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| Products 181 to 210 of 339 |
PetroOXY
Automatic Rapid-Oxidation-Stability Test of FAME
a new method to evaluate the storage stability of liquid fuels and offer the opportunity of an automatic instrument.
Both, the method and the instrument are designed in a way that they do not exceed the average test-time of other methods specified for releasing a fuel from any production facility or other storage.
Suitable for: Biodiesel, Biofuel, Diesel, Gasoline, Motor Fuel, Motor Gasoline |
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Measure the rebound resilience of a rubber test piece with one of our specialist resilence instruments.
Lüpke Pendulum
The Lüpke Pendulum measures the rebound resilience of rubber, which is defined as the ratio of returned energy to input energy when a steel rod strikes the test piece.
Dunlop Tripsometer
This apparatus consists of a pendulum in the form of steel disc, mounted on frictionless air bearings, with a striking ball. The Tripsometer measures resilience as the ratio of returned energy to input energy when rubber is struck by the ball.
MRPRA - Wallace Rebound Resiliance Data Computer
Can be used in conjunction with either of the above products to make accurate results even simpler to achieve. |
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Customization
The AEMI chambers have been designed to satisfy most customer's requirements. However, if your testing demands a unique configuration or feature(s) not provided by our standard model, AEMI will work with you to configure a chamber that meets your specific testing needs.
Subsystem Integration
AEMI provides a total turnkey chamber solution including all of the technical expertise, project management, system integration, and installation services that complement the high-quality products we manufacture. This single-source solution ensures completion of a well-controlled, successful project to our customers. AEMI will provide complete antenna measurement system solutions to meet your testing requirements.
Construction
The construction of our anechoic chambers will depend on the shielding requirements of the complete facility AEMI has constructed chambers with stud/drywall methods to welded shielded enclosures, which provide 120 dB of isolation. The most common construction methods are as follows: Standard stud/drywall (no shielding) Stud/drywall utilizing foil (minimal shielding & isolation Welded shielding (120 dB shielding & isolation)
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MICROWAVE MEASUREMENT
- Antenna measurement:
. pattern
. focalisation
. homogeneity
. gain
- RCS (Radar Cross Section) measurement
- Permittivity measurement
- Possibility to create automated measurement software at request
MEASUREMENT RESOURCES OF LUN TECH
- Multi-purpose distance of measurement
- Frequency: from 2.5 GHz to 40 GHz
- Positioner 4 axis |
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The test and measurement methods for "Testing the Immunity to Conducted disturbances induced by an RF Field" are defined by the International standard IEC/EN61000-4-6.
This test can be done by individual components, or by one compact unit like the CIT10 which includes all the necessary components for IEC/EN61000-4-6 testing in one easy to use system.
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| ectro Magnetic Compliance Testing is a broad based test requirement to test many different types of devices, both commercial and industrial for Electro Magnetic Interference, Electro Magnetic Compatibility, Electro Magnetic Immunity, FCC Measurements as well as other specialty measurements. |
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Ready-to-test analogue Rockwell type tester with lever system for direct load application
Basic regular Rockwell type tester offering accuracy, reliability and durability at an extremely affordable price
Rugged construction, will stand up to the harshest environments
Direct analogue reading of Rockwell scales HRC, B, A, F
Accuracy conforms to EN-ISO 6508 and ASTM E-18
Mechanical test cycle without the need of electricity
Easy load force selection by robust dial knob
Oil brake with variable damping by adjustable knob
Large capacity to accommodate large test specimen
Standard delivery including accessories ready for testing all scales |
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SCRATCH HARDNESS TESTER 413
Compact rotary table instrument for determination of the scratch hardness and scratch resistance of lacquered, glass or plastic surfaces (especially HPDL coatings). If proceeding in the appropriate manner, it is also possible to test small parts of different geometries. Four interchangeable diamond or carbide test tools with defined test geometries are available. Including two weights movable on the graduated load arm, load range 0.01 to 1 N
and 0.1 to 10 N. |
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SCRATCH HARDNESS TESTER 430 P
Versatile instrument for mechanical tests: cross hatch cut, scratch (mar) resistance, scratch hardness and writing effect. Manual setting of the loading force (max. 50 N) (Model 430 P I) or motor-driven adjustment (Model 430 P II). 9 preset cross-cuts in compliance with the most commonly used standards; in addition one freely programmable cross-cut pattern. Two cutting speeds and two cutting lengths can be combined as required. Rapid clamping device for test panels and visual display upon cutting through insulating layers to metal subtrate. |
