Laboratory Film Bi-axial Stretching Machine 10 Ratio

The lab biaxial film stretching machine is primarily used to test and analyze the   mechanical properties and processing performance   of film materials under biaxial   stretching conditions.   It is widely applied in material research and development, production process optimization, and quality control. Its core functions include:

1. Mechanical Property Testing

By applying controllable tension in two orthogonal directions, it measures the film's tensile strength, elongation, and anisotropic properties, evaluating the material's tensile resistance and flexibility, providing data support for product design.

2. Simulation of Actual Production

It simulates the biaxial stretching process in industrial production, studying the performance changes of materials under different stretching conditions, optimizing processing parameters (such as temperature, stretching rate, etc.), and reducing trial costs in large-scale production.

3. Material Development and Formulation Optimization It tests new materials or films with different formulations, screening materials with superior performance, promoting the development of new products and formulation improvements.

4. Quality Control

It checks whether production batches of films meet standard requirements, promptly identifies quality issues, and ensures product stability and reliability.

Note: The parameters are subject to change without prior notice.

Optional configurations include a shaping furnace body, film temperature detection function, tensile detection function, cooling furnace body, and angle clamp mechanism. High-temperature version is also available.