Focus On Polymer New Molding Equipment
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The biaxial tensile test machine 10x consists of components such as the clamping assembly, stretching assembly, stretching mechanism movement assembly, thermal oven assembly, pneumatic air curtain assembly, and electrical control system. This biaxial machine can stretch a square film sample of a specific size according to the desired stretch ratio and speed at an appropriate temperature, allowing precise control of its properties. The instrument can collect data during the stretching process with high accuracy and good repeatability. Its modular design, based on ergonomics, makes operation more convenient, significantly improving experimental efficiency and shortening product development cycles, making it an ideal experimental device for researchers.
Model | FOHI-10 |
Serial No. | FOB-001 |
Applicable Materials | PE, PP, PET, PTFE, PVDF, etc |
Sample Thickness | 0.02-2 mm |
Min. Sample Size | 95 mm × 95 mm |
Max. Stretching Ratio | 10:1 |
Stretching Speed | 0-500 mm/s (stepless adjustable) |
Stretching Force | 2000 N/ axis |
Number of Clips | 5 pcs/ side |
Oven Configuration | 1 unit(expandable based on customer requirements) |
Oven Temperature Range | RT -350°C |
Power Supply | 3-phase 5-wire 380V±10%, 50 Hz |
Gas Supply | High-pressure nitrogen: 3-5MPa Compressed air: 6-8bar,dry,oil-free |
Operating Environment | 10–40℃; ≤80% RH (non-condensing) |
Rated power | Approx. 50 kW |
Dimensions (L×W×H) | 3700 mm×2100 mm×1900 mm |
Net Weight | Approx. 3500 kg |
The LAB Biaxial Tensile Tester 10X is an advanced biaxial tensile test machine designed for precise material analysis under controlled stress conditions. Its high-precision biaxial stretching mechanism supports both uniaxial stretching and simultaneous biaxial tensile testing at constant or variable speeds, enabling comprehensive evaluation of material behavior.
This high-accuracy system features a pneumatic clamping system that ensures smooth, uniform sample gripping and consistent force distribution during every biaxial tensile test.
Equipped with an integrated stress-strain detection system, it delivers exceptional repeatability and reliability in tensile strength testing and material characterization.
Additionally, the CAE-optimized hot air circulation system provides rapid and uniform heating, making the LAB Biaxial Tensile Tester 10X ideal for applications involving biaxially oriented film processing and advanced stretch material evaluation.
In the research and development of high-end functional films, the LAB Biaxial Tensile Tester 10X enables precise simulation of material deformation under different stretching directions. Researchers can control stretching speed, temperature, and strain ratios to analyze the film’s mechanical strength, optical clarity, and molecular orientation through accurate biaxial tensile testing. This is crucial for creating advanced functional films with high strength, transparency, or barrier properties—such as protective films for displays, capacitor films, and optical films.
For testing and validation of biaxial film stretching processes, this versatile biaxial tensile test machine can reproduce industrial stretching conditions under constant or variable speeds. Engineers use it to evaluate how process parameters—such as temperature distribution, stretching ratio, and tension control—affect film uniformity and quality. These insights help optimize production processes, enhance efficiency, and ensure consistent product performance.
In the study of biaxial tensile test mechanisms and microstructure formation, the tester provides a highly controlled environment for observing polymer chain orientation, crystallization, and phase transitions. When combined with optical, thermal, and microscopic analysis, it allows scientists to explore how microstructures evolve under macroscopic mechanical deformation, offering valuable guidance for advanced material design.
