Carbon Fiber Industrial Composite Autoclave

Our industrial autoclave range includes a specialized pressure vessel designed exclusively for the production of composite materials. This carbon fiber autoclave, a top-selling item, is a pivotal tool in the manufacturing of composites.

Composites, also known as composition materials, are created by combining two or more materials with distinct physical or chemical properties. This combination results in a material with unique characteristics that differ from its individual components.

For the production of composites, the autoclave machine for carbon fiber by ETSA, one of leading autoclave machine manufacturers, stands as one of the most effective and widely used techniques. In this process, a two-sided mold set is assembled, forming both surfaces of the panel. This mold set is then placed within the industrial autoclave, where it is exposed to both the required elevated pressure and temperature.

Manufacturers rely on these carbon fiber autoclave for sale to process and cure their composites. The high pressure and heat generated within the autoclave are crucial for achieving the desired fiber content in the final product. This ensures the production of composites with optimal properties and performance.

Specification of Carbon Fiber Industrial Composite Autoclave

Model Effective Diameter Effective Length Design Temp. Design Pressure Pres. & Depres. Rate Heating & Cooling

Rate

ETSA-CA1850 1800 mm 5000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA1860 1800 mm 6000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA1880 1800 mm 8000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA2030 2000 mm 3000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA2040 2000 mm 4000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA2060 2000 mm 6000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA2080 2000 mm 8000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA2550 2500 mm 5000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA2560 2500 mm 6000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA25100 2500 mm 10000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA2880 2800 mm 8000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA3050 3000 mm 5000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA3060 3000 mm 6000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA3080 3000 mm 8000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA30100 3000 mm 10000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA30120 3000 mm 12000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

ETSA-CA32100 3200 mm 10000 mm 250-400 °C 1.2-4.0 MPa 0-0.1 MPa/min 0.5-5 °C/min

The Main Components Of Carbon Fiber Industrial Composite Autoclave

Carbon fiber autoclave equipment includes cylinder body parts, vacuumsystems, heating systems, pressurization systems, insulation systems, control systems, instrument monitoring parts, etc.

The cylinder body parts: The cylinder body parts includes saddle bracket, tank doors, bent arms and brackets, docking flanges, and the straight cylinder part of the cylinder part.

Heating system: The heating system uses a stainless steel electric heating tube with a specific power to heat the air inside the tank. There is a circulating fan at the rear of the tank, which blows the hot air inside the tank to evenly spread the heat.

The pressurization system: The pressurization system uses high-pressure air for pressurization. Pre store a certain pressure of compressed air through a rated power air compressor and air storage tank. When in use, open the intake valve to supplement the pressure inside the autoclave.