Product Description
Product Introduction:
Sponge Foam Fatigue Tester Is Mainly used For fatigue reciprocating foam Polymeric material compression test, determination Of Resilience Formation rate. then We Can Know the Dynamic Fatigue properties Of Materials..
The Main Technical Parameters:
| Head speed: 100mm/Min; | Indentation hardness Measurement range: 0-2000.0 n |
| Force minimum Resolution: 0.25 N | The Measurement Accuracy: <1% |
| Indentation deformation precision <± 0.25% | Loading capacity Values: 0-2000n Adjustable |
| The table Size: length 600mm Width *600mm* High 300mm (Support Plate size Is Larger Than The table Size) | Head size: 0.0314 square Meters (The Effective Stroke head from a to 200mm) |
| Stop Automatically after The Test, print The test report. | Host Size: 750*750*900mm |
| The Power Supply specification: 220v, 500w | Ambient Temperature: room Temperature |
| Environmental humidity: 80% | |
Precision Control For Reliable TestingUtilizing advanced digital PLC control and a touch screen interface, the Sponge Foam Fatigue Tester allows users to configure precise test parameters including speed, stroke, and cycle range. Immediate response time and automatic cycle counting guarantee efficient and accurate fatigue assessment for foam materials.
Safety and Stability AssuredEngineered with a powder-coated steel body, protective enclosure, emergency stop system, and leveling feet, this tester prioritizes operator safety and machine stability. Power-off protection adds an extra layer of security, ensuring safe operation even in demanding environments.
Versatile Testing CapabilitiesThe machine can accommodate specimens up to 380 x 380 x 50 mm and weights of 150 kg, meeting a wide range of foam testing needs. With an adjustable stroke and digital LCD display, detailed and reproducible fatigue measurements are achievable, vital for research and industrial quality assurance.
FAQs of Sponge Foam Fatigue Tester:
Q: How is the Sponge Foam Fatigue Tester operated?
A: Operation is straightforward via a digital PLC control and touch screen interface. Users can set test parameters such as speed, cycle count, and test stroke, start the machine, and monitor progress on the digital LCD display.
Q: What types of materials can be tested using this equipment?
A: The tester is specifically designed for evaluating foam and sponge materials, assessing their resilience and fatigue under repetitive loading conditions, for quality testing and research applications.
Q: When should I use the fatigue tester for foam products?
A: It is recommended for any stage of research, product development, and routine quality control where foam or sponge resilience and longevity must be quantified before product release or certification.
Q: Where is the optimal location to install the Sponge Foam Fatigue Tester?
A: Choose a stable, flat floor space with access to AC 220V power and an 8 mm air port. Adequate ventilation and moderate humidity (20%-80% RH) within temperature range 15C35C ensure efficient operation.
Q: What is the process for conducting a fatigue test?
A: A single specimen, sized 380 x 380 x 50 mm and weighing up to 150 kg, is mounted on the machine. The operator sets test parameters and initiates the cycle. The machine automatically counts up to 100,000 cycles while maintaining adjustable speed and stroke. Results are displayed digitally.
Q: How does the machine ensure safety during operation?
A: Multiple safety features include a protective enclosure, emergency stop button, power-off protection, and low noise level below 70 dB. These guarantee user safety and noise comfort throughout the testing process.
Q: What are the benefits of using this fatigue tester for foam assessment?
A: Automated operation, high accuracy, stable performance, and rigorous safety features help labs, manufacturers, and suppliers achieve reliable foam fatigue measurements, improving product durability and consumer satisfaction.