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Particle
fundamental objects of quanta.
See Also: Nanoparticle, Airborne Particle, Particle Accelerator, Particle Counters, Particle Detection, Wave
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Turbidity Sensor
The Aanderaa Turbidity sensors detects infra-red light scattered by particles suspended in water.
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Preparative High Performance Liquid Chromatography System
ACCQPrep HP150
Compared to Flash chromatography, High-Performance Liquid Chromatography (HPLC) operates under a higher pressure and uses columns of a smaller particle size for higher efficiency and increased resolution for purer results.HPLC is divided into analytical and preparative forms. Prep HPLC uses larger particles, meaning less surface area for the stationary phase, a higher flow rate and, generally, less pressure than analytical HPLC. Flash and prep HPLC are both used to purify large sample quantities; in analytical HPLC, the goal is to achieve the highest resolution possible to observe each unique compound in the sample. Explore the ACCQPrep® HP150 from Teledyne LABS to discover why ISCO is known worldwide for Prep HPLC.
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Magnet Testing
magtrack
The magtrack makes it possible to detect the absolute 3D position in space as well as the orientation of a magnetically marked particle over a course of time. The magtrack system is modular and can therefore be adapted to any installation and system.
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Prep HPLC & SFC Columns - 5 µm Spherical Particle Size
RediSep Prep
When you need the highest purity compound, the first choice in laboratories worldwide is Teledyne LABS RediSep Prep columns. Durable RediSep Prep columns are specifically designed to provide quick, accurate results to fulfill your High-Performance Liquid Chromatography (HPLC) and Supercritical Fluid Chromatography (SFC) needs.
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Particle Image Analyzer
DRK-7020
Shandong Drick Instruments Co., Ltd.
Determine the melting point to detect the purity of crystal material. Mainly used for determination of medicine, dyestuff, spice, and other crystal organic compounds’ melting point. Using photoelectric automatic detection, dot matrix image liquid crystal-display technology, and digital keyboard input. The instrument can measure three samples at the same time and has the initial melting, final weld automatic display, automatic recording of melting curve, automatically determine the melting point of the mean value function. The temperaturesystem uses highly linear platinum resistance as detection elements and PID regulation technology, improved the melting point’s precision and reliability. The instrument establishes communication with PC through the USB or RS232, printing or saving the curve and it uses capillary Pharmacopoeia as sample tube.
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Shaker
DRK8091
Shandong Drick Instruments Co., Ltd.
Widely used in particle analysis in pharmaceutical, food, cosmetics, food and other industries, the use of advanced integrated circuit control, the operation is extremely simple.
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Particle Counter
ST-9880
Standard Instruments Co., LTD.
This particle counter comes with a 2.8” TFT color LCD display for a gratifying visual effect. The camera function allows capturing JPEG images and 3GP videos conveniently. This versatile particle counter is widely used. 2.8'' color TFT LCD display. With a micro SD memory card to view images and videos on your PC. Gas (HCHO, CO) detector. Air temperature and relative humidity measurement.
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Silicon Charged Particle Radiation Detectors
ORTEC introduced the first silicon surface barrier detectors for charged particle spectroscopy in the early 1960’s. Since then, ORTEC has expanded the product line with more than ten different options to choose from.
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Radiation Detectors
High Purity Germanium (HPGe) DetectorsSilicon Charged Particle DetectorsScintillation DetectorsORTEC is a leading supplier of solid-state, high resolution, semiconductor radiation detectors. These radiation detectors are used in research, commercial industry, environmental protection, health and medical physics, as well as homeland security to detect gamma-rays, X-rays, and charged particles.
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Aerodynamic Particle Sizer (APS)
3321
The Aerodynamic Particle Sizer® 3321 (APS™ spectrometer) provides high-resolution, real-time aerodynamic measurements of particles from 0.5 to 20 microns. These unique particle sizers also measures light-scattering intensity in the equivalent optical size range of 0.37 to 20 microns. By providing paired data for each particle, the APS spectrometer opens up exciting new possibilities for those interested in studying the makeup of an aerosol.
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Ingress Protection: Water Jets and Powerful Water Jets Tests (IPX5 & IPX6)
Ingress protection testing tests the level of protection an enclosure provides against intrusions. Two such sets of ingress protection tests involve exposing the equipment under test (EUT), to water jets and powerful water jets. These tests are numbered IPX5 and IPX6. The first digit, represented by the “X”, ranges from 0 to 6 and specifies the protection from solid particles. The second digit, in the case of water jets, would always be a 5, and in the case of powerful water jets, would always be a 6.
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Ingress Protection: Immersion Water Tests (IPX7 and IPX8)
Ingress protection testing tests the level of protection an enclosure provides against intrusions. One such set of ingress protection tests involves immersing the equipment under test (EUT), in water. These tests are numbered IPX7 and IPX8. The first digit, represented by the “X”, ranges from 0 to 6 and specifies the protection from solid particles. The second digit, in the case of the immersion ingress protection test, would always be a 7 or an 8.
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Ingress Protection – Dripping Water Tests (IPX1 and IPX2)
Ingress protection testing tests the level of protection an enclosure provides against intrusions. One such set of ingress protection tests is called the dripping water test. These tests are numbered IPX1 or IPX2. The first digit, represented by the “X”, ranges from 0 to 6 and specifies the protection from solid particles. The second digit, in the case of the dripping water ingress protection test, would always be either a 1 or a 2.
