Mechanical Test Instruments (Fatigue Instruments)
Mechanical (Fatigue) Test Instruments
Investigation of Material Behavior Under Repeated Loads
SHIMADZU EHF-EV200k2-040-0A device
Description
Many materials are subjected to repeated loads and vibrations during use. While a single application of these loads may not cause any damage, cracks and eventual fractures can occur after a certain number of cycles under repeated stress. This Fatigue Testing Devices are used to detect surface cracking and subsequent failure. It plays a crucial role in determining the mechanical properties of metal, composite, polymer, and ceramic materials, and is essential for research and development studies.
Application Areas
- Automotive Parts
- Aircraft Components
- Engines, Compressors, Turbine, Pump Components
- Orthopedic and Dental Implants
Device Hardware and Technical Specifications (EHF-EV200k2-040-0A)
Brand: SHIMADZU
Model: EHF-EV200k2-040-0A
Test Types: Tensile, Compression, 3-Point Bending, Fatigue, Fracture
Dynamic Capacity: ± 200 kN
Static Capacity: 240 kN
Maximum Frequency: 20 Hz
Cylindrical Sample Diameter: 8-30 mm
Prismatic Sample Size: 0-20 mm
Compression Plate Diameter: 160 mm
3-Point Bending Distance: 120-240 mm
SHIMADZU EHF-LV020K2-020 device
Device Hardware and Technical Specifications (EHF-LV020K2-020)
Brand: SHIMADZU
Model: EHF-LV020K2-020
Test Types: Tensile, Compression, 3 and 4-Point Bending, Fatigue, Fracture, High and Low Temperature
Dynamic Capacity: ± 20 kN
Static Capacity: 26 kN
Maximum Frequency: 50 Hz
Stroke Capacity: ±25 mm
Cylindrical Sample: 6-16 mm
Prismatic Sample Size: 0-12 mm
Compression Plate Diameter: 60 mm
3-Point Bending Distance: 30-100 mm
4-Point Bending Distance: 15-50 mm
Extensometer: 50 mm Gauge Length, ±25/-5 mm Travel
Clip Gauge
High/Low Temperature: 5 mm Gauge Length, 5 mm Travel, Max 10 Hz
Room Temperature: 3 mm Gauge Length, 5 mm Travel, Max 10 Hz
Thermostatic Chamber: -70 / +300°C
Fracture Toughness Clevis Jaw Pin Hole Diameter: 12.5 mm
Fracture Toughness Clevis Jaw Width: 25 mm
Please log in to the Erasis system to submit an analysis request.
