The Science Behind Our Liquid Crystal Excellence.
Efficient & Innovative LC Synthesis.
Maramako leverages proprietary chemical synthesis methodologies that are significantly more efficient than conventional approaches.
Our techniques utilize accessible, cost-effective reagents and shorter synthetic pathways (2−3 stages less), resulting in substantially higher yields (20−30% greater).
We avoid complex and hazardous reaction stages, ensuring safer, scalable, and more economical production of high-purity liquid crystal compounds.
Our techniques utilize accessible, cost-effective reagents and shorter synthetic pathways (2−3 stages less), resulting in substantially higher yields (20−30% greater).
We avoid complex and hazardous reaction stages, ensuring safer, scalable, and more economical production of high-purity liquid crystal compounds.
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2-3
less stages in synthetic pathways
20-30%
substantially higher yields
Pioneering Materials for the High-Frequency Frontier.
Our SubTHz/THz liquid crystals are engineered for exceptional performance in the 70-700 GHz spectrum.
These materials exhibit ultra-low dielectric loss (tanδ < 0.002), high dielectric anisotropy (Δε > 1.3), and significant optical birefringence (Δn 0.33-0.4).
With a wide operating temperature range (-30°C to +130°C) and UV/radiation stability, they are superior to mainstream alternatives, enabling next-generation 6G communications, THz imaging, and advanced sensing systems.
These materials exhibit ultra-low dielectric loss (tanδ < 0.002), high dielectric anisotropy (Δε > 1.3), and significant optical birefringence (Δn 0.33-0.4).
With a wide operating temperature range (-30°C to +130°C) and UV/radiation stability, they are superior to mainstream alternatives, enabling next-generation 6G communications, THz imaging, and advanced sensing systems.
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70-700 GHz
spectrum of SubTHz/THz performance
-30°C to +130°C
wide operating temperature range
Speed and Precision: Redefining Display & Optical Performance.
Maramako offers a portfolio of world-leading fast-switching LCs:
- Chiral Nematics: Achieving response times <1.0 ms, with some turn-off times as low as 0.2 ms — a "world-first" development for such speeds.
- Tilted Smectic A (SmA∗): Delivering extraordinary switching speeds, with best results at 600 nanoseconds — "no analogues in the world". Operates from -40°C to +100°C with high contrast.
- Shock-Free Ferroelectric LCs (FLCs): Enhanced mechanical stability for ruggedized applications, overcoming conventional FLC fragility, with 400 µs response times demonstrated.
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< 1.0 ms
response time
600 ns
unique switching speed
Intelligent Materials for Dynamic Surfaces & Energy Efficiency.
Explore our innovative materials:
- UV-Curable Polymers: Novel formulations with high birefringence for ultra-thin optical compensation films in LCDs and OLEDs, including negative dispersion retarders for true black states.
- Polymer Dispersed Liquid Crystals (PDLCs): "Best in world" performance for smart windows (PDLC-33: 1.5% haze transparent, 84% haze scattering, wide temp range).
- Bistable LCs: Solutions for ultra-low power devices, including Smectic A (EHD effect), Chiral Nematics (<2V operation), and NLCs with high contrast (>86% transparent)
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1.5%
haze transparent
84%
haze scattering
Brighter, Longer-Lasting Polarizer-Free Displays.
Our proprietary Luminescent Liquid Crystal (LLC) technology enables displays without polarizers, offering:
- Exceptional Lifetime: Over 60,000 hours — a "world-first" achievement.
- Enhanced Brightness & Efficiency: Due to polarizer elimination.
- Wide Viewing Angle: Full 180-degree visibility.
- Potential Cost Savings: Ideal for specialty displays and innovative lighting.
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60,000+ hours
a “world-first” lifetime
180°
Wide Viewing Angle