High quality lab static biaxial film stretcher
Overview
Products Features
1. The high quality lab static biaxial film stretcher can stretch any crystalline and non-crystalline polymer that can be stretched in both directions and produced into thick sheets, such as PP, PE, PET, PPVDF, and so on. Used in the creation of novel products and the optimisation of formulations.
2. Bidirectional tensile property testing of polymer sheets and films, evaluation of processing processes, and so forth.
3. Stretching mechanism of specific design, static pressure box, heating oven, heat setting box, and so on.
4. All drives are powered by well-known brand servo motors with strong torque and steady output.
5. Equipped a high-performance temperature sensorand high precision test data.
6. It is possible to perform two-way synchronous stretching as well as customized two-way stretching.
7. Computer-based measuring and control system with user-friendly interface, easy control, and increased power.
Products Advantages
1. High operating efficiency: The machine can stretch and compress rubber materials as well as perform other processing operations swiftly and correctly, and the quality of the completed products is consistent.
2. High processing quality: The machine can ensure that the material stretching process is exact and constant, minimising errors and irregularities in the typical hand stretching method and thereby boosting product processing quality.
3. Simple and convenient operation: Its intelligent automatic control system can realize automatic control, which reduces the workload of the operator and the difficulty of operation, and the operation is simple and intuitive, without the need to do complicated operations, which reduces the possibility of operation risks and errors.
Products Application
1.Research and development of new products for the high-end film industry
2.In the laboratory, it is used to test and analyse the physical and chemical features of new material film formation, as well as to develop
3.Exclusive film formulations
4.Process exploration and parameter optimization