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| Taber's Multi-Finger Scratch / Mar Tester is based on the popular "Ford 5-Finger Scratch and Mar Tester" specified in automotive test requirements. It is typically used to measure the relative resistance or susceptibility of a plastic surface to scratching, marring, gouging, scraping and other similar physical damage. Test samples are mounted to a pneumatically driven, moveable sled which drives the sample at a fixed rate of speed under five (5) scratch pins. A gantry supports the five independent splined-fingers which provide a constant, vertical load on interchangeable scratch pins. Each instrument includes a set of five 1mm hemispherical scratch and 7mm hemispherical mar tools along with a nine piece weight set ranging from a 2N to 20N load (optional weights are also available). |
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Scratching Tool acc. to van Laar
A practical instrument with tungsten carbide tip 0.5 mm in diameter. The instrument is used for standardised scratching of corrosion test samples. |
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| The Taber Shear / Scratch Tester is portable instrument is used to evaluate a material's or coating's resistance to shearing, scratching, gouging, marring, scraping or engraving. Specimens (up to 1/2" thick by 4" square) are affixed to a turntable and then a precision cutting tool, which is attached to a balanced and calibrated scale beam, is placed on the specimen. As the turntable rotates the specimen, the cutting tool will scratch or shear the specimen surface. A sliding weight adjusts the load applied on the scratch tool from 0 - 1000g to determine the point of failure. Optional interchangeable scratch tools include a conical diamond tool; diamond scratch tool; and 1.0 mm hemisphere scratch tip. Using the S-20 tungsten carbide tool (contour shear tool), Taber's Shear / Scratch Tester can also be used to evaluate coating adhesion on a variety of materials. |
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| The Taber Linear Abraser offers tremendous versatility to simulate abrasion and scratch resistance of virtually any product. The Linear Abraser apparatus incorporates a horizontal arm that reciprocates in a linear motion. Attached to the end of the arm is a ‘free-floating’ test system that is placed onto the specimen at the start of the test. As the arm cycles back-and-forth, a spline shaft raises or lowers allowing the test attachment to follow the contour of the specimen being tested. To simulate real-world conditions, parameters (stroke length, speed, load and abradants) can be altered according to the material and test being performed. The basic configuration allows the operator to conduct wear tests using an abradant the diameter of a pencil eraser. To expand the range of testing, a variety of optional interchangeable attachments are available to evaluate a products resistance to scratch, gouge, scrape, rub, mar, coin scrape, and / or crock testing. |
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Bulge/FLC Tester, Model 161
It is possible to test specimens up to a size of 400 x 650 mm when conducting the hydraulic deep-drawing test with the Bulge/FLC tester: In addition to the actual hydraulic forming process the construction of this machine also allows the use of ball punches with a diameter up to 200 mm. The maximum drawing force is 1,000 kN. To guarantee an exact reading of the required drawing force even in case of lower forces, they are divided in two measuring ranges. At specimen failure the test can be stopped both manually or automatically. The capture and the evaluation of the measuring points on the surface of the dome can be effected by an optical measuring device during the drawing process. In the basic version the height of the bulge is detected by means of a measuring probe placed on top, the maximum path measured being 100 mm, and displayed digitally. |
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Universal Sheet Metal Testing Machine for Research, Development and
In-process Testing, Model 146-60/100
The special feature of this testing machines is the increased drawing speed of the drawing punch which, in addition to the normal drawing speed range of 0 - 1,200 mm/min can be adjusted, in an infinitely variable manner and independent of load, up to 3,000 mm/min. This is achieved by using a separate oil circuit, fed by a pump with high volumetric displacement. Contrary to the high speed attachment based on a nitrogen accumulator, here a constant drawing speed behaviour is guaranteed over the total displacement of 150 mm. As to the technical design and the options available, including PC control and proportional valve technique, this machines are similar to Models 145. The basic version of the machines includes an oil/water cooling and have a power consumption of 45 kW. |
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Model: JNT2503X1, JNT2104X1, JNT2154X1, JNT2204X1, JNT2254X1, JNT2404X1
Capacity: 5kN, 10kN, 15kN, 20kN, 25kN, 40kN
Features:
JNT2000 Series Shock Absorber Testing System adopts unique peculiar design and high strength incorporate compact load frame with the actuator lower setting. Load capacity of static and dynamic from 5kN to 40kN, and the highest frequency come true up 100Hz. The system owns a cast-iron base that equipped with crosshead lifts and locks for easy use. For easy specimen installation, a remote station control can be located near the load frame. |
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RKA 5
Automatic Softening-Point Test according Ring & Ball Method
Ready-to-Go Unit to determine the temperature at which a substance attains a particular degree of softness.
