Spinning machineWidely used in research fields such as textiles, materials, and polymers, it is used for teaching and research experiments such as new fiber manufacturing, functional fiber development, and raw material spinnability research. The purchase of this equipment is to meet the needs of talent cultivation, improving scientific research level, and carrying out industry university research cooperation in the college. The equipment purchase will be directly used for undergraduate teaching and research work in textile related majors, and can be used for a batch of new design and comprehensive experiments, as well as for graduate student project experiments and student innovation research in textile majors. And provide conditions for teachers to carry out relevant scientific research, effectively improve the level of scientific research. In addition, in terms of industry university research cooperation, it can help enterprises research and develop new products. Suitable for teaching simple and small dosage principle experiments in scientific research institutions' laboratories. Multi layer design, adaptable to various laboratory environments, equipped with a roller stand for easy mobility.
The research spinning machine is a key equipment in the field of materials science, mainly used for preparing nano to micro scale fiber materials. According to the process principle, it can be divided into wet spinning machine, melt spinning machine, and electrospinning machine.
1、 Wet spinning machine
Curing and shaping through polymer solution in a coagulation bath, suitable for the preparation of materials such as viscose fibers and acrylic fibers. Its core advantage lies in the precise control of coagulation bath formula, temperature, and stretching ratio, achieving flexible optimization of fiber properties.
2、 Melt spinning machine
High temperature molten thermoplastic polymers (such as ABS, PP) are used and extruded through nozzle holes. The equipment has a precision temperature control capability of ± 0.5 ℃ and supports two modes: laboratory micro feeding (minimum 2 grams) to continuous extrusion (0.5KG/hour).
3、 Electrospinning machine
Utilizing high-voltage electrostatic fields to stretch polymer solutions into nanoscale fibers, suitable for biomedical, energy storage, and other fields. Its electric field control system can prepare uniform and continuous fiber materials.