Foamability analyzer DFA100
foamfor milkmonitoring

Foamability analyzer - DFA100 - KRÜSS GmbH - foam / for milk / monitoring
Foamability analyzer - DFA100 - KRÜSS GmbH - foam / for milk / monitoring
Foamability analyzer - DFA100 - KRÜSS GmbH - foam / for milk / monitoring - image - 2
Foamability analyzer - DFA100 - KRÜSS GmbH - foam / for milk / monitoring - image - 3
Foamability analyzer - DFA100 - KRÜSS GmbH - foam / for milk / monitoring - image - 4
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Characteristics

Measured entity
foam
Application domain
for milk, monitoring, laboratory, beverage, for firefighting, alcoholic drink, foam prevention, for cleaning, dairy product, for the mining industry, for wastewater, for cosmetic products, foam reducing, paper, foam inhibiting, for cooling lubricants, bitumen
Measured value
moisture, temperature, electrical conductivity, water content, texture, foamability, bubble size, liquid fraction
Configuration
benchtop, modular
Mode of use
automatic, manual, semi-automatic
Technology
infrared, optical
Detector type
CCD
Other characteristics
calibration, real-time, digital, high-performance, multi-parameter, simultaneous, dynamic, graphic, computer-controlled, temperature control, multi-sensor

Description

Many questions about foam, one universal approach: The DFA100 Dynamic Foam Analyzer measures the foamability of liquids and the stability of quickly decaying or long lasting foam based on reproducible foaming and height detection. With optional modules operating in parallel, it also measures the liquid content or analyzes the foam structure with regard to bubble size and distribution. The DFA100 supports you in optimizing foam-forming products or helps you to avoid unwanted foam formation. Applications • Firefighting foams • Flotation as a method for separating solids • Foam prevention for paints and varnishes, process and waste water, or cooling lubricants • Foam-inhibiting and foam-reducing agents (anti-foaming agents/defoamers) • Foams for washing and cleaning • Foams in food and personal care products • Surfactant development Measuring methods • Foamability and foam stability using the optically detected height of foam created reproducibly • Foam formation behavior of heavily foaming liquids using stirring cycles • Optically detected foam bubble sizes and their statistical distribution • Moisture and drainage behavior of foam using its electrical conductivity • Carrying out a measurement up to 20 consecutive times and displaying the results together

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.