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Grips For Shouldered-Rod Specimens
Introduction of specimens into the grips is straightforward and the design of these grips is such that during testing the specimen and grips exert opposite forces on each other, holding the specimen tightly in the grips.
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Specimen Preparation Equipment
Thermal damage can be reduced by cooling the specimen with liquid nitrogen during processing.Designed to suppress the consumption of liquid nitrogen, allowing long cooling periods.Rapid cooling of the specimen while immersed in liquid nitrogen. Return to room temperature. Designed to allow parts to be detached.
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Specimen Radiography System
XPERT 40
Whether in the biopsy suite or the pathology lab, nothing beats the XPERT 40 Specimen Radiography System in terms of versatility and speed. A 50kV, 1.0 mA X-ray penetrates the densest cores and surgical specimens, identifying the finest details in seconds.
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Impact Specimen Preparation Equipment
Jinan Testing Equipment IE Corporation
DWCT Low Temperature Chamber for Impact Specimen in Drop Weight Testing is specially designed according to ASTM E 208& equivalent ISO Test Method for DWTT of Ferrite Steel Materials. The Low Temperature Chamber adopts multiple compressors, cooling technology and utilizes the heat balance principle and cycle stirring method to realize the constant cooling to impact specimen. With digital display and automatic control temperature, the Low Temperature Chamber is an ideal equipment for cooling and keeping constant temperature.
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Pin Grips For Flat Specimens
Pin grips are very user friendly and are designed for conducting tensile tests of hard metal plate specimens that are difficult to grip. Specimens are held within the grips by passing pins through holes in the specimens.
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5 KN Wedge Grips For Metal Specimens
These easily-operated wedge grips are for tensile testing thin metal plates and metal wires. Although these grips don't benefit from the stationary grip face feature of non-shift wedge grips, they still incorporate a wedge design, where the grip faces press against the wedged frame during testing, applying a self-tightening action to hold the specimen firmly in place.
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Compression Test Jig For Foam Rubber Specimens
JIS-based compression testing of foam rubber used in seats can be performed. This machine comprises exclusive accessories added onto an Autograph precision universal testing machine.
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Grips For Plastic Molding Materials
These plastic molding material grips are used when tensile testing plastics with dimensions specified in JIS K6911, plastic molding materials, and JIS K7113 No 3 specimens, as well as those shown in the diagram below.
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Hamburg Wheel-Tracking Tester
The Hamburg Wheel-Tracking Tester is used to test submerged, compacted Hot Mix or Warm Mix Asphalt specimens as per standard.The device consists of a reciprocating wheel that is rolled over the specimens while measuring the rate of permanent deformation. A constant load of 705 N ±4.5 N is applied to the specimens with a sinusoidal wheel speed of 1 ft/sec in a constant temperature controlled water bath up to 70 °C (± 1.0 °C). An LVDT jig is used for continuous measurement of permanent deformation along the path of the rolling wheel. Accommodates cylindrical or slab specimensSoftware for automatic determination of Stripping inflection PointNumber of passes to SIP, number of passes to failure and other calculated parametersStainless steel construction with temperature controlled water bath up to 70ºC
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Heat Deflection Tester
Apparatus is used to determine the Heat Deflection Temperature or the Vi cat Softening Point. All the specimens are charged with a constant load and immersed in a bath, where temperature is increased at a standard velocity. The attained heat resistance rate of plastic materials is a widely required parameter for product characterization, for quality control, as well as for evaluating their conformity to the previewed applications.
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Heating Microscope
Heating microscopy is a non-contact technique that, based upon an advanced image analysis of a specimen subjected to a thermal treatment reproducing industrial firing conditions, identifies several characteristic shapes and related temperatures key to the optimization of manufacturing processes in ceramics, metals, and alloys.
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Heat Seal Tester
HST-01A
Jinan Leading Instruments Co., Ltd.
HST-01A Heat Seal Tester seals the specimen to determine the seal parameters of basicfilm, laminated films, coating paper and other heat sealing laminated films according to the requirement of relative standards. The seal parameters include heat seal temperature, dwell time, and the pressure of heat seal. Heat sealmaterials that have different melting point, heat stability, fluidness, andthickness of could show various heat seal properties, which cause obviouslydifferent seal technique.
