A small hot press can is a composite material curing and molding equipment developed specifically for laboratories or universities. It uses high-temperature and high-pressure processes to cure and shape materials such as carbon fiber and resin inside pressure vessels.
Small autoclave
Introduction to Small autoclave:
A small hot press can is a composite material curing and molding equipment developed specifically for laboratories or universities. It uses high-temperature and high-pressure processes to cure and shape materials such as carbon fiber and resin inside pressure vessels. This type of equipment is widely used in various experimental and teaching fields, with advantages such as high strength, lightweight, and corrosion resistance. The manufacturing process of small hot press cans is even more complex than that of large and medium-sized hot press cans, requiring multiple processes to complete. The narrow space brings more challenges to the production masters, and also requires more refined production techniques from the craftsmen. So the price of small hot press cans is not very cheap, and it also depends on the customer's configuration requirements.
Small autoclave model parameters:
ltem | Parameter |
Working diameter（mm） | 500-1000 |
Working length（mm） | 600-2000 |
Working pressure（MPa） | 0.2-10 |
Operating Temperature（℃） | 100-500 |
Temperature control accuracy（℃） | ±0.5-±3.0 |
Uniformity inside the tank（℃） | 1.0-3.0 |
Pressure control accuracy（MPa） | ±0.01 |
Opening method（KPa） | ≤2 |
Heating method | Eelectric heating |
Application fields of small autoclave:
Small hot press cans are widely used in the production of carbon fiber prepreg parts through hot press curing, suitable for laboratory research experiments and university teaching.
Composition of Small Hot Pot System:
1. Tank body: A high-pressure and high-temperature resistant tank body is formed by the tank body, tank door mechanism, high-temperature motor, air duct, insulation layer, etc;
2. Door opening method: manual quick opening (manual rotation, manual opening)
3. Sealing device: The tank door adopts a silicone inflatable seal, which can withstand high temperatures of 400 ° C;
4. Safety system: including tank door interlocking device, tank top safety valve, and over temperature and over pressure alarm system;
5. Pressure system: The pressure transmission and control system consists of an air compressor, an air storage tank, a pressure control valve, pipelines, pressure transmitters, and pressure gauges;
6. Heating system: composed of stainless steel electric heating tubes, high-temperature fans, air duct plates, insulation layers, and temperature control systems. The heating power meets the high temperature requirements and heating rate requirements of the chamber;
7. Cooling system: stainless steel cooling pipes, water tanks, water pumps, cooling towers, pipelines, valves, set up for product and tank cooling;
8. Temperature cycling system: composed of a circulating fan, air guide plate, and guide cover, it accelerates heat transfer and circulation, forming a uniform temperature field;
9. Vacuum system: composed of vacuum pump, vacuum tank, pipeline, vacuum gauge, and vacuum valve, providing vacuum conditions for encapsulated composite prefabricated parts;
10. Automatic control system: including a complete set of electrical cabinets, using Siemens PLC control system to achieve full control and real-time recording of process parameters such as pressure, temperature, and cooling.