Biaxial Tensile Creep Tester
This biaxial tensile creep testing machine assesses material behavior under biaxial tensile loads. It features a temperature control system, LCD control box, and automatic leveling for convenient, reliable creep testing.
Technical Specifications
Overview
Advanced High-Temperature Testing Solutions
The RPL series electronic High-Temperature Creep Fatigue Testing Machine is a versatile system designed for evaluating material behavior under complex stress states. It supports a wide range of testing modes including creep, relaxation, durability, and low-cycle fatigue, even operating across zero-stress points. This robust system is ideal for characterizing the long-term deformation of metals, polymers, and composites in demanding thermal environments.
Core Capabilities
- Available Test Modes
- CreepRelaxationDurabilityLow-Cycle FatigueCreep FatigueCompress Strength Over ZeroStrain Durability
Dynamic Performance
Dynamic Process Modes
- Tension-tension mode
- Tension-stress mode
- Over zero continuous operation
System Components
Standard Hardware
Control & Monitoring
Control System Features
- Fully automatic operation via special controller
- Real-time monitoring of force, displacement, and temperature
- Precise data acquisition and recording
- Separate column configuration available
Material Applications
- Compatible Materials
- MetalsPolymersCompositesHigh-Temperature Alloys
Technical Design
Biaxial Loading Architecture
The machine features a robust frame equipped with precision linear actuators designed to apply controlled tensile forces in two orthogonal directions. This biaxial configuration ensures uniform stress distribution through specialized grips and fixtures, allowing for accurate characterization of materials under complex loading conditions.