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Heat Seal Tester
HST-01
Jinan Leading Instruments Co., Ltd.
HST-01Heat Seal Tester seals the specimen to determine the seal parameters of basicfilm, laminated films, coating paper and other heat sealing laminated filmsaccording to the requirement of relative standards. The seal parameters includeheat seal temperature, dwell time, and the pressure of heat seal. Heat sealmaterials that have different melting point, heat stability, fluidness, andthickness of could show various heat seal properties, which cause obviouslydifferent seal technique.
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High and Low Temperature Thermal Shock Chamber
HLST-500D
The specimen is placed in test chamber specimen which cannot be placed in high temperature chamber or low temperature chamber. High temperature chamber pre-heats the air and low temperature air chamber pre-cools the air. When doing the test of temperature changing from high to low, the low temperature chamber will blow the pre-cooled air to the test chamber. Then, the air in test chamber will reach your target temperature in several minutes (“recover time”). When doing the test of temperature changing from low to high, the high temperature chamber will blow the pre-heated air to the test chamber. Then the air in test chamber will reach your target temperature within the recover time.
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High-end Transmission Electron Microscope
CryoARM
JEOL announces the latest member in its family of high-end transmission electron microscopes, the CryoARM. This highly automated TEM is designed for unattended operation and high throughput imaging of cryo-EM specimens. The CryoARM was initially introduced to a select audience at the 2016 Gordon Research Conference in Hong Kong, M&M 2016 in Columbus, OH and EMC 2016 in Lyon, France. The CryoARM is a dedicated cryo-TEM, based on the highly successful JEOL ARM (Atomic Resolution Microscope) series, an ultrahigh performance, highly stable platform considered to be the "best-in-class" TEMs. The development of the CryoARM was accomplished in collaboration with leading Life Science researchers.
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High Temperature Axial Torsional Extensometers (1200 C or 1600 C)
Model 7650
Jinan Testing Equipment IE Corporation
Model 7650 extensometers are primarily used on round specimens tested in bi-axial test machines capable of simultaneous axial and torsional loading. All models are capable of bi-directional displacement in both axes and may be used for strain-controlled fatigue testing under fully reversed load and strain conditions at frequencies up to 10 Hz.All 7650 models mount rigidly on the load frame and incorporate slide mounting to bring the extensometer into contact with the specimen. The gauge length is set automatically before mounting on the test specimen, which allows for hot mounting after thermal equilibrium has been reached.These units are specifically designed to minimize crosstalk between axes and to provide high accuracy, high resolution measurements. They incorporate capacitive sensors for low operating force and include electronics with programmable filtering and multi-point linearization for improved performance and accuracy. The overall design minimizes, and in many cases virtually eliminates, any influence from common lab environment vibrations.These water-cooled extensometers are equipped with high purity alumina rods with conical rod tips for specimen contact when testing to 1200℃(2200°F). Silicon carbide rods are used for the 1600℃ (2900°F) high temperature option.
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High-Temperature Extensometers < 600 °C Capacitive
Instron® High-Temperature Extensometers are perfect for testing advanced composites, metals, polymers and other materials at elevated temperatures. This series incorporates a capacitive sensor that does not require any cooling. The extensometers come standard with a sensor conditioner unit providing a 0-10 V output with exceptionally low noise. These extensometers can be attached to round and flat specimens to perform tensile, compression, and cyclic tests.
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High-Temperature Extensometers < 950 °C Capacitive
Is typically used in hot tensile applications with tube type furnaces and consist of a separate measuring unit and suspension arm assembly. The measuring unit uses an LVDT with a fixed travel that remains outside of the furnace, the arms are located mostly inside of the heating system and attach the specimen to the measuring unit.
