Produkter
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Vådformaling
(Hosokawa Micron Group)
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AHM Alpine
Hydro Mill
 Alpine Hydro Mill 200 AHM
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The
Alpine® AHM is an universal, agitated ball mill with horizontal
cylindrical milling chamber for the continous wet milling of particles up to
finenesses in the sub-micron range. The AHM features a cylindrical milling
chamber with cooling jacket and a modular design for product inlet, milling
cylinder, and separation zone. The mill is easily accessible from all sides for
cleaning and handling. Typical applications are chemicals, minerals,
ceramics,
metals, pigments, foodstuffs, and pharmaceuticals. Alpine Hydro Mill AHM 
Enclosed and horizontal agitator ball mill for circuit and single-pass mode.
Machine sizes available for laboratory applications and for large-scale production.
The modular design of rotor and mill housing make the wear-protection elements easy to exchange.
Maintenance of the separating element possible without having to empty the mill.
Easy to access for cleaning and service.
Grinding chamber 5-1.056 litres |
Type 500 DPP
| Powerpaint Annular Ball Mill DPP | |
| Wet processing – size reduction | |
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Annular ball mill
with toroid-shaped rotor and
 Discoplex Typ 500 ADP 
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The Alpine Discoplex is an
agitated pearl mill with a special grinding chamber used for the wet processing
of a wide variety of feed materials in the range below 100 microns. End product
fineness in the submicron range can be achieved. The Alpine Discoplex ADP pearl
mill is ideal for continuous closed circuit and multi-pass modes. Closely
defined particle size distributions at high finenesses can be achieved. Applications include ceramics, glass, glazes, minerals, metallic powders, hard
metals, ferrite, chemical products, foodstuffs, paints and varnishes and
pigments. Discoplex® Agitated Ball Mill ADP
Wet processing – size reduction
Radial agitated ball mill
with disc-shaped geometry and internal grinding pearl circulation.
Suitable for high
viscosities and volume flows in either circuit or multi-pass grinding mode.
Maximum dispersion effect brought about by specialgrinding pin arrangement.
Wide choice of exchangeable wear-protection elements. |
 Annular Ball Mill 100 RSK
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The
Alpine® RSK Annular ball mill is a liquid phase mill designed with a
special annular-shaped grinding chamber. Because of the uniform energy
distribution within the grinding chamber, closely defined particle size
distributions can also be produced in single-pass mode. The pipe-shaped
grinding chamber ensures uniform energy consumption and uniform grinding. It
can be equipped with one or two integrated agitator vessels, thus converting the
machine into a complete small-scale production system. Alpine®
RSK Annular Ball Mill is the mill of preference in the pharmaceutical and
laboratory industries. Annular Ball Mill RSK
Vertical laboratory annular ball mill for circuit
and single-pass mode.
Application for mini-batches of
any product.
Easy to clean.
Wide choice of wear-protection options.
Grinding chamber 0,15-2 litres.
Drive approx.kW 2,2-11 kW. |
 Type 630 ANR
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The
Alpine ANR agitated ball mill for wet processing features a cylindrical,
streamlined design which ensures uniform energy consumption and is suitable for
large scale industrial ultrafine grinding of medium to hard materials,
especially in the mineral powder industry. Applications include coating slip
for paper coatings, mineral filler and ceramic pastes and glazes. The Alpine
ANR product line includes several machine sizes with grinding chamber volumes ranging between 10 and 2000 liters. Agitated Ball Mill ANR
Open-design vertical agitated ball mill for single-pass mode.
Application for superfine calcium carbonate and other mineral powder slurries.
Suitable for continuos operation.
Low-maintenance machine.
Ceramic wear protection ensures high degree ofwhiteness.
Cost-effective due to low grinding energy requirement.
