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Creep and Stress Rupture Tester
QualiCreep Series
Qualitest Creep and Stress Rupture Tester - QualiCreep Series is mainly designed to perform Creep and Stress Rupture testing of a wide variety of materials to both standard and customized specifications such as ASTM E139, ISO 204, ISO/R 206 and similar international standards. These machines are capable of covering the determination of the amount of deformation as a function of time (creep test) and the measurement of the time for fracture to occur when sufficient force is present (rupture test) for materials when under constant tensile forces at constant temperature. Qualitest offers three models electronic high temperature creep-testing machine with full closed-loop servo-control in capacities from 10kN to 500kN.
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Electrical Creep and Rupture Testing Machine
ECR Series
Jinan Testing Equipment IE Corporation
This series of computer control electronic creep and rupture testing machine is newly designed with full-digital measuring control system to meet the standards of GB/T2039, GB//T20120, EN ISO 204-2009 and ASTM E139 etc. The electronic creep and rupture testing system can perform not simply creep. stress-rupture test and stress relaxation test on metals under room or high temperatures, but also low cycling test & creep fatigue test. The electronic creep and rupture testing machine is widely used for quality control in factories, material research in R&D department and teaching in universities,
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Mechanical Creep and Rupture Testing Machine
MRC Series
Jinan Testing Equipment IE Corporation
MRC series mechanical creep and rupture testing machine with single-lever structure is designed for long-term creep and stress rupture test applications. The series mechanical creep and rupture testing system is mainly for the metallic materials under room or elevated temperature according to GB/T2039, GB/T 20120, EN ISO 204-2009 and ASTM E139. The creep and rupture testing machine can also maintain constant loads for extended periods of time. Through the mechanical advantage of the lever arm loading system, constant loads can be maintained with a high degree of accuracy for long duration. This creep and rupture tester uses dead weights without continuous operation and the dependency of a mechanically powered drive. The creep and rupture testing system is an ideal equipment for metallurgy manufacturer, research institute, colleges and other relevant factories and mines.
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Extensometers for Creep Compliance and Tensile Strength Testing of Asphalt
Model 39
Jinan Testing Equipment IE Corporation
Designed to many of the needs for testing asphalt core samples in 4 and 6 i ch diameters. The unit meets test method requirements for strain measurement developed under the U.S. Federal Highways SHRP program.
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Max-Hand Durometer
Model 3000
The Max-Hand 3000 durometer is Rex Gauge Co.'s latest innovation for the testing of specimens with creep. The Max-Hand 3000 has a max- hand and an active hand for observing the creep characteristics of a specimen. What makes the Model 3000 unique is the magnetic-drag maximum reset mechanism. Available ASTM, DIN, ISO Types: A, D.
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Max-Hand Durometer
Model 2000
The Max-Hand 2000 durometer is Rex Gauge Co.'s latest innovation for the testing of specimens with creep. The Max-Hand 2000 has a max- hand and an active hand for observing the creep characteristics of a specimen. What makes the Model 2000 unique is the magnetic-drag maximum reset mechanism. Available ASTM Types: A, D, B, C, DO, E, and O.
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Instrumented Indentation Tester
With Anton Paar’s versatile indentation testers you can precisely determine the mechanical properties of thin films, coatings, or substrates such as hardness and elastic modulus. The instruments handle almost any type of material, whether soft, hard, brittle, or ductile. You can also conduct creep, fatigue, and stress-strain studies on surfaces in the nanometer range.
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SparkFun Triple Axis Accelerometer And Gyro Breakout
MPU-6050
The MPU-6050 is a serious little piece of motion processing tech! By combining a MEMS 3-axis gyroscope and a 3-axis accelerometer on the same silicon die together with an onboard Digital Motion Processor™ (DMP™) capable of processing complex 9-axis MotionFusion algorithms, the MPU-6050 does away with the cross-axis alignment problems that can creep up on discrete parts.
