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Supplier: Tinius Olsen, Inc.
Description: tool steel knife edges are easily replaced. A spare set comes with every extensometer Temperature options extend from as low as -265°C/-450°F to 200°C/400°F Includes high quality foam case Replaceable arms and spacers for ease of repair. This also allows
- Standard: ASTM, ISO
- Test Applications: Compressive, Physical / Thermal Properties
- Type: Extensometer
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Supplier: Epsilon Technology Corp.
Description: These extensometers are high precision non-contacting units for strain measurement in materials testing. They use a high speed laser scanner to measure the spacing between reflective tape strips on the sample. The measurement range is from 0.3 to 5 inches (8 to 127 mm) on the
- Length: 27 inch
- Test Applications: Tensile
- Test Temperature: Up to 302 F
- Type: Extensometer
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Supplier: Epsilon Technology Corp.
Description: 3555 axial extensometer. These high accuracy gages are designed for testing at elevated temperatures, much higher than strain gaged based extensometers. The Model 3675 uses a high temperature capacitive sensor and can operate without any cooling at the upper
- Test Applications: Tensile
- Test Temperature: Up to 1004 F
- Type: Extensometer
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Supplier: Epsilon Technology Corp.
Description: For transverse or diametral strain measurements at temperatures to 1000 °C (1832 °F). These extensometers may be used with furnaces having a side entry slot for an extensometer or with induction heating systems. They utilize a proprietary, rugged dual flexure design. This model
- Test Applications: Tensile
- Test Temperature: -40 to 1832 F
- Type: Extensometer
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Supplier: Epsilon Technology Corp.
Description: High temperature extensometers for use in split type materials testing furnaces. Water-cooled and furnace bracket mounted, these are for use to 1200 °C (2200 °F). The high temperature option allows use to 1600 °C (2900 °F). These extensometers mount on a
- Standard: ASTM, ISO
- Test Applications: Compressive, Tensile
- Test Temperature: Up to 2912 F
- Type: Extensometer
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Supplier: United Testing Systems, Inc.
Description: extensometer can be used on either round or flat samples. Each comes with two special features: a built-in overload protection and the automatic gage length setting which helps ensure a high degree of consistency between the users and the testing samples. Special gage lengths are also
- Standard: ASTM
- Test Applications: Gaging
- Type: Extensometer
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Supplier: United Testing Systems, Inc.
Description: To cover the needs of high elongation elastomeric samples testing, United offers the High Elongation Extensometer. Mounted on the load frame column cover via two articulating arms, the extensometer can be moved up or down, or swung completely out of the way during non-use
- Test Applications: Gaging
- Type: Extensometer
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Supplier: United Testing Systems, Inc.
Description: Designed for easy, clip-on attachment. Available in gage lengths of 0.5", 1", or 2". With measurement capabilities to 100% sample elongation, the unique extensometers also features built-in overload protection. These extensometers can be configured for use on either round or flat
- Standard: ASTM
- Test Applications: Gaging
- Type: Extensometer
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Supplier: United Testing Systems, Inc.
Description: Measures from both sides of sample and averages the results. Available in gage lengths of 0.5", 1", 1.4" or 2". Built-in overload protection. Automatic gage length setting. Class B-1 extensometers. High temperature version (up to 350°F) is also available.
- Test Applications: Gaging
- Type: Extensometer
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Supplier: ZwickRoell LP
Description: makroXtens II is a universal, high resolution extensometer for tensile, compression, flexure and cyclic tests on plastics, composites, hard foam materials and metals that have low to average specimen strain. The makroXtens is a proven extensometer that with various base models
- Standard: ASTM, ISO
- Test Applications: Compressive, Fatigue / Cyclic, Flexure / Bending, Tensile
- Type: Extensometer
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Supplier: ZwickRoell LP
Description: contact force that does not affect the test process or the test results. The displacement transducer measures with high accuracy, independent of the test temperature. All temperature-related accuracy deviations are automatically compensated in every ZwickRoell testing machine.
- Standard: ASTM, ISO
- Test Applications: Compressive, Flexure / Bending, Specialty / Other
- Type: Extensometer
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Supplier: MTS Systems Corporation
Description: selected, the furnace includes thermocouples and temperature control for each zone. Each furnace is designed to accommodate MTS high-temperature axial extensometers.
- Configuration: Reach-In
- Temperature Control: Heating
- Temperature Range: 100 to 1400 C
- Test Parameters: Temperature
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Supplier: ZwickRoell LP
Description: temperature range of -80°C up to +2,000°C for determination of the elastic behavior, resistance, and yield point of high-temperature resistant materials under high heat conditions. Not only the selection of the heating system to be used, but also reliable temperature
- Configuration: Floor Mount
- Temperature Control: Heating, Cooling
- Temperature Range: -80 to 2000 C
- Test Parameters: Temperature
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Supplier: Tinius Olsen, Inc.
Description: use, it can be pushed aside and clear of the operating area. The furnace has a high quality rigid stainless steel outer case with a polished finish. Rigidity is important to prevent the insulation cracking in service and to allow high temperature extensometers to be
- Atmosphere: Air / Oxidizing
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Supplier: Tinius Olsen, Inc.