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High Temperature Hot Mountable Furnace Extensometers (1200 Cor 1600 C)
Model 3549
Jinan Testing Equipment IE Corporation
The Model 3549 is a major advancement in the design of externally mounted, furnace extensometers. This new extensometer is designed to meet the stringent requirements of strain controlled testing as prescribed in ISO 6892, while introducing many new innovative features that help improve productivity with static testing applications (tension and compression testing) and long term testing such as low cycle fatigue and creep. The overall design reduces any influence from common lab environment vibrations. This unit also incorporates a new feature that allows the user to precisely set the contact force against the test specimen. This allows for even and repeatable contact force, limiting contact force induced errors. This extensometer mounts on a slide bracket (included) that can attach to the load frame of your test system; optional load frame mounting brackets are available. The gauge length for the 3549 is automatically set prior to mounting on the test specimen, which allows for hot mounting after thermal equilibrium has been reached.
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High Temperature, Low Strain, Extended Performance Capacitive Extensometers
Model 7650A
Jinan Testing Equipment IE Corporation
Model 7650A extensometers measure strains with extremely high precision due to their design features and low strain range. All models are capable of tension and compression strain measurement, and may be used for fatigue testing under fully reversed load and strain conditions at frequencies up to 10 Hz.All 7650A models mount rigidly on the load frame and incorporate slide mounting to bring the extensometer into contact with the specimen. The gauge length is set automatically before mounting on the test specimen, which allows for hot mounting after thermal equilibrium has been reached.These units are specifically designed to provide high accuracy, high resolution measurements and perform high temperature fatigue testing at the highest possible frequencies. They incorporate capacitive sensors for low operating force and include electronics with programmable filtering and multi-point linearization for improved performance and accuracy. The overall design minimizes, and in many cases virtually eliminates, any influence from common lab environment vibrations.These water-cooled extensometers are equipped with high purity alumina rods for specimen contact when testing to 1200℃ (2200°F). Silicon carbide rods are used for the 1600℃ (2900°F) high temperature option.The Model 7650A is often customized for specific test needs. Contact Epsilon for a configuration that matches your requirement.
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High Temperature Self-Supporting Furnace Extensometers (1200 C)
Model 3448
Jinan Testing Equipment IE Corporation
Epsilon developed this unique high temperature extensometer for testing metals, ceramics, and composites at the high temperatures produced by furnaces and induction heating systems. A combination of features make these extensometers easier to use and better in performance than other similar high temperature extensometers.The units are held on the specimen by light, flexible ceramic fiber cords. These make the extensometer self-supporting on the specimen. No furnace mounting brackets are required. The side load on the test sample is greatly reduced because of the self-supporting design and light weight of the sensor. Most materials testing furnaces with a side cut-out for an extensometer will readily accept a Model 3448. For induction heating systems, a different ceramic cord placement allows the extensometer to easily pass between the coils.The combination of radiant heat shields and convection cooling fins allow this model to be used at specimen temperatures up to 1200℃ (2200°F) without any cooling. An optional tiny air fan does enhance stability at the highest temperatures and is recommended for the highest accuracy and for tests with small elongations. The fan comes with a magnetic base for support so it can be mounted at any convenient location near the extensometer. Fan cooling is not generally needed for induction heated systems. High purity alumina ceramic rods are used. These are available in lengths as required to fit your furnace. A spare set is included with every extensometer. Specify chisel, vee chisel or conical contact points as desired.Most units operate equally well in tension and compression. Thus tensile, compression and cyclic tests like low cycle fatigue can all be performed with a single unit.For vacuum furnaces, special models are available. Epsilon can also provide a radiant heat transfer cooled version. This requires that the extensometer module be surrounded by a water cooled enclosure with a front slot for the ceramic rods.
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High Temperature Testing Mobile Conversion Unit
Used for applications that require high temperatures (1800C-2000C) for extended periods of time, the High Temperature Mobile Conversion Unit offers enhanced capabilities to accommodate more damanding requirements.The unit is based on the General Purpose MCU which allows for the use of standard specimen grips and accesories.