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Nanoindentation Testing in the Micrometer Range
FISCHERSCOPE® HM2000
Feature packed, user friendly instrumented indentation instrument to measure Indentation Hardness, Indentation Modulus, Hardness in MPa, Vickers and Martens, Elastic Modulus, Creep and much more of coatings and bulk material using the instrumented indentation test according to ISO 14577-1 and ASTM E 2546. For bulk material and coatings thicker than 1 m (0.04 mils).
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Thermo Mechanical Analysis (TMA)
TMA is used to characterize linear expansion, glass transitions, and softening points of materials by applying a constant force to a specimen while varying temperature. For expansion measurements, a probe rests on a sample on a stage with minimal downward pressure. Other constant force experiments include measurement of penetration, bending, tension, shrinkage, swelling, and creep (sample motion measured as a function of time under an applied load).
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NEXYGENPlus Materials Testing Software
This extraordinary flexible and easy-to-use materials testing software allows the operator to control and monitor all aspects of the system from a single front end, ensuring fast, reliable and powerful testing and data analysis for a variety of test types such as tensile, compression, peeling, tearing, creep, relaxation and flexural tests.
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NEXYGENPlus Materials Testing Software
AMETEK Sensors, Test & Calibration
This extraordinary flexible and easy-to-use materials testing software allows the operator to control and monitor all aspects of the system from a single front end, ensuring fast, reliable and powerful testing and data analysis for a variety of test types such as tensile, compression, peeling, tearing, creep, relaxation and flexural tests.
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Exhaust Gas and Wheel Space Thermocouple
EGT
AMETEK Exhaust Gas (EGT) and Wheel Space Frame Turbine Thermocouples meet the specific operational and performance requirements for REPLACEMENT and RETROFIT Frame gas turbine applications. AMETEK's expertise in solving creep, stress, rupture, corrosion, EMF drift, and other problems affecting sensor performance has resulted in a robust line of single and dual element thermocouple designs. Typical applications include wheel space and exhaust gas temperature monitoring.
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Spring/Non-Spring-Loaded Thermocouple
8PT25
The AMETEK 8PT25 Spring/Non-Spring-Loaded Thermocouples for Frame 6, 7 and 9 applications have been designed, fully tested and qualified to meet OEM specifications. Power Instruments’ expertise in solving creep, stress rupture, corrosion, EMF drift and other problems affecting sensor performance has resulted in a robust line of single and dual element thermocouple designs. This thermocouple is immersed directly into the turbine fluid to monitor temperature while in operation.
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HV Reed Relays
B-1001-H
*5kV to 15kV Peak Test*3A Continuous*50VA Max Interrupt*NO, NC, DT, Single & Multi-Pole*Safety Encapsulation*HV Leads Available*Compact *Long Life*High Vibration / Shock Resistance*Maximum Creep distance between HV & Actuators Terminals *Tapped base, Turret or Hook terminals, PC Board mounting, Quick disconnect or HV leads available
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Dynamic Mechanical Analyzers
Dynamic Mechanical Analysis measures the mechanical properties of materials as a function of time, temperature, and frequency. In addition to basic material properties, DMA also quantifies finished part characteristics, reflecting the important contribution that processing has on end-use performance. DMA is commonly used to measure glass transition temperatures and secondary transitions, orientation caused by processing, cold crystallization, cure optimization, filler effects in composites, and much more. DMA provides an accurate measure of material stiffness (modulus) but also other important mechanical properties such as damping, creep, and stress relaxation.
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Auto Loading Durometer
P2 Auto Durometers maximize the repeatability of hardness tests. The P2 features digital speed control to ensure constant speed during hardness tests. The proprietary flexible coupling ensures perfect contact with test samples. All operation and program functions are controlled using the touch screen LCD panel or remotely using an Ethernet connection. Both automated or manual tests can be performed. Dual timers enable recording of the “creep phenomenon” or tendency of the reading to move back as time elapses from the moment the sensor makes full contact with the sample.
