Powder flowability by particle size and particle shape

UNIT OPERATION

Classification

typical Applications

EPS

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Dispersed systems

Emulsions Suspensions Granules

Unit operations

Particle Formation Classification

Jet Milling

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Dispersed systems

Powders

Unit operations

Comminution Classification

Lactose

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Dispersed systems

Powders Granules

Unit operations

Comminution Atomization Granulation Classification

Milk Powders

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Dispersed systems

Powders Granules

Unit operations

Comminution Atomization Granulation Classification

Ore Dressing

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Dispersed systems

Slurries

Unit operations

Comminution Classification

Powder Coatings

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Dispersed systems

Powders Aerosols & Sprays

Unit operations

Comminution Atomization Classification

typical configurations

HELOS/BR + RODOS/L + VIBRI/L

Laser Diffraction | Dry
Size range: 0.1 µm - 875 µm
Sample amount: < 1 mg - 1,000 g

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Suited for

Powders APIs Excipients NdFeB Gypsum Refractories Abrasives

Typical applications

Lactose Cement Graphite Powder Coatings PTFE Lead Oxide

Applied for control of

Comminution Mixing Classification

MYTOS + TWISTER on-line

Laser Diffraction | Dry
Size range: 0.25 µm - 3,500 µm
Mass flow rate: 1 kg/h - 100+ t/h

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Suited for

Powders Granules Aluminium grit Metal powders Plastic granules Plastic additives Explosives

Typical applications

Jet Milling Lactose Anode Coke Coffee Cement

Applied for control of

Comminution Atomization Granulation Classification

PICTOS + TWISTER

Image Analysis | Dry
Size range: 1.8 µm - 3,500 µm
Mass flow rate: > 0 kg/h - 100+ t/h

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Suited for

Powders Fibres Granules Foundry sands

Typical applications

EPS Methylcellulose

Applied for control of

Comminution Granulation Classification Atomization

OPUS-FT

Ultrasonic Extinction | Wet
Size range: < 0.1 µm - 3,000 µm
Flow rate: < 2,000 l/h
Analysis volume: 10 l/h - 1,000 l/h

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Suited for

Slurries Suspensions Emulsions Drilling muds Industrial minerals Crude oil Sands

Typical applications

Ore Dressing

Applied for control of

Comminution Classification Particle Formation Homogenization

HELOS/BR + RODOS/L + VIBRI/L at-line

Laser Diffraction | Dry
Size range: 0.1 µm - 875 µm
Sample amount: < 1 mg - 1,000 g

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Suited for

Powders Minerals

Typical applications

Cement

Applied for control of

Comminution Classification

HELOS/BR + QUIXEL

Laser Diffraction | Wet
Size range: 0.1 µm - 875 µm
Analysis volume: 300 ml - 1,000 ml

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Suited for

Suspensions Emulsions Slurries Ceramic slurries Metal pastes Paints Coffee Dairy products Abrasives Explosives Rolling oil Catalysts

Typical applications

Chocolate Calcium Carbonate Suppositories

Applied for control of

Comminution Classification Mixing Homogenization Particle Formation

$Laser diffraction analyser HELOS/BR with dry and wet dispersion OASIS/L and dosing unit VIBRI/L$

HELOS/BR + OASIS/L + VIBRI/L

Laser Diffraction | Dry
Size range: 0.1 µm - 875 µm
Sample amount: < 1 mg - 1,000 g
Laser Diffraction | Wet
Size range: 0.1 µm - 875 µm
Analysis volume: 50 / 500 ml

Show configuration

Suited for

Powders Suspensions Emulsions Dairy products Metal pastes APIs Polymers Minerals Gypsum Paints

Typical applications

Calcium Carbonate Lactose Powder Coatings PTFE

Applied for control of

Comminution Mixing Classification

HELOS/KR + RODOS/L + VIBRI/L

Laser Diffraction | Dry
Size range: 0.1 µm - 3,500 µm
Sample amount: < 1 mg - 1,000 g

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Suited for

Powders Fibres Granules APIs

Typical applications

Coffee Milk Powders Sugar Lactose PTFE

Applied for control of

Comminution Granulation Mixing Classification

HELOS/KR + QUIXEL

Laser Diffraction | Wet
Size range: 0.1 µm - 3,500 µm
Analysis volume: 300 ml - 1,000 ml

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Suited for

Suspensions Emulsions Slurries Soil samples Waxes Metal powders Metal pastes Polymers

