Solutions for your Laboratory: Mixing and De-aeration
Before a newly-developed product is implemented into large-scale production and mixers with a useful volume of several thousand liters are introduced, it must first go through various stages of development. For the development of new formulations and initial basic tests, laboratory-scale machines play a decisive role.
For challenging mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. tasks involving small quantities of high- and medium-viscositymedium-viscosity
Viscosity is a term for the resistance of fluids. products, our PMH 1 or PML 1 Laboratory Planetary MixerMixer
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. is the machine for you. The compact table-top model provides for ease of operation and homogeneous mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and de-aerationde-aeration
Removal of entrained gas from free-flowing media, e.g. through the vacuum – thin-film process using a de-aerator. of your product.
PMH 1 / PML 1 Laboratory Planetary Mixer
Our Model 50 Laboratory Dispersator produces consistently repeatable dispersions through faster mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. action and improved motor performance. This high-performance, high-speed unit ensures constant mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. speed regardless of product weight, viscosityviscosity
Viscosity is a term for the resistance of fluids. or other variables.
With the laboratory-scale version of the successful Ψ-Mix®Ψ-Mix®
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. Inline Disperser you can rely on innovative dispersiondispersion
Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances. technology with emission-free inline operation for optimal wettingwetting
Air-free coating of the particles with a suspension medium. of powders in liquids.
The MiniVac laboratory-scale de-aerator was specially developed for small batches or initial tests and – like the production-scale NETZSCH vacuum de-aerator – operates according to the VTR principle (vacuum - thin film - rotary process). With extreme ease of operation you can remove micronized pockets of gas and air from free-flowing products of various viscosities as well as from viscous pastes and compounds.
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