Shandong MOSEN Machinery Technology Co., Ltd. is a pressure vessel manufacturer under Mosun Industrial Group that integrates scientific research, design, production and sales. As a composite pressure vessel manufacturer, the company has ISO/ASME/CE/DOSH and other quality system certifications and safety production standardization system certifications. The existing senior technical engineers are responsible for the design, process, materials, welding, flaw detection, inspection and other functions in the quality assurance system. It can produce pressure vessels of various specifications and models and provide professional equipment and supporting services for major enterprises and manufacturers. The company focuses on the future, continues to innovate and develop, has a sound management system and quality assurance system, solves problems for customers, and enjoys a good reputation at home and abroad.
Our company's main production equipment includes: carbon fiber autoclaves, composite autoclaves, glass fiber autoclaves, auto parts autoclaves, civil autoclaves, composite ship autoclaves, carbon fiber tennis racket autoclaves, sports goods autoclaves, small test autoclaves, etc. The equipment is complete in classification and diverse in models to meet the production needs of different users for different products, and also provide customers with sample testing, personnel training and other full-service.
With excellent control system and perfect service system, our equipment has been sold all over the world and has been highly praised and recognized by customers. It is also widely used in aerospace, rail transit, ship fishing gear and other fields.
For many years, our company has been committed to the development trend of pressure vessels, saving manpower for customers through automated design and manufacturing, improving product qualification rate and reducing production costs. Our company has strong technical strength and complete testing methods. It has various talents in mechanical manufacturing, design and production, engineering installation, etc., and has created a comprehensive service team, striving to contribute perfect service.
Shandong MOSEN Machinery Technology Co., Ltd. adheres to the concept of honest operation and a win-win attitude. We look forward to cooperating with you to jointly promote the development of carbon fiber composite materials and help China's manufacturing.
Carbon Fiber Composite Autoclave Industrial Carbon Fiber Composite Press Autoclave
Carbon fiber composite autoclave has the following advantages:
Precise Process Control
1. Precise temperature control: The temperature can be controlled within a very small error range, generally accurate to ±1ºC or even higher. This ensures that the carbon fiber composite is in a stable temperature environment during the curing process, which helps the resin matrix to fully react and achieve the ideal curing effect, thereby improving the performance consistency of the material.
2. Stable pressure control: It can provide a stable and precisely adjustable pressure environment, which can usually be precisely controlled within a pressure range of 0.1-2MPa or even higher. Appropriate pressure helps to remove bubbles in the composite material, so that the resin can better infiltrate the fiber, enhance the bonding force between the fiber and the resin, and improve the density and strength of the composite material.
3. Good vacuum control: It can achieve a high vacuum degree, generally up to about -0.1MPa. During the curing process, the vacuum environment helps to remove volatiles and air in the composite material, reduce internal defects, and improve the quality and performance of the material.
Efficient Production Capacity
1. Large-scale design: Modern autoclaves usually have a large volume, which can accommodate large carbon fiber composite parts or process multiple small parts at a time, improving production efficiency. For example, some autoclaves used in the aerospace field can reach several meters in diameter and tens of meters in length, which can meet the production needs of large aircraft structural parts.
2. High degree of automation: Equipped with advanced automatic control systems, it can realize the automated operation of the entire curing process, including automatic adjustment and monitoring of temperature, pressure, and vacuum, as well as precise control of curing time. This not only reduces the error of manual operation, but also improves production efficiency and reduces production costs.
Description |
Unit |
Specifications And Parameters |
Working Diameter |
mm |
1200 |
Working Length |
mm |
2000 |
Max. Working Pressure |
bar |
20 |
Max. Working Temperature |
ºC |
200 |
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 |
≤55 |
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 |
10 |
Min. Vacuum Pressure |
bar |
-0.09 |
Standard Control Mode |
- |
PLC Logic Control |
Insulation Form |
- |
Internal Insulation |
Exterior Color |
- |
Customized |
The diameter of the autoclave is 700-4500mm, the length is 1000-100000mm can be customized, the design temperature is 60-500ºC, the design pressure is within 0.5-10MPa can be produced, please contact us for details.
Composite autoclaves and carbon fiber autoclaves have a wide range of application products in various fields. The specific application products are as follows:
Aerospace Field
- Aircraft Structural Components: Wings, fuselages, empennages, and fairings are typical application products in the aerospace field1. These components need to have high strength, low weight, and good fatigue resistance. The use of composite autoclaves and carbon fiber autoclaves can ensure that the produced components meet these requirements, improving the performance and fuel efficiency of aircraft.
- Engine Components: Engine blades, casings, and other components can also be manufactured using composite autoclaves and carbon fiber autoclaves1. Carbon fiber composite materials have excellent heat resistance and wear resistance, which can withstand the high-temperature and high-pressure environment in the engine and improve the efficiency and reliability of the engine.
Automotive Industry
- Body Panels: Outer panels such as hoods, door panels, and roofs, as well as inner structural parts like door sill beams and B-pillars, can be made by composite autoclaves and carbon fiber autoclaves1. This can reduce the weight of the vehicle body, improve fuel economy, and enhance the collision resistance and safety performance of the vehicle.
- Automobile Interior Parts: Seats, dashboards, and steering wheels can also use carbon fiber composite materials formed by autoclaves5. These parts not only have a beautiful appearance but also have good mechanical properties and comfort.
