Designed for researchers and engineers pushing the boundaries of material science, PI-KEM’s vacuum mixers offer a versatile, all-in-one solution for laboratory and pilot-scale applications. These systems combine mixing, dispersing, homogenising, and vacuum degassing into a single, compact unit, eliminating the need for multiple machines.
Ideal for creating stable emulsions, suspensions and pastes, vacuum mixers eliminate air inclusions, enhance material consistency, and improve shelf life, making them valuable for the development of high-performance materials.
Order Your Vacuum Mixer with PI-KEM
At PI-KEM, we work closely with forward-thinking scientists and engineers who take pride in driving innovation. Whether you need to specify a custom configuration or respond to a complex tender, our technical experts are here to collaborate with you at every stage.
Ready to specify your vacuum mixing system?
📞 Call our technical team on 01827 259250
📧 Email sales@pi-kem.co.uk
Key Benefits
De-aeration: Prevents voids and inconsistencies in the final product.
Prevents Oxidation: Protects air-sensitive materials from degradation.
Controls Volatiles: Manages evaporation of volatile components.
Enhances Wetting: Improves particle dispersion and reduces clumping.
Sterile Applications: Minimizes contamination for sensitive processes.
Applications
Battery Manufacturing: For bubble-free electrode slurries.
Polymers & Adhesives: For void-free resins and epoxies.
Pharmaceuticals & Cosmetics: For consistent creams and gels.
Ceramics & Metallurgy: For controlling porosity in powders.
Key Features & Options
Optional Integrated Vacuum Pump: For precise vacuum control
Capacity: Available from 150mi up to 200 litres
Optional Heating & Cooling Units: Manages heat during mixing, available with optional temperature monitors
Attachments: Single, Dual, Tri or 4-Shafts, with interchangeable blades for different material type, including stirring & dispersing. Additonal optional vibration plates
Optional Observation Windows: Allows visual monitoring of slurry mixing process
