Particle measurement
Particle-counter selection depends on minimum particle size, sample flow, channel configuration, portability, concentration range and whether the task is spot measurement or continuous monitoring.
Particle Counting · Airflow · Controlled Environments
KanomaxParticle counters, airflow instruments and environmental measurement systems in India
Kanomax provides particle-counting, airflow, cleanroom-monitoring and environmental measurement technologies for controlled production, HVAC validation, electronics cooling, research and industrial measurement. Primionics supports selection and application engineering for the applicable Kanomax portfolio in India.
Particle Counters0.1 µm MeasurementRemote SensorsAirflow & TABMultichannel AnemometryIAQ & Dust
KanomaxAUTHORISED DISTRIBUTION · INDIA
Kanomax measurement technologies through Primionics
Primionics is an authorised Kanomax distributor in India for the applicable product portfolio, providing product-selection and application support for particle measurement, airflow measurement, environmental monitoring and related engineering requirements.
Technology overview
Kanomax technologies for engineering and industrial applications
The portfolio spans portable measurement, fixed monitoring and research-grade airflow systems, allowing the instrument to be matched to the measurement method rather than selected only by model number.
Airflow measurement
Air velocity and volume-flow work requires the correct sensing principle, probe geometry, velocity range, duct or diffuser method and pressure-measurement approach.
Controlled environments
Reliable cleanroom and semiconductor measurements depend on representative sampling, calibrated instruments, stable flow and documented measurement conditions.
Technology portfolio
Core Kanomax technologies supported through Primionics
Particle Counters & Remote Sensors
Handheld, portable and fixed particle-counting instruments support cleanroom spot checks, classification, process investigations and continuous monitoring, including 0.1 µm and higher-flow configurations within the Kanomax range.
Explore technologyAirflow & HVAC Instruments
Hot-wire anemometers, rotating-vane instruments, micromanometers, capture hoods and multichannel airflow systems support velocity, volume-flow, differential-pressure and multipoint measurements.
Explore technologyContinuous Cleanroom Monitoring
Remote particle sensors and networked monitoring architectures support fixed-point contamination monitoring with facility integration, alarms and historical records.
Explore technologyIndoor Air Quality & Dust Monitoring
Portable IAQ and aerosol instruments measure parameters such as CO, CO₂, temperature, humidity and particulate concentration for building, workplace and industrial investigations.
Explore technologyMultichannel Flow & Thermal Research
Multi-point and high-temperature anemometry supports electronics cooling, thermal-process development, aerodynamic studies, wind-tunnel work and research requiring simultaneous flow measurements.
Explore technologyEnvironmental & Facility Measurement
Sound, vibration, odor and related measurement instruments extend the portfolio into facility assessment, machinery checks and environmental troubleshooting.
Explore technologyApplications
Engineering workflows and application areas
Semiconductor cleanrooms and controlled production
Portable and fixed particle-counting systems support contamination investigations, cleanroom verification and continuous monitoring in particle-sensitive manufacturing.
HVAC testing and balancing
Anemometers, micromanometers and capture hoods support duct traverses, diffuser measurements, pressure checks and commissioning of ventilation systems.
Electronics cooling and thermal development
Low-velocity and multichannel airflow measurement supports fan, heatsink, enclosure and thermal-management studies.
Industrial and environmental investigations
Dust, IAQ, sound, vibration and related measurements support workplace assessment, facility troubleshooting and research.
Selection criteria
Define the technical requirement before selecting the platform
Particle measurement objective
Define minimum particle size, channels, flow rate, expected concentration and whether the measurement is handheld, portable or continuously installed.
Sampling & location
Confirm sampling point, probe orientation, tubing, transport losses, environmental conditions and required repeatability.
Airflow method
Choose hot-wire, vane, pressure-based, capture-hood or multichannel measurement according to velocity range, geometry and test objective.
Data & integration
Define onboard storage, interfaces, network integration, alarms, reporting and calibration requirements before choosing the instrument.
Technical FAQ
Common engineering and product-selection questions
Which Kanomax particle counters are relevant for semiconductor cleanrooms?
Kanomax offers handheld and portable optical particle counters as well as a 0.1 µm portable particle counter and remote particle sensors. Selection depends on the cleanroom class, particle-size threshold, flow rate, monitoring duration and reporting requirement.
What is the difference between a handheld and a 1 CFM portable particle counter?
Handheld units prioritise portability and spot measurements, while higher-flow portable instruments sample more air per unit time and are often preferred where larger sample volumes or faster classification workflows are required.
When is a multichannel anemometer preferable to a handheld anemometer?
A multichannel system is useful when velocity and temperature must be measured simultaneously at several points, such as electronics cooling, wind-tunnel, thermal chamber or airflow-mapping work.
Can Kanomax instruments support continuous cleanroom monitoring?
Yes. The portfolio includes remote particle sensors and monitoring architectures intended for fixed-point continuous measurement. The full system design must also address sampling, communications, alarms, data retention and facility integration.
What information is needed for Kanomax product selection?
Provide the measured variable, range, particle size or air velocity, sample flow, number of measurement points, environmental conditions, portability requirement, interfaces and intended reporting or monitoring workflow.