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Dynamic and Fatigue Testing Systems
Instron offers an extensive range of fully-integrated dynamic and fatigue testing systems from 1000 N up to 5000 kN. Incorporating servohydraulic, servo-electric and linear motor technologies, these test instruments cover a broad range of fatigue, dynamic, and static testing applications. These applications include high-cycle fatigue, low-cycle fatigue, thermo-mechanical fatigue, fracture mechanics, crack propagation and growth studies, fracture toughness, bi-axial, axial-torsional, multi-axial, high strain rate, quasi-static, creep, stress-relaxation, and other types of dynamic and static tests.
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Exhaust Gas Temperature Thermocouple
LM6000 T4.8
The latest and most capable LM6000 gas turbine exhaust gas temperature (EGT) probe from AMETEK offers the longest possible life. AMETEK is the original EGT probe supplier for CF6 aircraft engines. LM2500, LM5000, and LM6000 industrial gas turbines and now brings to market an EGT probe with new materials and a new design. The latest LM6000 T4.8 EGT thermocouple is OEM qualified and incorporates, many improvements over any previous products. Materials are carefully selected to ensure long product life and superior performance. Specifically, a new single crystal alloy for the probe support significantly improves high temperature mechanical strength. In addition, the thermocouple sheath material increases high temperature oxidation and creep resistance. Best of all, AMETEK's new T4.8 thermocouple is completely interchangeable so that it can be used on all LM6000 applications.
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Plastics Testing Equipment
Dongguan Amade Instruments Technology Co., Ltd
Plastics testing equipment include a series of instruments intended to carry out testings of component analysis, formula analysis, performance determination, aging resistance test etc on various plastic materials and plastic products in accordance with ISO, ASTM, DIN, HB international standards. Mechanical & physical & chemical property testings include tensile strength, bending strength, friction coefficient, creep resistance property, tearing strength, shearing property, impact resistance property, compression performance, hardness, resilience property, fatigue strength, melt index, heat deflection temperature, melt viscosity, density, flammability characteristics, resistance to aging under UV, xenon, ozone, high/low temperature etc.
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Mechanical Tester
NANOVEA Mechanical Tester is the most versatile nanoindenter and scratch tester capable of precisely measuring the micro- to nanomechanical properties of wide ranges of materials from thin films, coatings, ceramics and composites to polymers and bio materials via Indentation, Scratch and Friction testing. All NANOVEA Mechanical Tester models come with true feedback load control from independent load and depth sensors that provide unmatched accuracy and the highest repeatability available on the market. This technology allows a user to perform Nanoindentation and Microindentation for Hardness and Elastic Modulus Testing, Stress vs Strain Analysis, Creep and Relaxation, Loss and Storage Modulus, Yield Strength and Fatigue, Fracture Toughness and Nano-scratch & Micro-scratch for Scratch Hardness Testing, Multi-pass Wear Test, Cohesive and Adhesive Failure Testing as well as Coefficient of Friction testing, all available on one system.
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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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Electric Fatigue Testing Machine
EFT Series
Jinan Testing Equipment IE Corporation
EFT series electric fatigue testing machine is an ideal platform to test a variety of materials and components for the following high demanding tests: Quasi-static test; Reverse-stress mechanical low cycle fatigue loading tests (LCF); High temperature creep, stress-rupture, relaxation tests in load/strain control mode for medium-term or long term period. Mechanical fracture tests like crack growth & toughness tensile/compression test for ceramics in both room- or vacuum-, high- temperatures up to 1200 C conditions etc. Compression test on plate springs or clutch springs etc. It is also widely used to evaluate the mechanical properties of biologic materials, composites, orthopedic fixation devices, prostheses, spinal constructs, stents, dental implants, elastrometric materials, etc. It adopts electric actuator structure with all-elastic, backlash free, central ball-lead screw driving to achieve direct force transmission to the specimen, it is especially a perfect choice for R&D institutes, universities, nuclear power, automotive and aviation, & aerospace sectors from metals, composites, ceramics, springs and component parts.