Suitable for bitumen & bituminous binders, filler aggregates used in bituminous mixtures, binders for paints and varnishes and resins derived from naval stores. |
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WDW series is widely used in metallurgy, machinery, building engineering and materials, automobile, and shipping industry, college, university and quality assessment department, which can test the mechanical performance of metal, plastic, rubber, spring, all kinds of rope materials and other things.This series adopts the most advanced and reliable load frame structure, as well as the AC servo timing system.
This kind of machine is mainly suitable to measure and test the mechanics properties of metal, rubber, plastic and other materials. Equipped with EDC digital controller (made in Germany) and high precision load cell (made in Japan), the whole system has high liability and stability. It benefits and absorbs clients in all aspects. It is widely used in machinery, metallurgy, aviation& space flight, building, transportation, vessel, ceramic, vehicle, medical, electronic and other industries. |
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zwicki-Line
Our zwickis are high-quality, low-cost, and space-saving test machines. They have been designed particularly for applications in the range of mechanical tests with low loads. These machines cover a wide applicational spectrum: from plastics and elastomer testing over paper, textile, and foam material testing and wire tests up to components testing.
ProLine
ProLine is a simple and compact test machine that was developed to meet the demand for low-price top-class test machines for functional testing of components and for standard applications on basic materials.
With the ProLine, Zwick Roell meets your demands for fastest delivery times with a delivery time of only 2 weeks! |
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Model: TS7101, TS7201, TS7501, TS7102, TS7202, TS7502
TS7103, TS7203, TS7503, TS7104
Capacity: 10N, 20N, 50N, 100N, 200N, 500N, 1kN, 2kN, 5kN, 10kN
Features:
1. Adopt SANS up-to-date WS-3000 measure and control system with embedded technology
2. Touch screen permits extremely simple operation
3. The most advanced transducer greatly improves stability of force accuracy; no need for recalibration within 3 years
4. Applying multiple communication technology including USB, wireless remote control and so on
5. Adjusting operation height according to requirements
6. Adopt three-level synchronous pulleys for speed-down, ensuring high-efficiency driving and power saving
7. Unique design of driving structure prolongs the life of synchronous belt
8. T-Slots in profile of both columns for simple mounting of other accessories |
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| The Taber V-5 Stiffness Tester incorporates a precision pendulum weighing system to measure the stiffness, rigidity (resistance to bending) and resiliency of flexible materials. Nine (9) distinct ranges permit testing of materials that are extremely lightweight and flexible to items that are very rigid. The instrument outputs the moment load applied to the test specimen in TABER Stiffness Units (g • cm). Test specimens are mounted on the Stiffness Tester using the specimen clamp. Located on the pendulum, the lower faces of the specimen clamp jaws are exactly on the center of rotation to ensure a constant test length and deflection angle. Force is applied to the lower end of the specimen by a pair of rollers, which are attached to a driving disc located directly behind the pendulum. As the driving disc rotates, the rollers push against the test specimen and deflect it from its vertical position. In response, the pendulum applies increasing torque to the specimen as it deflects further from its original position. The test point reading occurs when the pendulum mark aligns with the appropriate driving disc mark (7 ½° or 15°), which points to the stiffness reading on the dial plate. Available as a basic unit (Model 150-B) or automatic tester (Model 150-E). |
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Stone Hammer Blow Testing Instrument acc. to VDA, MULTI GRIT TESTER 508 MC
A multi-blow test instrument developed in association with the automotive industry, offering outstanding reproducibility and comparability of results. The pressure accumulator dampens variations in the compressed air mains. Supply of shot particles adjustable. |
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| The FlowSorb III is an entry-level single-point and multipoint BET surface area instrument. The FlowSorb measures surface area using the flowing gas method, which involves the continuous flow of an adsorptive and inert gas mixture over the sample at atmospheric pressure. It is ruggedly constructed and ideal for demanding analytical environments. |
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Micromeritics introduces the TriStar II 3020, a fully automated, three-station surface area and porosity analyzer capable of increasing the speed and efficiency of quality control analyses, with the accuracy, resolution, and data reduction to meet most research requirements. The three analysis ports operate simultaneously and independently of one another. For additional throughput, four TriStars can be operated with one computer. The speed and accuracy of the Tristar II make it an ideal instrument for a wide variety of applications that include pharmaceuticals, catalysts, carbon, cosmetics, paints, pigments, geoscience, fuel cells, high-tech ceramics, and much more.
