Carbon Fiber Autoclave New Condition Motor and Pressure Vessel for Manufacturing Plant High Pressure Composite

Product Description

Product Description
Multi Function Carbon Fiber Large Industrial Composite Curing Autoclave For Automobiles Sale
With the technological development of the UAV industry in recent years, many people are no longer unfamiliar with UAVs, including their application in aerial photography, surveying and mapping, transportation, and other fields. Therefore, for the application of UAVs, many parts Products also have high requirements. For example, there is a need to use carbon fiber materials for drone shells.
Carbon fiber composite material is a composite material made of high-strength, high-rigidity carbon fiber and materials with specific properties. All are produced in carbon fiber composite autoclave. Carbon fiber composite materials are widely used in aviation, automobiles, construction, sports equipment, and other fields due to their lightweight and high strength. It is characterized by good durability, can withstand extreme environments such as high temperature and high pressure, and has good tensile strength, stiffness, and corrosion resistance.

Operating Principle
An autoclave is a piece of equipment used to manufacture composite materials. Its working principle is mainly based on three key elements: heating, pressure control, and temperature control.
First, heating elements within the autoclave, such as electric heaters, increase the temperature in the work area. This heating process softens the material in the autoclave, preparing it for the subsequent compaction step.
Secondly, applying pressure is the core part of the autoclave's work. Typically, a movable piston or diaphragm is used to apply pressure to the material to fully compact when heated. The application of pressure helps promote the flow of resin in the material and evenly wets the fibers, thereby improving the quality of the composite.
Finally, temperature control plays a vital role in this process. Through temperature sensors and control systems, the temperature of the work area can be accurately monitored and maintained to ensure that materials are compacted and solidified under optimal temperature conditions.
To sum up, the working principle of the autoclave is to use a combination of heating, pressure control and temperature control to compact and solidify the material, and ultimately produce high-quality composite parts.
Product Parameters

Description	Unit	Specifications And Parameters
Working Diameter	mm	1500
Working Length	mm	3300
Equipment Diameter	mm	1900
Equipment Length	mm	4300
Max. Working Pressure	bar	15
Max. Working Temperature	ºC	180
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 Opening 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	-0.85
Standard Control Mode	-	PLC Logic Control
Insulation Form	-	Internal Insulation
Exterior Color	-	Customized

Our Advantages
Our company's software fully combines process requirements and has the following advantages:
When using the host computer + PLC control mode, a control method developed by our company is adopted that is different from the traditional control method. The control of temperature and pressure is more accurate, the temperature overshoot can be effectively suppressed, and the amount of cooling is small. The pressure valve operates less frequently, saving gas consumption. Equipment energy consumption is reduced.
The control software has a wide range of adaptability to various products, and all types of products can achieve good control. In the prepared product curing process documents, the equipment parameters can be recorded to achieve the best process status.
The control software interface is intuitive and displays the working status of the main components of the equipment. It also sets two states: "automatic" and "manual". That is, the process can be fully automatically executed in the "automatic" state, and it can also be executed in the "manual" state. Adjust the status of each component one by one for control to meet special uncertain test requirements.
The puppet display interface is specially designed. For parts with large size and high requirements, it can visually display the placement position of the thermocouple on the mold, monitor the temperature trend of each position during the curing process, and facilitate timely adjustment when abnormalities occur, thus ensuring product quality. the quality of. This feature is useful for large components in the development stage.
For vacuum control, our company has specially designed the functions of vacuuming and measuring vacuum in different ways. In actual use, due to damage to the vacuum pipeline or process requirements, vacuuming and vacuum measurement need to be combined flexibly. This function is very practical for large products, multiple products that are cured at the same time, and applications that require direct measurement of the vacuum degree in the vacuum bag. Detailed Photos
Autoclave Application
Carbon fiber composite products are widely used in various fields. In addition to the sporting goods mentioned above, they are also used in the manufacture of high-end equipment such as aircraft, cars, and spacecraft. Due to the advantages of carbon fiber composite materials such as high strength, lightweight, and corrosion resistance, these products are also widely used in industrial, construction, and medical fields.
For example, carbon fiber composite materials can be used to make reinforcements for bridges and building structures to improve the strength and durability of the structure; in the medical field, carbon fiber composite materials can be used to make medical devices and implants, such as artificial joints and braces; In the other field, carbon fiber composite materials can be used to manufacture aircraft, tanks, ships and other equipment to improve the performance and combat capabilities of the equipment.
In short, carbon fiber composite products play an important role in various fields. They not only improve the performance and quality of products but also bring more convenience and comfort to people's lives. With the continuous development of science and technology, the application prospects of carbon fiber composite products will be broader, and carbon fiber composite autoclave equipment will be needed.
Company Profile
Production Workshop
1. Installation and debugging
We provide a variety of installation and debugging methods for you to choose: installation and debugging graphic guidance, video installation and debugging guidance, door-to-door installation and debugging
2. Warranty period
All our products are guaranteed for one year
All our products will be delivered with a set of vulnerable parts
In case of any problem, we can provide video guidance and on-site maintenance and debugging
Lifetime service and quality cost-effective accessories
3. Certificates
Free certificate of origin in China
According to your requirements, we can provide CE and other related certificates
4. Inspection Service
All our products support the third-party on-site inspection service appointed by cutomer.
5. Other problems
Communicate with our customer service staff and answer for you at any time
6. Payment Terms
We accept multiple terms of payment, such as L/C, T/T, western Union, Money Gram, Trade Assurance.
Composite Material Curing Oven Composite Material Autoclave Carbon Fiber Autoclave For Drone/Aircraft Accessories