By nanoSaar AG
Additive for water-based formulations to improve color pigment dispersion Even minor deviations compromise quality in the paint and coatings industry. The BR 100 (BaSO4) was developed specifically for water-based colorant systems. Designed to meet and exceed the demanding standards of professional paint manufacturers. Final dosage and performance depend on the colorant system, pH, pigment type and loading, dispersant selection and the tinting base and must be established in the target system. Color development, viscosity behavior and storage stability should be verified in the complete formulation. Samples and technical consultation are available on request. Key Features and Benefits Enhanced Stability: Longer-lasting colorant performance across different pH values Low Viscosity Impact: No measurable viscosity increase at recommended dosage Optimized Dispersants: Reduced cost for polymeric dispersants and durability Preserved Properties: Maintains gloss and color behavior under outdoor exposure Enhanced Color: More vibrant, higher jetness with bluish undertones on black pigments Easy Integration: Low viscosity for smooth formulation incorporation
Max. output: 30 liters per hour Max. pressure: 40 bar The size of a suitcase, the LK1, LKOS, and LKOS Twin enable precise liquid pumping for outputs of up to 30 liters per hour. These versatile units are the standard tool for R&D-phase precipitation, emulsification, and encapsulation work. They feature micro gear pumps with high-precision flow rates, MJR® reactors with nozzle sizes ranging from 50 to 1,500 µm, inlets for inert or reactive gases, and a fully software-controlled environment.
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Max. output: 80 liters per hour Max. pressure: 210 bar Max. temperature: 250°C The LGHT was designed for R&D high-pressure applications. Generating hydrodynamic pressure of up to 210 bar, it triggers higher acceleration rates and increased turbulence — ideal for thermally supported chemical processes, melting processes, matrix encapsulation, and high-precision emulsification.
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The P1UP bridges the gap between laboratory development and full industrial production. Designed as a highly flexible upscaling device, it is individually configured to match your specific process requirements — making it the natural next step after lab validation and before full-scale production deployment. Siemens-based control software ensures full compatibility with your existing production environment. The modular design allows precise adjustment across a wide range of industrial, cosmetic, and nutritional applications. Max. output: 600-800 l/h Max. pressure: 70 bar Max. temperature: 70°C
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For industrial (I), cosmetic (C) or nutritional (N) applications Our modular P1 I/C/N production facility contains an MJR® with a maximum throughput of 600 liters per hour. Siemens-based control software ensures full compatibility with your existing production environment. Designed to international legal standards, it is configurable for a wide range of industrial, cosmetic, and nutritional applications.
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