Technological solutions built on four decades of intensive research
Using Topas preparation technologies and analytical instruments for disperse material systems (suspensions, powders, emulsions), a wide variety of physico-chemical properties can be determined for substance characterisation. These include, among others, the deagglomeration behaviour, the particle size distribution, the particle concentrations or the coarse fraction. These characteristics are used, among other things, in development, quality control or safety data sheets in accordance with the REACH Regulation (Registration, Evaluation, Authorisation and Restriction of Chemicals). Sample fractionation of an analytically more precise evaluation is a further field of application. Contact us – together we will find your solution.
The Topas laboratory on your desk: modular and smart preparation and analysis technologies
Preparation technologies from our company include ultrasonic disintegrators, vibrating screen exciters for microsieving, dry dispersion or bulk solids analysis. We also show diversity in our spectrum of analytical instruments such as liquid particle counters, aerosol spectrometers or pore size measurement systems.
- industry (quality controls for incoming and outgoing wares)
- chemical, biological, medical
- semiconductor industry
- automotive industry
- food industry
- cosmetics industry
- research
- analysis laboratories
- scientific institutes
- industrial investigations
- government agencies
- environment
- occupational safety
- consumer protection
In determine the characteristics of powders and suspensions in the best possible way, a defined and reproducible dispersion is required. The state of dispersion, i.e., particle concentration and particle size distribution, can be analysed by existing measurement technologies but also with our analytical instruments.
We provide you with competent technologies for analytical preparation:
Dispersion technologies
- ultrasonic dispersion (UDS 751 Ultrasonic Disintegrator)
- aerosolisation of powders/dusts (SAG series)
- aerosol generation from liquids, solutions, and suspensions (ATM series)
Analysis of particle size distributions and size fractions
- analytical microsieving (EMS 755 electromagnetic sieve vibrator)
- Aerosol scattered light spectrometry (LAP 323 laser aerosol spectrometer)
As a spin-off from the Technische Universität Dresden, the founders of Topas were already involved in the field of particle size analysis (granulometry) in the beginning of the 1980s. Our LAP 323 Aerosol Spectrometer, which is still in use today, is thus one of our first proprietary technologies and impressively demonstrates almost 30 years of experience.
LAP 323
LAP 323 Aerosol Spectrometer for analysis of particle size distributions and particle number concentrations in aerosols, Dual Wave Length Technology
RFU 564
Regulated Flow Unit RFU 564 for providing variable adjustable and controlled air flow rates up to 100 L/min for underpressure and overpressure operation mode
ATM 222
Atomizer Aerosol Generator ATM 222 for aerosol generation from liquids, compressed air operated, pneumitic-controlled, remote controllable
DDU 570/H
Diffusion Dryer Unit DDU 570/H for drying of water-containing aerosols by silica gel, high model
DIL 557
DIL 550 Dilution System for static dilution (customised) of aerosols at static air flow rate (customised)
EMS 755
Electromagnetic Sieve Vibrator EMS 755 for finest grain sieving of dry powders (dry sieving) or suspensions (wet sieving)
SAG 410
Solid Aerosol Generator SAG 410 for aerosol generation from powders, toothed belt dosing, moderate mass flow rates
UDS 751
Ultrasonic Desintegrator UDS 751 for dispersing solutions, emulsions and suspensions by focused ultrasonic
