever increasingly harsh environments. Silicone based compounds provide excellent insulation properties, vibration dampening and barrier protection against weather and severe environmental conditions. NOVAGARD® Silicones UV cured encapsulating compounds maintain all of the enhanced performance characteristics of conventional silicone based materials with processing speeds unmatched by other technologies. Based on patented, ultraviolet-energy cure chemistry exclusively available from NOVAGARD® Silicones, the 800 Series products possess a speed and depth of cure far exceeding most other UV cure systems. This unique chemistry allows deep sections to cure almost instantly. If desired, a moisture curable component provides for shadow curing in those areas unexposed to the ultraviolet light source.
NOVAGARD® Silicones UV cured coatings maintain all of the enhanced performance characteristics of conventional silicone based materials with processing speeds unmatched by other technologies.