Typical applications

Chocolate Suppositories Ore Dressing

Applied for control of

Comminution Classification Mixing Homogenization Particle Formation

HELOS/KR + GRADIS + VIBRI/L

Laser Diffraction | Dry
Size range: 0.5 µm - 8,750 µm
Sample amount: 10 g - 1,000 g

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Suited for

Powders Fibres Granules Soil samples Pharma granules Metal powders Foundry sands Compacted products Plastic granules

Applied for control of

Comminution Atomization Granulation Mixing Classification

HELOS/KR + OASIS/L + VIBRI/L

Laser Diffraction | Dry
Size range: 0.1 µm - 3,500 µm
Sample amount: < 1 mg - 1,000 g
Laser Diffraction | Wet
Size range: 0.1 µm - 1,750 µm
Analysis volume: 50 / 500 ml

Show configuration

Suited for

Powders Suspensions Emulsions APIs Dairy products Gypsum Minerals

Typical applications

Calcium Carbonate Lactose Powder Coatings PTFE

Applied for control of

Comminution Granulation Mixing Classification

QICPIC + RODOS/L + VIBRI/L

Image Analysis | Dry
Size range: 1.8 µm - 4,000 µm
Sample amount: 0.5 mg - 1,000 g

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Suited for

Powders Fibres Granules APIs Excipients Pharma granules Tobacco Plastic granules Catalysts Metal powders

Typical applications

Methylcellulose Coffee Wood Fibres

Applied for control of

Comminution Granulation Mixing Classification

QICPIC + GRADIS + VIBRI/L

Image Analysis | Dry
Size range: 1.8 µm - 18,000 µm
Sample amount: 10 g - 1,000 g

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Suited for

Powders Fibres Granules Excipients Foundry sands Compacted products Soil samples Washing powders Refractories

Typical applications

Milk Powders

Applied for control of

Comminution Granulation Mixing Classification

QICPIC + SUCELL/L

Image Analysis | Wet
Size range: 0.55 µm - 2,000 µm
Sample amount: 50 / 500 ml

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Suited for

Suspensions Emulsions Fibres Powders Slurries Fine chemicals Pharmaceuticals Minerals Building materials

Typical applications

Nitrocellulose

Applied for control of

Comminution Classification Mixing Homogenization Particle Formation

QICPIC + LIXELL

Image Analysis | Wet
Size range: 1 µm - 2,000 µm
Analysis volume: 20 ml - 5 l/min

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Suited for

Suspensions Emulsions Powders Fibres Silica gel APIs Soil samples Bronze powders Microspheres Microbubbles Hydraulic oil Styrene droplets

Typical applications

Fruit Juice Nitrocellulose

Applied for control of

Comminution Classification Mixing Homogenization Particle Formation

QICPIC + LIXELL + LIQXI

Image Analysis | Wet
Size range: 1 µm - 500 µm
Analysis volume: 250 ml - 400 ml

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Suited for

Suspensions Emulsions Powders APIs Microspheres Silica gel Solder powders

Typical applications

Nitrocellulose

Applied for control of

Comminution Classification Mixing Homogenization Particle Formation

QICPIC + OASIS/L + VIBRI/L

Image Analysis | Dry
Size range: 1.8 µm - 4,000 µm
Sample amount: 0.5 mg - 1,000 g
Image Analysis | Wet
Size range: 1 µm - 2,000 µm
Analysis volume: 50 ml / 400 ml

Show configuration

Suited for

Powders Fibres Granules Suspensions Emulsions Drug formulations Excipients Fine chemicals Polymers Building materials

Typical applications

Methylcellulose Coffee

Applied for control of

Comminution Granulation Mixing Classification

MYTOS + VIBRI Module

Laser Diffraction | Dry
Size range: 0.25 µm - 1,750 µm
Sample amount: < 1 mg - 1,000 g

Show configuration

Suited for

Powders Building materials Coal Abrasives APIs

Typical applications

Cement Coffee Jet Milling Lactose Powder Coatings

Applied for control of

Comminution Classification Mixing

MYTOS + VIBRI

Laser Diffraction | Dry
Size range: 0.25 µm - 3,500 µm
Sample amount: < 1 mg - 1,000 g

