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New Carbon Fiber Prepreg Composite Autoclave For Carbon Fiber Composite Products
The autoclave forming process includes several steps such as preheating, pressure pressurization, heat preservation, cooling, and pressure relief. The molding principle is to heat the polymer material to a molten state, and then make it flow and fill into the mold under high pressure to achieve a predetermined shape and size. The autoclave molding process is widely used in aerospace, automotive, electronics, medical equipment and other fields. Autoclave molding is a process in which polymer materials are heated to a high temperature and then molded under high pressure. It is characterized by the ability to manufacture products with high strength, high temperature resistance, and high corrosion resistance
For different markets and products, we have designed autoclave of different types and requirements, including scientific research and experimental autoclave , civilian production autoclave,prepreg carbon fiber bonding autoclave,vacuum bagging carbon fiber parts bonding autoclave,carbon fiber autoclave,bonding autoclave ,prepreg autoclave,composite autoclave,vacuum bagging/prepreg /bongding autoclave .
The main application fields of autoclave mainly include the aerospace field (aircraft wings, fuselage, rocket casing, satellite components, etc.), the automotive industry (manufacturing car bodies, stressed parts, drive shafts, frames and their internal components), In the field of rail transportation (composite high-speed trains and subway doors and windows, etc.), sports fields (composite rackets, diving cues, golf clubs, rowing, etc.), the cured products can meet customer requirements in appearance and performance.
| Description | Unit | Specifications And Parameters |
| Working Diameter | mm | 800 |
| Working Length | mm | 800 |
| Equipment Diameter | mm | 1200 |
| Equipment Length | mm | 1800 |
| Max. Working Pressure | bar | 19 |
| Max. Working Temperature | ºC | 260 |
| Max. Pressurization Rate (Average) | Bar/min | 0-1 |
| Max. Depressurization Rate (Average) | Bar/min | 0-1 |
| Max. Heating Rate(Air Average) | ºC/min | 0-3 |
| Max. Cooling Rate (Air Average) | ºC/min | 0-3 |
| Temperature Uniformity At Steady State | ºC | ≤±2 |
| External Shell Temperature At Max. Temperature | ºC | ≤50 |
| Quick Openning Door Mode | - | Hydraulic Door Opening |
| Working Medium | - | Compressed Air Or Nitrogen Pressurization |
| Heating Mode | - | Stainless Steel Electric Heating |
| Quantity Of Circulating Fan Motor | SET | 1 |
| Thermocouple Type | - | Type K Or J |
| Vacuum Ports | PIECE | 4 |
| Min. Vacuum Pressure | bar | -0.85 |
| Standard Control Mode | - | PLC Logic Control |
| Insulation Form | - | Internal Insulation |
| Exterior Color | - | Customized |
Welcome to leave a message for consultation.We are a manufacturer of carbon fiber composite autoclave . We can customize and produce various types of autoclave tanks according to your requirements.
The autoclave molding process of carbon fiber products is a method of curing carbon fiber composite materials under high temperature and high pressure. The advantages of this process mainly include: stable product performance: in the whole production process of carbon fiber products, the carbon fiber undergoes chemical reaction in the autoclave, the porosity of the product is low, and the resin fusion and re-solidification make the carbon fiber distribution more uniform, so as to obtain carbon fiber products with more stable mechanical properties. The product is evenly heated: the autoclave molding process is carried out under high temperature and high pressure, whether it is high temperature compression or low temperature cooling, it can be evenly heated, which better ensures that the molding of the whole product is more stable. Uniform force: Under the condition of pressure, the carbon fiber products are stable under pressure, and the size of the carbon fiber products produced is stable, so that the carbon fiber products can meet various needs. Highly automated and mass production: The autoclave molding process can achieve a high degree of automation and mass production, improving production efficiency, and is suitable for the production of carbon fiber products of various shapes and sizes. Achieve highly consistent product quality: By controlling parameters such as temperature, pressure, and time for hot pressing, you can be sure that every product has the same performance and appearance. Achieve high molding accuracy and complexity: The design and manufacture of molds can realize a variety of complex shapes of carbon fiber products to meet the needs of different fields.
Small New Carbon Fiber Prepreg Composite Autoclave For Carbon Fiber Composite Products
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