Creep Testing Systems
R series Creep testing systems
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R SERIES Creep Testing Systems
A tensile specimen under a constant load maintained at a constant temperature.
R-series Creep / Stress Rupture testing systemsare widely applied to various occasions with extraordinary performance and stability. They are especially designed for creep testing, relaxation, stress rupture, low fatigue,etc.
Typical test capacity comes from 10-100KN. Higher capacity could be customized.
Typical test temperature: 300-1200℃.
This system adopts high response low-noise electromechanical servo drive and powerful closed-loop controller to ensure the accuracy and efficiency of the test.
Application:
Creep, stress-rupture, creep-rupture, creep-fatigue, tensile creep
Test workpiece:
Metal, plastics, alloy, carbon fiber
Test standard:
ISO 204, ASTM E139, ASTM E328, ASTM E2714
AVAILABLE MODELS
3 Different models depends on your need
RDJ Series Mechanical Creep testing system
RDJ mechanical creep endurance testing system
▪Capacity:
RDJ-10:10kN
RDJ-30:30kN
RDJ-50:50kN
RDJ-100:100kN
▪Knife bearing structure
▪PID temperature control
▪Three stage heating
▪Break point recovery, offline test
RPL Series Creep-Fatigue testing system
RPL series of high temperature electronic creep fatigue testing system
▪Capacity:
RPL-10:10kN
RPL-30:30kN
RPL-50:50kN
RPL-100:100kN
▪Electromechanical servo drive
▪PID temperature control
▪Three stage heating
▪Break point recovery, offline test
RDL Series Creep-Fatigue testing system
RDL series electronic creep durability testing system
▪Capacity:
RDL-10:10kN
RDL-30:30kN
RDL-50:50kN
RDL-100:100kN
▪Electromechanical servo drive
▪PID temperature control
▪Three stage heating
▪Break point recovery, offline test
Videos
New Electronic Creep Testing Machine by SINOTEST
SINOTEST‘s Mechanical high-temperature creep testing machines
Detailed Technical Specification
Grip/Fixture type
▪Tensile grip
▪Pull rod type
▪High Temperature Pull Rod Fixture
▪K465:950℃
▪DZ22:1050℃
▪Environmental Chamber：~350℃
▪Atmospheric Furnace：300℃~1200℃
▪Grating sensor
▪Video Extensometer
▪FOB
▪CIF
▪Package: Wooden case
Chinese Standard
JJG276-2009″Verification Regulations for High Temperature Creep and Endurance Strength Testing Machines”
GB/T16825.2 “Verification of applied force on tensile creep testing machine”
JJG 351″Verification Regulations for Low Cost Metal Thermocouples Used in Work”
JJG 141″Verification Regulations for Precious Metal Thermocouples Used in Work”
GB/T 12160”Calibration of extensometers for uniaxial testing”
GB/T2039-2012″Test Method for Tensile Creep and Endurance of Metals”
GB/T10120″Test Method for Stress Relaxation of Metallic Materials”
HB5151–96″High temperature tensile creep test method for metals
HB5150–96″Test Method for High Temperature Tensile Endurance of Metals”
Metal
ISO 204 Metallic materials – Uniaxial creep testing in tension
ASTM E139 Standard Test Methods for Conducting Creep, Creep-Rupture, and Stress-Rupture Tests of Metallic Materials
EN 2002-005 Aerospace series – Test method for metallic materials – Part 005: Uninterrupted creep and stress-rupture testing
ASTM E328 Standard Test Methods for Stress Relaxation for Materials and Structures
ASTM G129 Standard Practice for Slow Strain Rate Testing to Evaluate the Susceptibility of Metallic Materials to Environmentally Assisted Cracking
ASTM F519 Standard Test Method for Mechanical Hydrogen Embrittlement Evaluation of Plating/Coating Processes and Service Environments
ASTM F1624 Standard Test Method for Measurement of Hydrogen Embrittlement Threshold in Steel by the Incremental Step Loading Technique
ASTM E1457 Standard Test Method for Measurement of Creep Crack Growth Times in Metals
ASTM E2760 Standard Test Method for Creep-Fatigue Crack Growth Testing
ASTM E2714 Standard Test Method for Creep-Fatigue Testing
Plastic
ISO 899-1 Determination of creep behavior – Part 1: Tensile creep
ISO 899-2 Determination of creep behavior – Part 2: Flexural creep by three-point loading
ASTM D2990 Standard Test Methods for Tensile, Compressive and Flexural Creep and Creep-Rupture of Plastics
ISO 16770 Plastics–Determination of environmental stress cracking (ESC) of polyethylene – Full-notch creep test (FNCT)
ISO 3384-1 Rubber, vulcanized or thermoplastic–Determination of stress relaxation in compression
ASTM D1780 Standard Practice for Conducting Creep Tests of Metal-to-Metal Adhesives
ASTM D2294 Standard Test Method for Creep Properties of Adhesives in Shear by Tension Loading (Metal-to-Metal)
High stiff frame
Sturdy Construction
The machine is built with a robust and rigid frame, providing excellent stability and minimizing vibrations during testing.
This ensures accurate and reliable test measurements even under demanding conditions.
Precise Results
The superior frame rigidity ensures precise and repeatable measurements, allowing for reliable data analysis and evaluation of material behavior.
Easy Installation and Maintenance with Electronic
Control System
User-Friendly Setup
The R-Series Creep Testing Systems features an intuitive electronic control system, simplifying the installation process. The user-friendly interface guides users through the setup, reducing time and effort required for configuration.
Convenient Operation
With its easy-to-use interface, operators can efficiently control and monitor the testing process. The systems requires minimal adjustments after installation, enabling users to start testing quickly and conveniently.
Streamlined Maintenance
The design of the systems facilitates easy maintenance, reducing downtime. Regular maintenance tasks, such as calibration and component replacement, are straightforward and can be performed with ease.
High Precision Controll System
Reliable
Versatile Testing: The R-Series Creep Testing Systems offers multi-station capabilities, accommodating up to 5 workstations simultaneously. This allows for efficient testing of multiple samples, increasing productivity and throughput.
Collaborative Approach: Through a deep collaboration with Doli, a renowned expert in testing solutions, our machine integrates seamlessly with multi-channel systems. This partnership ensures optimal performance and synchronized operation, enhancing the overall testing experience.
Software
Reliable
Precise Control: The machine is equipped with advanced software that enables precise configuration and control of various test parameters. Users can easily set up and adjust parameters such as load, temperature, and test duration according to their specific requirements.
Real-time Monitoring: The software provides real-time monitoring and visualization of test data, including temperature measurements through thermocouples. Users can track multiple parameters simultaneously, gaining comprehensive insights into material behavior during creep testing.
Seamless Integration: The machine’s software is designed to integrate smoothly with other testing equipment and data management systems. This allows for seamless data exchange and compatibility, enhancing overall testing efficiency and data management.
Thermocouple Monitoring: Real-time thermocouple monitoring ensures accurate and continuous temperature measurement throughout the testing process. This enables precise temperature control and provides valuable insights into material performance under various temperature conditions.
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