To create smart temperature-sensitive inks, paints and coatings, OliKrom relies on 3 patented thermochromic technologies:
Reversible color change (OliKrom@TSoft)
Color change at a defined temperature T1 and color recovery when temperature drops back below T1.
The temperature inducing color change, T1, can range from -100°C to +100°C.
Applications: real-time hot-bearing monitoring, industrial temperature control, thermal mapping, packaging and interior decoration, …
Reversible color change with memory effect (OliKrom@TMemory)
Color change at temperature T1 and color recovery when temperature drops below T2. The gap between entre T1 et T2 characterizes the memory effect.
Applications: industrial maintenance control, identification of breaks in the cold chain, control of the thermal history of specific elements, verification of appropriate storage conditions, identification electrical components under overload or short circuit conditions, or overheating engine parts.
Heat sensitive paint
OliKrom ‘s R&D team configures and optimizes the temperature range, the reversible/irreversible feature, the switching speed, the color palette, …
Custom-designed pigments are integrated in the desired matrix (paint, coating, ink, masterbatch, …) according to your technical, economic and regulatory requirements.
OliKrom helps its partners to scale up from R&D to manufacturing and provides production capacities from kilograms to multiple metric tons.
Temperature sensitive paint
Field of application
Ask for your customized thermochromic coating
We configure the thermal window, the reversible/irreversible feature, the switching speed and color palette according to your needs.
Send us a message, our engineers will get back to you ASAP!
+33 (0)5 64 37 13 00
OliKrom produces custom thermochromic pigments for the industry. Our smart heat sensitive pigments are used to make thermochromic inks, thermocolor paints, thermochromic coatings and masterbatches. Temperature sensitive material can be used for industrial safety or cold chain monitoring.