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Ingress Protection: Spraying Water and Splashing Water (IPX3 & IPX4)
Ingress protection testing tests the level of protection an enclosure provides against intrusions. Two such sets of ingress protection tests involve exposing the equipment under test (EUT), to spraying water and splashing water. These tests are numbered IPX3 and IPX4. The first digit, represented by the “X”, ranges from 0 to 6 and specifies the protection from solid particles. The second digit, in the case of spraying water, would always be a 3, and in the case of splashing water, would always be a 4.
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Ingress Protection: High-Temperature and High-Pressure Water Jets Tests (IPX9)
Ingress protection testing tests the level of protection an enclosure provides against intrusions. One such set of ingress protection tests involves exposing the equipment under test (EUT), to high-pressure and high-temperature water jets. These tests are numbered IPX9. The first digit, represented by the “X”, ranges from 0 to 6 and specifies the protection from solid particles. The second digit, in the case of the high-pressure and high temperature water jets ingress protection test, would always be a 9.
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Semiconductor Inspection (SEMI)
A process for detecting any particles or defects in a wafer.
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Electromagnetic Express
EM-X
Is a physics modelling package for electromagnetic fields and charged particles. A CAD component allows the definition of mechanical parts and assignment of electric potentials, magnetization and charged particle sources. A time domain, particle-in-cell (PIC) tool then solves the electromagnetic fields and moves the particles within them. The particles’ own charges andmotions are fed back into the electromagnetic fields allowing the effects of space charge and selfmagnetism to be accounted for.
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Advanced Aerosol Neutralizer
3088
Aerosol neutralization is an important component of aerosol science and engineering. Neutralizing aerosol particles can reduce electrostatic losses of particles within tubing or to other surfaces. Neutralization is also critical to gathering reliable particle size data when using a sizing instrument based on electrical mobility.
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Scanning Mobility Particle Sizer Spectrometer
3938
TSI''s newest Scanning Mobility Particle Sizer SMPS™ spectrometer is widely used as the standard for measuring airborne particle size distributions. This system is also routinely used to make accurate nanoparticle size measurements of particles suspended in liquids. The National Institute of Standards and Technology (NIST) uses a TSI DMA to size 60 nm and 100 nm standard size reference materials.
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Engine Exhaust Particle Sizer
3090
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).
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Fast Mobility Particle Sizer
3091
The Fast Mobility Particle Sizer 3091 (FMPS™) spectrometer measures particles in the range from 5.6 to 560 nm, offering a total of 32 channels of resolution (16 channels per decade). It uses an electrical mobility measurement technique similar to that used in our SMPS. However, instead of a CPC, the FMPS spectrometer uses multiple, low-noise electrometers for particle detection
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Automated Filter Tester
3140-1
The model 3140 filter tester uses the same aerosol generation technology as the model 8130A respiratory filter tester. It works with Emery oil, DOP, DEHS, paraffin and other oils. Two new generation CPCs simultaneously count upstream and downstream particles. This enables accurate, repeatable and fast measurements, for example a HEPA filter can be tested in less than 15 seconds.
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Aerosol Neutralizer
3077A
The Aerosol Neutralizer model 3077A is a general-purpose radioactive neutralizer suitable for use with highly-charged and/or highly concentrated aerosols. The Model 3077A can be used with flows up to 5 L/min. If your flow rate will always be significantly higher than this, consider model 3012 and/or 3012A. If your particles will not be highly-charged and/or highly concentrated, consider model 3077.
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Aerosol Neutralizer
3054A
The Aerosol Neutralizer Model 3054A is a radioactive neutralizer suitable for use with highly-charged and/or highly concentrated aerosols in flows up to 150 L/min. If your flow rate will always be significantly lower than this, consider model 3012 and/or 3012A. If your particles will not be highly-charged and/or highly concentrated, consider model 3054A.
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Particle Counters And Detectors
Our family of particle counters and particle detectors contain instruments optimized for a variety of applications. In environmental research and monitoring, customers face high concentrations in city centers, near freeways or harbors, or very low concentrations in remote locations which are used as reference sampling points.
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Cascade Impactors
TSI’s suite of cascade impactors can collect particles with aerodynamic diameters (cutpoints) from 10 nm to 10 µm, in 3 to 13 different size fractions, and at flow rates of 2, 10, 30 or 100 L/min. The number of stages determines the size resolution of the collected samples, and consequently determines the level of detail of the data generated from the quantitative analysis of these collected samples.
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Particle Deposition Systems
MSP’s 2300G3 Particle Deposition System sets the standards for wafer inspection and metrology equipment. This advanced tool is vital for increasing the yield of future leading-edge devices, while meeting the measurement needs of today.
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Aerosol Neutralizer
3077
Aerosol neutralization is an important component of aerosol science and engineering. Neutralizing aerosol particles can reduce electrostatic losses of particles within tubing or to other surfaces. Neutralization is also critical to gathering reliable particle size data when using a sizing instrument based on electrical mobility.
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Aerosol Neutralizer
3054
Aerosol neutralization is an important component of aerosol science and engineering. Neutralizing aerosol particles can reduce electrostatic losses of particles within tubing or to other surfaces. Neutralization is also critical to gathering reliable particle size data when using a sizing instrument based on electrical mobility.
