How it works
How LehMoSense Products Ensure Security
At LehMoSense, our innovative solutions enhance product security through a multi-faceted approach. Our anti-counterfeiting pigments create invisible UV security marks that remain undetectable under normal light but reveal themselves when illuminated with UV light or a mobile phone flashlight, enabling quick and easy product authentication. Additionally, our novel security pigments emit different colors based on the wavelength of illumination, allowing for straightforward visual verification of authenticity. Finally, our sustainable organic afterglow phosphors can be easily excited by a mobile phone flashlight, providing a reliable glow for product verification and empowering consumers to authenticate their purchases conveniently and affordably. Together, these solutions promote a more secure marketplace and instill confidence in product integrity.
Our approach
Our Comprehensive Approach to Combat Counterfeiting
Counterfeit products pose a serious risk to both brand integrity and consumer safety, with traditional authentication methods often being expensive and difficult to use. To address this, LehMoSense offers affordable, eco-friendly solutions using rare-earth-free afterglow phosphors for novel security inks. These innovative products can also allow for simple, reliable authentication with just a mobile phone flashlight, making it easier than ever to protect products and ensure their authenticity.
Our products
Our anti-counterfeiting solutions
LehMo-Flo photoluminescent pigments provide eco-friendly, non-toxic anti-counterfeiting solutions by emitting unique UV light colors, which are invisible in ambient light, without using rare-earth elements or toxic heavy metals or chemicals such as Formaldehyde.
Phosphorescent Pigments
The LehMo-Glow product series are pigments that emit phosphorescence or an afterglow even after the illuminating light is turned off. The afterglow is visible for only a few seconds. This property, which varies by pigment, enhances security when used in security inks, making it difficult for third parties to replicate.