Show configuration

Suited for

Powders Granules Enzymes Coal Refractories

Typical applications

Cement Coffee Jet Milling Powder Coatings

Applied for control of

Comminution Granulation Classification

MYTOS + Probe

Laser Diffraction | Dry
Size range: 0.25 µm - 3,500 µm
Mass flow rate: 1 kg/h- 3 t/h

Show configuration

Suited for

Powders Granules Minerals Metal powders

Typical applications

Cement Anode Coke Powder Coatings Jet Milling

Applied for control of

Comminution Atomization Granulation Classification

PICTOS + VIBRI/L

Image Analysis | Dry
Size range: 1.8 µm - 3,500 µm
Sample amount: 0.5 mg - 1,000 g

Show configuration

Suited for

Powders Fibres Granules Seeds dust Foundry sands

Typical applications

Methylcellulose

Applied for control of

Comminution Classification Mixing Atomization

PICTIS + VIBRI/L

Image Analysis | Dry
Size range: 5 µm - 10,000 µm
Sample amount: 10 g - 1,000 g

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Suited for

Granules Fibres Pharma granules Plutonium kernels Fertilizers

Typical applications

Milk Powders

Applied for control of

Granulation Classification

OPUS-BP

Ultrasonic Extinction | Wet
Size range: < 0.1 µm - 3,000 µm
Flow rate: < 10,000 l/h
Analysis volume: 10 l/h - 1,000 l/h

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Suited for

Slurries Suspensions Emulsions Al2O3 Industrial minerals Flue gas desulphurisation

Typical applications

Ore Dressing

Applied for control of

Comminution Classification Mixing Particle Formation Homogenization

OPUS-FT off-line

Ultrasonic Extinction | Wet
Size range: < 0.1 µm - 3,000 µm
Flow rate: < 2,000 l/h
Analysis volume: 10 l/h - 1,000 l/h

Show configuration

Suited for

Slurries Suspensions Emulsions Pharma emulsions Sands Battery slurries Industrial minerals Drilling muds Crude oil Al2O3

Typical applications

Ore Dressing

Applied for control of

Comminution Classification Mixing Particle Formation Homogenization

OPUS-FT + MULTIPLEXER

Ultrasonic Extinction | Wet
Size range: < 0.1 µm - 3,000 µm
Flow rate: > 20,000 l/h
Analysis volume: max. 1,000 l/h

Show configuration

Suited for

Slurries Suspensions Emulsions Industrial minerals

Typical applications

Ore Dressing

Applied for control of

Comminution Classification

HELOS/BR + RODOS/L + ASPIROS

Laser Diffraction | Dry
Size range: 0.1 µm - 875 µm
Sample amount: < 1 mg - 1 g
Sample volume: 650 µl

Show configuration

Suited for

Powders APIs Inhalants

Typical applications

Lactose

Applied for control of

Comminution Mixing Classification

QICPIC + RODOS/L + ASPIROS

Image Analysis | Dry
Size range: 1.8 µm - 500 µm
Sample amount: 1 mg - 1 g
Analysis volume: 650 µl

Show configuration

Suited for

Powders APIs Inhalants Drug formulations

Typical applications

Lactose

Applied for control of

Comminution Mixing Classification

Find the right instrument for your needs

Classification

typical Applications

EPS

Jet Milling

Lactose

Milk Powders

Ore Dressing

Powder Coatings

typical configurations

HELOS/BR + RODOS/L + VIBRI/L

MYTOS + TWISTER on-line

PICTOS + TWISTER

OPUS-FT

HELOS/BR + RODOS/L + VIBRI/L at-line

HELOS/BR + QUIXEL

HELOS/BR + OASIS/L + VIBRI/L

HELOS/KR + RODOS/L + VIBRI/L

HELOS/KR + QUIXEL

HELOS/KR + GRADIS + VIBRI/L

HELOS/KR + OASIS/L + VIBRI/L

QICPIC + RODOS/L + VIBRI/L

QICPIC + GRADIS + VIBRI/L

QICPIC + SUCELL/L

QICPIC + LIXELL

QICPIC + LIXELL + LIQXI

QICPIC + OASIS/L + VIBRI/L

MYTOS + VIBRI Module

MYTOS + VIBRI

MYTOS + Probe

PICTOS + VIBRI/L

PICTIS + VIBRI/L

OPUS-BP

OPUS-FT off-line

OPUS-FT + MULTIPLEXER

HELOS/BR + RODOS/L + ASPIROS

QICPIC + RODOS/L + ASPIROS

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