Sports Equipment Industry
- Bicycles: Frames, wheels, and handlebars made of carbon fiber composites can improve the performance and speed of bicycles5. The components formed by autoclaves have high strength and stiffness, can withstand the impact and stress during riding, and at the same time reduce the weight of the bicycle, making it easier to ride.
- Golf Clubs and Tennis Rackets: The club heads of golf clubs and the frames of tennis rackets made by autoclave technology have excellent elasticity and shock absorption performance5. Carbon fiber composites can give full play to the technical level of athletes and improve the quality and feel of sports equipment.
Medical Equipment Field
- Medical Instrument Components: Instrument valves, mechanical instruments, electronic sensors, and other components can use carbon fiber composites4. Carbon fiber materials have good biocompatibility and corrosion resistance and can meet the requirements of medical equipment for hygiene and sterilization.
- Medical Support Equipment: Stretchers, wheelchairs, and prosthetic limbs made of carbon fiber composites are lightweight, strong, and comfortable5. They can reduce the burden on medical staff and patients and improve the quality of medical care.
Other Fields
- Marine Industry: Hulls, decks, and masts can be made of composite materials cured by autoclaves1. Carbon fiber composites have good corrosion resistance and water resistance and can withstand the erosion of the marine environment for a long time, improving the service life and performance of ships.
- Electronic Equipment: Shells of high-performance electronic products such as drones and VR/AR smart wearables can be made of carbon fiber composites5. Carbon fiber materials have good electromagnetic shielding performance and can reduce the interference of electromagnetic waves on electronic equipment, improving the stability and reliability of equipment operation.



**Excellent product quality
1. Good performance uniformity: Due to the uniform distribution of temperature, pressure and vacuum in the autoclave, the degree of curing of carbon fiber composite materials in various parts during the curing process is consistent, thereby ensuring the uniformity of product performance. Whether it is a large structural part or a small part, stable and reliable mechanical properties, physical properties and chemical properties can be obtained.
2. High surface quality: The carbon fiber composite material cured in the autoclave has high surface flatness and good finish, which can meet various application scenarios with high-precision surface quality requirements. This reduces the workload and cost of surface treatment for some parts that require subsequent painting, assembly and other processes.
**Strong material adaptability
1. Applicable to various resin systems: It can be applied to various types of resin systems, such as epoxy resin, bismaleimide resin, polyimide resin, etc. Different resin systems have different performance characteristics. The autoclave can provide corresponding curing process conditions according to specific material requirements to achieve the preparation of various high-performance composite materials.
2. Compatible with different fiber types: Whether it is carbon fiber, glass fiber or other high-performance fibers such as aramid fiber, the autoclave can provide a good curing environment for its composite with resin. This makes the autoclave widely applicable in the field of composite material manufacturing and can meet the diverse requirements of different industries and different products for material performance.





1. Are you a trading company or a manufacturer?
We are a production factory, with 20 years of experience in design and production, we can customize the right equipment for you according to different process requirements of different products.
2. What is the difference between an autoclave and an ordinary oven?
Autoclaves can control temperature, pressure and vacuum at the same time, while ordinary ovens only heat. High pressure environment can reduce material porosity, improve strength, suitable for high performance composite materials.
3. What are the key technical parameters of autoclave?
Temperature range: Usually 100°C - 200°C (depending on resin type).
Pressure range: 0.5MPa - 1.5MPa.
Vacuum degree: close to -1bar (excluding air).
Cavity size: customized according to product size (such as aviation grade tank diameter up to 6 meters).
4. How to choose the right autoclave?
To consider:
Product size and yield.
Material type (resin curing temperature, pressure requirements).
Accuracy requirements (temperature uniformity, pressure stability).
Budget and energy efficiency (e.g., energy-efficient heating systems).
5. Is the autoclave expensive to maintain?
Maintenance costs depend on frequency of use and maintenance specifications. Check seals, pressure sensors, and heating elements regularly to avoid leaks or temperature deviations. Long-term maintenance can extend the service life of the device.
6. What are the safety measures for autoclaves?
Pressure relief valve prevents overpressure.
Multiple temperature monitoring to avoid overheating.
Explosion-proof design and emergency stop system.
Operators must receive professional training.
7. Can autoclaves handle composite materials of different thickness?
Yes, but the process parameters need to be adjusted. For example, thick-walled parts may require longer curing times or stepwise heating to avoid uneven resin curing.
8. What is the difference between autoclave and vacuum bag forming process?
Autoclaves increase material density through external pressure, while vacuum bags rely only on atmospheric pressure (about 0.1MPa). Autoclaves are suitable for high performance, large size components, and vacuum bags are mostly used for low cost or small batch production.
9. What is the energy consumption of autoclaves?
Energy consumption is high (especially for large equipment), but costs can be reduced by optimizing processes (such as reducing heating times) and using energy-saving technologies (such as infrared heating).
10. How to ensure a uniform temperature in the autoclave?
Use circulating fan or hot air flow design.
Calibrate the temperature sensor regularly.
Place components properly (avoid blocking air outlets).
11. Can autoclaves be used to recycle carbon fiber composites?
At present, it is mainly used in the manufacture of new materials. Recovery requires chemical or mechanical separation of the resin from the fiber and is not directly related to the autoclave process.
12. Typical failure and solution of autoclave?
Insufficient pressure: Check seals or vacuum pumps.
Temperature fluctuations: Calibrate the heating system or replace the sensor.
Vacuum leak: Locate the leak with a leak detector and repair it.
Carbon Fiber Composite Autoclave Industrial Carbon Fiber Composite Press Autoclave