Grinding chamber 10-2.000 litres. |
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Rietz® Disintegrators are designed with
vertical, angled and in-line
fixed hammer screen mills for size reduction of a wide variety of wet and dry
materials. Heavy duty designs withstand the most demanding applications with
USDA / FDA sanitary design option for food and pharmaceutical applications. |
| Applications Include: | |||
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Cocoa |
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Pineapple |
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Milk |
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Peaches/Apricots |
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Cheese |
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Pears/Plums |
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Carrots/Tomatoes |
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Mango/Papaya/Guava |
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Chile Peppers |
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Citrus Peel |
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Salsa |
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Bakery Mix Finishing |
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Coconut
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Potatoes (starch) |
 In-line and Vertical Disintegrators |
Secondary'
Discharge. The popular Rietz® In-Line Vertical Disintegrators is for the reduction of fine, coarce, wet, moist or dry materials in the small or medium range, to uniform particle size. Automatic and continuous separation of disintegration resistant or other secondary product is effected by exclusive Rietz 'Secondary' Discharge. Fluid Dispersion Fluids may be injected into the top milling section of a Disintegrator and will then be dispersed throughout the main products. Thus, simultaneous milling of solids and incorporation of liquid additives can be achieved.
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 Gorator with feed screw |
 Tools for the Gorator |
The GORATOR® grinds, disintegrates, comminutes, homogenizes, aerates, mixes, shreds, washes and transports – in short, it conditions your product in many physical and mechanical ways and is able to process materials of different consistencies:.
Generally, the processing action has to include a liquid phase.
Basic principle
A disc mounted diagonally to a shaft rotates in a housing. Due to this diagonal position and the resulting gyrating motion, the elliptical disc causes a diagonal flow of the product in axial and radial direction. These overlapping movements of the product in the GORATOR® create a flow and shearing distribution which causes an intense mixing effect in relation to the processed medium.
The centrifugal forces push the solids into the stator, where they are disintegrated because of the special constructional characteristics (axial channels and radial grooves). Because of the rotation of the diagonal disc the product achieves a centrifugal acceleration similar to that in a centrifugal pump. Due to these motions the GORATOR® is able to pump the product from the discharge port to the following step in the process.
| The Standard-GORATOR® | |
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Approx. 70 mm at the inlet to a final size of smaller than 1,6 mm in one single processing step. |
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Delivery range Standard machine. Discharge openings 1,6 mm to 20 mm |
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Throughput from 1 m3/h up to 200 m3/h |
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The Fine-GORATOR® |
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Discharge openings (clearance) 1.6 mm to 500 µm |
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Throughput of 1 m3/h to 100
m3/h
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CAVITRON® Verfahrenstechnik |
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The rotor system
runs with up to 50 m per second against the stator. The medium is
compressed in the chambers (between rotor and stator) with a
pressure up to 10 bar. The retention time in the chambers is 0.001
second. The medium expands in a shock like way and changes over in
the next centrically external chamber. The rotor/stator segments meet up to 500 million times per
second. This action repeats itself up to million times per second, which is a basic difference to other mixing devices. Hastelloy, titan, hard |
All CAVITRON® - machines are tested by permanent running in the industrial range.
Til toppen af siden SANITARY SD MODELS Range from 3 to 40 horsepower |
SD MODELS FOR: Foods
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G MODELS FOR: ASPHALT EMULSIONS GREASES AND LUBRICANTS CLAY COMPOUNDS WAX EMULSIONS CARBON DISPERSIONS LATEX EMULSIONS PIGMENTS AND DYES and much more
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| Vakumix in-line homogenisator |
 In-line Homogenisator |
Available in four sizes:
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Type DHO Mounted in vessel bottom |
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Type DHOS Mounted to existing vessels via special flange |
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Type DHOL Horizontal homogenizer, stationary |
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Type DHOLF
Horizontal homogenizer, mobile
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The ESM Mills are suitable for reduction of all brittle material. Depending on the grinding time and material reduction of 20 mm feed material are possible. The attainable ultimate fineness is approximately 0-5 my. Vibrating mills are specially suited for combining grinding and mixing, as well for mixing alone.
 Eccentric Vibrating Mill |
A feed material consisting of many different components can be efficiently
reduced and throughly mixed in one operation. Grinding in vacuum, under pressure
an in inert gas is also possible. The mills are very suitable for
mechanical-chemical processes.
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