Description: -zero temperature testing is available via a self-pressurising liquid nitrogen Dewar. Door is left hinged. Safety interlock operated by door hinge cut heating process when door is opened. Viewing window is central to door 350mm high by 170mm wide. supports use of non contacting
- Atmosphere: Air / Oxidizing
- Height: 610 mm
- Length (Chamber / Tube): 230 mm
- Process Temperature: 350 C
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Supplier: Tinius Olsen, Inc.
Description: -zero temperature testing is available via a self-pressurising liquid nitrogen Dewar. Door is left hinged. Safety interlock operated by door hinge cut heating process when door is opened. Viewing window is central to door 350mm high by 170mm wide. supports use of non contacting
- Atmosphere: Air / Oxidizing
- Height: 610 mm
- Length (Chamber / Tube): 230 mm
- Process Temperature: 350 C
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Supplier: Shimadzu Scientific Instruments, Inc.
Description: A video extensometer for the Autograph series of testing and inspection machines, the TRView X achieves high precision (JIS Class 0.5 for use at room temperature; JIS Class 1 for use in chamber), making it compatible with a variety of materials, including metals, plastics,
- Application Software: Yes
- Display / Interface: Video / Graphic Display, Computer Interface
- Mechanical Test: Tensile, Ductility, Universal
- Test Humidity: 20 to 80 %
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Supplier: Haida International Equipment Co., Ltd.
Description: -load, over-currency, over-voltage, over-temperature 5. Load: Adopting load cell to ensure high accuracy, reliability and consistency; 6. Displacement: Adopts optical encoder with high accuracy and stability; 7. Strain: Adopt high accuracy electronic extensometer
- Display / Interface: Computer Interface
- Mechanical Test: Tensile, Universal
- Stroke / Travel: 9.84 inch
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important to prevent the insulation cracking in service and to allow high temperature extensometers to be mounted directly on the furnace case. Learn More (read more)
Browse Laboratory Furnaces Datasheets for Tinius Olsen, Inc. -
machine. When the furnace is not in use, it can be pushed aside and clear of the operating area. The furnace has a high quality rigid stainless steel outer case with a polished finish. Rigidity is important to prevent the insulation cracking in service and to allow high temperature extensometers to be mounted directly on the furnace case. Learn More (read more)
Browse Stability Chambers and Rooms Datasheets for Tinius Olsen, Inc. -
machine. When the furnace is not in use, it can be pushed aside and clear of the operating area. The furnace has a high quality rigid stainless steel outer case with a polished finish. Rigidity is important to prevent the insulation cracking in service and to allow high temperature extensometers to be mounted directly on the furnace case. Learn More (read more)
Browse Furnaces (industrial) Datasheets for Tinius Olsen, Inc.
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Effect of temperature on the fracture toughness of A516 Gr70 steel
Load line displacements were measured by a COD gage (Instron Ltd. Catalog No. 2670-116) for a temperature range of - 160·C ~ T ~ lOO·C and by a high temperature extensometer (Instron Ltd. Catalog No. 2632- 001) for 20·C ~T~600·C.
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Structural Health Monitoring and Integrity Management
High temperature extensometer with adjustable .
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Understanding and Improving High-Temperature Structural Properties of Metal-Silicide Intermetallics
27 3.2.2.2 High temperature extensometer ................................................................
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Creep & Fracture in High Temperature Components
A displacement between two ledges is measured by high temperature extensometer , and macroscopic strain is calculated dividing the displacement by the gage portion length.
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Measurement of creep strain. (a) The influence of order–disorder transformations in Ni–Cr-base alloys; (b) a Code of Practice for the use of Ni-base alloy exte...
Samples of various materials commonly used for high temperature extensometers aged at NPL at 475 C for times up to 32,000 h were measured for lattice parameter contrac- tions by B. Nath formerly of CERL, UK and A. Marucco of ITM…
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Calibration and traceability of notch creep strain measurements
INTRODUCTION The design and calibration of high temperature extenso- meters have been previously been discussed in general by Day and Harrison [1] Hurst et al. [2] and by Walters [3], with special reference being made to calibration to the appropriate Standards by…
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THE EFFECT OF HIGH-TEMPERATURE SODIUM ON THE MECHANICAL PROPERTIES OF CANDIDATE ALLOYS FOR THE LMFBR PROGRAM. Quarterly Progress Report, January--March 1968.
DEVELOPMENT OF HIGH TEMPERATURE EXTENSOMETER .
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Thermomechanical Analysis of P91 Power Plant Components
Strain is measured by a high temperature extensometer , where the extensometer legs are made from ceramic rods, with a gage length of 12.5 mm.
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Creep testing standards and the influence of bending
In most creep tests the strain is measured by a side-to-side averaging high temperature extensometer , and in-house procedures usually specify that during the initial cold loading at room temperature the strain measured on the .
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An In-Plane Biaxial Contact Extensometer
[12] MTS Systems Corporation, "Series 632 High Temperature Extensometers ," Product Manual, MTS Sys- tems Corporation, 1976.