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High Temperature XY Planar Biaxial Extensometer 1200 C or 1600 C)
Model 7651
Jinan Testing Equipment IE Corporation
Model 7651 extensometers measure combined in-plane strains in flat cruciform specimens tested in machines capable of simultaneous X and Y (perpendicular) axial loading and on standard flat samples tested in pure tension. All models are capable of bi-directional displacement in both axes and may be used for strain-controlled fatigue testing under fully reversed load and strain conditions at frequencies up to 10 Hz.All 7651 models mount rigidly on the load frame and incorporate slide mounting to bring the extensometer into contact with the specimen. The gauge length is set automatically before mounting on the test specimen, which allows for hot mounting after thermal equilibrium has been reached.These units are specifically designed to eliminate crosstalk between axes and to provide high accuracy, high resolution measurements. They incorporate capacitive sensors for low operating force and include electronics with programmable filtering and multi-point linearization for improved performance and accuracy. The overall design minimizes, and in many cases virtually eliminates, any influence from common lab environment vibrations.These water-cooled extensometers are equipped with high purity alumina rods with conical rod tips for specimen contact when testing to 1200℃(2200°F). Silicon carbide rods are used for the 1600℃(2900°F) high temperature option.
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Horizontal Flammability Tester
Sataton Instruments Technology CO., Ltd
Horizontal flame resistance tester is design based on FMVSS 302 to determine the burning behavior of materials as interior in motor vehicles by calculating the burning rate of the specimen after ignition by a small flame. Exposed to a certain flame for specified time, the specimen which is clamped in a U shape holder will be measured for the burned distance and time taken to burn this distance. The tester is particularly important for assessing safety of the materials used in the passenger compartment.
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Hot Wire Ignition Tester
The HWI test indicates a materials resistance to ignition when exposed to abnormally high temperatures resulting from a component failure such as a conductor carrying far more than its rated current. HWI performance is expressed as the mean number of seconds required to ignite a specimen when wrapped with an energized non-chrome resistive wire that dissipates a specified level of energy.
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HV Enclosures with Integrated Safety Test
The HV test hood according to Performance Level e (ISO 13849-1), developed by us according to the EN50191 standard (erection and operation of fixed and temporary electrical test installations), offers the highest safety for the operator. The large test chamber is enclosed with a hood made of sturdy, highly insulating and transparent plastic. During the test, there is a clear view of the test specimen. A signal light visually indicates safe opening when the light is “green”. “Red light” symbolises danger, the hood cannot be opened due to the safety interlock. The safety switch also ensures that the hood cannot be opened during the test. This means that the test hood fulfils all the required specifications for compulsory contact protection.
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Hydraulic Flat Grips
These 1 kN pneumatic flat grips are designed for tensile testing metal foils. Unique grip features include a very rigid structure, which reduces swivel of the grip faces during testing, and specially shaped flat grip faces. As with all pneumatic grips, these grips allow quick specimen clamping with a repeatable clamping force.
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Hydraulic Servo Control Compression Testing Machine (Dual Column)
TYE-D Series
Jinan Testing Equipment IE Corporation
This series Servo-Hydraulic Compression Testing Machine is mainly designed for compression test of building material items, such as concrete cube, cement specimen, paver materials and related component, etc. With new design idea and advances technology, this series has more advantages in appearance, operation and applications.The compression testing machine is an ideal tester for quality control at industrial & mineral enterprises, teaching in high schools, and technology researching at scientific institutes.
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Hydraulic Servo Control Compression Testing Machine (Four Column)
TYE Series
Jinan Testing Equipment IE Corporation
This series Servo-Hydraulic Compression Testing Machine is mainly designed for compression test of building material items, such as concrete cubes, cement specimen, paver materials and related component, etc. With new design idea and advanced technolog, this series has more advantages in appearance, operation & applications. The compression testing machine is an ideal tester for quality control at industrial & mineral enterprises, teaching in high schools, and technology researching at scientific institutes.
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Hydrostatic Head Pressure Tester
Sataton Instruments Technology CO., Ltd
Hydrostatic head pressure tester is designed to determine the resistance to water penetration of materials by hydrostatic pressure method. By measuring the opposition to the passage of water through the tested specimen, the tester is to provide standard testing conditions for operator to note the test terminal point. The tester is primarily intended for ducks, tarpaulins, tentings, waterproof materials and other materials which are used for impermeable application, such as chemical protective clothing or medical protective clothing.
