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Particulate

subatomic or minute speck of matter


Showing results: 31 - 45 of 57 items found.

  • Automated Wear Debris Analyzer

    LaserNet 200 Series - Ametek Spectro Scientific

    The LaserNet 200 Series allows reliability professionals to quickly and easily assess machinery health in just minutes. By testing only a few milliliters of fluid, users see a complete picture of machine wear and particulate contamination. This enables the user to determine filtration efficiency, the type of wear mode occurring, and the change in ferrous debris concentration, for maintenance action.

  • Multi-channel PM Sampler

    PMS-200M - Focused Photonics Inc.

    The PMS-200M particle multi-channel sampler accepts closed-loop response control technology to sample multiple gaseous and particulate samples simultaneously in the atmosphere. The PMS-200M can monitor meteorological parameters such as atmospheric humidity, pressure, temperature and wind speed in real time. The PMS-200M is configured with 4 sampling channels, which can be extended to 8 channels through stream and timing multiplexing.

  • Laser Type PM Sensor

    Panasonic Industrial Devices Sales Company of America

    Panasonic’s Laser Type Particulate Matter Sensor is comprised of an on-board microprocessor, micro-fan, and laser diode. This PM Sensor has been programmed so that the fan will operate based on the amount of particle dust surrounding the laser diode so that the overall lifespan or usefulness of the Sensor can be extended much longer than its’ average commercially available equivalent.

  • PocketLab Air

    Myriad Sensors, Inc.

    PocketLab Air is an all-in-one science lab for investigating climate change and air pollution in your environment. PocketLab Air can measure carbon dioxide, ozone, particulate matter, temperature, humidity, barometric pressure, and light. We've designed PocketLab Air to be capable enough for climate and air quality researchers but simple enough for a 4th grade student learning about Earth science.

  • Emissions Testing

    TUV Rheinland Inc

    One of the main aims of environmental protection is to suppress harmful emissions or reduce them as much as possible. Typical examples of emissions include gaseous and particulate pollutants emitted by furnaces, odor emissions and particulate emissions from waste tips. Help protect the climate and ask us to measure the emissions created by your facilities.Our experts will test your facility – from large-scale firing plants to biogas plants, from waste incinerators to crematoria – according to national and international standards. We can also help you reduce noise pollution, measure exhaust gases and harmful emissions, and modernize your facilities.With their extensive experience, our experts can analyze your processes and identify potential improvements. As a measurement body registered throughout Germany and internationally accredited according to ISO 17025 we are authorized to perform the legally required measurements for you.Your facilities need testing? Ask us about our emission testing.

  • Air Quality / Gas / Flow Sensors

    Panasonic Industrial Devices Sales Company of America

    Panasonic offers compact, high sensitivity Air Quality, Gas and Flow Sensors for use in equipment or automation processes. Designed for air quality / IAQ monitors and home appliances, the Laser Type PM (Particulate Matter) Sensor can detect dust particles down to the 0.3 m size.

  • Engine Exhaust Particle Sizer

    Spectrometer 3090 - TSI Inc.

    The Engine Exhaust Particle Sizer 3090 (EEPS™) spectrometer measures the size distribution of engine-exhaust particle emissions in the range from 5.6 to 560 nm with the fastest time resolution available. Users can visualize and study the dynamic behavior of particle emissions that occur during transient test cycles, during the first few seconds of a cold start, or during regeneration of a particle trap or diesel particulate filter (DPF).

  • Image Analyzers

    Morphologi Range - Malvern Panalytical Ltd

    Morphological imaging is fast becoming an essential technology in the laboratory toolkit for particle characterization.  The Morphologi 4 is a fully automated static image analysis system which provides a complete detailed description of the morphological properties of particulate materials.  The Morphologi 4-ID combines the same automated static image analysis with Raman spectroscopy in a single, integrated platform, providing component-specific morphological descriptions of chemical species within a blend.

  • Professional Scan Tools

    MaxiDiag MD808 Pro - Autel

    The MaxiDiag MD808 Pro is built to take your diagnostic experience to a whole new level. Loaded with oil service reset, battery registration and reset, parking brake pad relearn after replacement, steering angle sensor relearn and diesel particulate filter regeneration functions, MD808 Pro can access ALL available modules for the best diagnosis operations. With all that enclosed in a 4-inch hand-held device, there is no better multifunctional scan tool on the market.

  • Professional Scan Tools

    MaxiDiag MD808 - Autel

    The all new MaxiDiag MD808 is built to take your diagnostic experience to a whole new level. Loaded with oil service reset, battery registration and reset, parking brake pad relearn after replacement, steering angle sensor relearn and diesel particulate filter regeneration functions, MD808 can access Engine, Transmission, ABS, and Airbag (SRS) systems for the best diagnosis operations. With all that enclosed in a 4-inch hand-held device, there is no better multifunctional scan tool on the market.

  • Air Quality Analysis

    Thermo Fisher Scientific Inc.

    Ambient Gas Monitoring: We offer a variety of analyzers for the ambient monitoring of the criteria pollutant gases, including CO, NOX, SO2, and others such as CH4 and CO2. Source Gas Monitoring (Emissions Monitoring): Experience reliable measurement in your process for emissions compliance every time.Ambient Particulate Monitoring: Experience our monitoring technology and gain the power to do more than just inform.Emissions Calibrators: For continuous monitoring of mercury in exhaust stacks, waste incinerators, and cement kilns, or multi-gas models to control the calibration of gas concentrations.

  • Bulk Density Apparatus

    21-27 - Testing Machines, Inc.

    Bulk density apparatus is testing equipment used to measure the bulk density property of powder, granules and other “divided” solids, especially used in reference to mineral components (soil, gravel, sand), chemical substances, (pharmaceutical), plastics like polyethylene (hdpe or mdpe) pvc, polystyrene etc, or foodstuff and any other masses of granular or particulate matter. Bulk density is defined as the mass of many particles of the material divided by the total volume they occupy. The total volume includes particle volume, inter-particle void volume and internal pore volume.

  • Particle Impact Noise Detection (PIND) Test

    Aero Nav Laboratories, Inc.

    This test detects the presence of free moving particulate contaminants within sealed cavity devices. This test is specifically directed toward relays and other devices where internal mechanism noise makes rejection exclusively by threshold level impractical. This test method also may be used prior to final sealing in the manufacturing sequence as a means of eliminating loose particles from the interior of the device.

  • Charge-to-Mass Ratio Test System

    Model 212HS - TREK, INC.

    Trek offers a unique, small, and portable Q/m analyzer which utilizes the "draw-off" toner transfer method to yield repeatable high accuracy toner charge measurements. The Trek Model 212HS Charge-to-Mass Ratio (Q/m) Test System is used to quickly and accurately determine the charge-to-mass ratio characteristics of both single and dual component electrophotographic toners and other charged particulates.

  • Saybolt Color Analyzer

    optek

    optek’s Saybolt color analyzer is a dual wavelength light absorption sensor. Operationally, the sensor passes a white light beam through the stream to be monitored, where light absorbance is measured at two distinct wavelengths. The measuring wavelength is set to focus on or near the peak absorbance point of the “yellowness” curve, while the secondary wavelength is chosen to compensate for any influence due to light scattering (window fouling, particulate, immiscible fluids, gas bubbles, etc.). Together, the sensor yields a repeatable and reliable true color number without any sample conditioning.

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