The new TriStar II features a dedicated Po port, allowing the measurement of saturation pressure on a continuous basis. A 2.75-liter Dewar and extended length sample tubes allow complete adsorption and desorption isotherms to be collected without operator intervention. The TriStar II can collect up to 1000 data points. Fine details of the isotherm can be observed and recorded providing high resolution and revealing pore structure details. The instrument also features a krypton option, allowing precise measurements in the very low surface area range.
The TriStar II also combines versatility in analysis methods, data reduction, and reporting to allow the user to optimize analyses to specific applications. Reports include adsorption and desorption isotherms, BET surface area, mesopore pore size and area distributions, Statistical Process Control (SPC), new isotherm and thickness models, isosteric heat of adsorption, and integrated DFT models. |
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Measuring less than 50.8 cm (20 inches) tall, the ElectroForce® 3100 test instrument is the smallest in the ElectroForce product family. The 3100 will fit on a desk or table-top, and it is extremely lab friendly thanks to its practically maintenance-free operation. The 3100 instrument is well-suited for micro-characterization of materials and devices because of its exceptional control resolution up to 22 N static maximum force.
Typical applications include:
- Tissue mechanics research
- Micro-indentation of cartilage and other soft tissues
- Mechanical stimulation of tissue engineered constructs
- BioMEMS evaluation and testing
- Durability testing of medical devices
- DMA (Dynamic Mechanical Analysis) of tissues, elastomers and other soft materials. |
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The ElectroForce® 3200 test instruments features a 225 N (450 N optional) maximum force. With the versatility of static to 200 Hz frequency response, the table-top configuration is adaptable to a variety of biomedical research and engineered materials test applications, including torsion testing, creep under dynamic loading and special environments (hot/cold chambers).
Typical test applications include:
- Biomaterials
- Medical devices
- Elastomers
- Compliant bio-tissues
- Microelectronics
- Films
- Fibers
- Small components
- Foods and fluids (rheology) |
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The TA-Series is a standard line of fully-equipped tapered anechoic chambers, delivering high-performance Far-Field antenna testing capability. Ideally suited for performing a variety of measurements, the TA-Series has been specifically developed to meet the increased performance demands of today's wireless and general-purpose antenna measurement applications.
The tapered chamber is a spherical antenna range configured with one side tapering with square-to-round transitions to a true conical section.
The tapering walls bring the reflections into phase coherency so that they are all in phase in the test region, resulting in a smooth amplitude taper illuminating the antenna under test. The energy is transmitted from the conical section toward the terminating end wall absorbers at normal and near normal incidence. Chamber reflections and extraneous energy in the test region are determined primarily by the reflectivity performance of the pyramidal absorber on the end wall. By designing the chamber with high performance terminating wall absorbers, the TA-Series delivers greater accuracy for low frequency measurements (down to 200 MHz).
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Twin Column Testing Machines 5-50 kN (1124-11241 lbf)
For applications in the mid force range, Lloyd Instruments offers a wide range of testing machines and accessories for forces up to 50 kN (112241 lbf).
Ideal for routine quality control testing or complex multi-stage tests, all machines can perform tensile, compression, flexural, peel, shear, friction tests and many more. Flexible, simple to use and maintain, they provide high accuracy load measurement and are capable of a rapid 8 kHz data acquisition rate. The stand alone system can store up to 600 test results from 10 programmable test set-ups or, with PC integration with Lloyd Instruments powerful NEXYGENPlus material test and data analysis software, can perform advanced data analysis.
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Material characterization, Testing machines, Testing chambers
