Mixing, Dispersing, Kneading and De-aeration
MixingMixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. is one of the basic operations in mechanical processing engineering. In this way, at least two starting substances are combined into one substance that should be as homogeneous as possible.
The mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. process is commonly followed by de-aerationde-aeration
Removal of entrained gas from free-flowing media, e.g. through the vacuum – thin-film process using a de-aerator. since, during the processing of liquid to highly-viscous products, pockets of air or gas often cause problems. Pockets of air, hence oxygen, can have negative effects on the product – such as oxidation, rancidity of fats or oils, discoloration or deterioration of aroma and taste for example – and, for materials that are to be coated, can lead to porous and pitted surfaces. In contrast, de-aerated products are usually more chemically stabile and more durable.
The 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 is a revolutionary system for mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and dispersingdispersing
Wetting, separation and stabilization of primary particles. solids in liquids. Homogeneous, fine dispersions with exactly reproducible quality are achieved through a controlled, emission-free process.
Ψ-
For processing large batches of moderate- to high-viscosityhigh-viscosity
Viscosity is a term for the resistance of fluids. product, the PMD and PMD-VC intensive mixers are the machines of choice. The stationary mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and dispersingdispersing
Wetting, separation and stabilization of primary particles. units are successfully utilized primarily in the paint, printing ink and pigment industries.
The NETZSCH MasterMix® dissolvers are fast, high-powered dispersingdispersing
Wetting, separation and stabilization of primary particles. units for simple mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. tasks. They can easily process products with viscosities up to 100 Pa·s from a broad range of applications.
The NETZSCH planetary mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. and kneading machines show their true magnitude with difficult-to-disperse products and high viscosities. In particular, dispersiondispersion
Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances. of finely-powdered and lightweight components in liquids is accomplished extremely quickly with product-specific mixingmixing
This is a basic operation in mechanical process engineering - the inverse of separation of at least two different materials. elements such as crossbeam and butterfly agitators or various dispersiondispersion
Dispersions are heterogeneous mixtures of at least two barely soluble or coalescing substances. disks.
Compact enough to be included at virtually any point in your process. The self-pumping portable unit features rotor/stator based technology with multiple stator configurations available.
Featuring a precision high-speed rotor, which creates a vigorous pumping action as it draws liquid into the stator inlet. Liquid is discharged at high velocity through machined slots in the stator.
The NETZSCH vacuum de-aerator offers a simple way to remove even micronized gas and air pockets from liquids of various viscosities or from viscous compounds and pastes.
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