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Autoclave Vacuum Bag Molding

Autoclave Vacuum-bag Process Technology is high performance It is a widely used process for molding composite parts.

This technology is mainly used to make high-performance, high-quality parts for aerospace, automotive, sports equipment, etc.
The key is to optimize strength and quality in the molding and curing process of composite materials using vacuum bags and autoclaves (high pressure ovens).

The main step of autoclays vacuum bag molding process

Material stacking

Lay a prepreg containing resin in fiber steel (carbon fiber, glass fiber, etc.) on the mold.
Prepreg is a semi-finished material with resin and fiber combined in advance.
Preparation for Vacuum Vacuum

Fix the laminated material to the mold and cover it with a vacuum bag.
This vacuum bag prevents outside air or impurities from entering the process and allows complete pressure control inside.
Vacuum treatment

Use a vacuum pump to remove the air inside the vacuum bag, which allows the material with air bubbles or impurities to be laminated Prevent it from getting stuck.
At this stage, air removal increases the structural integrity of the final product by preventing uneven bubbles within the composite.
Hardening

Place the laminated material in the autoclave completely sealed in the vacuum bag.
An autoclave is a large chamber that can apply high pressure and high temperature at the same time.
Cooling and demolding

After curing is completed, the product is slowly cooled. When the cooling is complete, remove the vacuum bag and remove the finished part from the mold.
This step ensures the dimensional stability and structural integrity of the product.

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Head office and technology research center

Ceramic Technology Research Institute, 109 Soho-ro, Jinju-si, Gyeongsangnam-do, Republic of Korea Ceramic Convergence Center Complex No. 303 | TEL 055-792-2888 | FAX 055-792-2888

Yeongcheon Factory

Chiljeon-gil 78 in Gokyung-myeon, Yeongcheon-si, Gyeongsangbuk-do | TEL 053-324-3334 | FAX 053-324-3335

TECHNOLOGY

CARO is based on innovative technologies and sustainable development.
It provides essential parts for various industries.

Autoclave Vacuum Bag Molding

The main step of autoclays vacuum bag molding process

Material stacking

Lay a prepreg containing resin in fiber steel (carbon fiber, glass fiber, etc.) on the mold.
Prepreg is a semi-finished material with resin and fiber combined in advance.

Preparation for Vacuum Vacuum

Fix the laminated material to the mold and cover it with a vacuum bag.
This vacuum bag prevents outside air or impurities from entering the process and allows complete pressure control inside.

Vacuum treatment

Use a vacuum pump to remove the air inside the vacuum bag, which allows the material with air bubbles or impurities to be laminated Prevent it from getting stuck.
At this stage, air removal increases the structural integrity of the final product by preventing uneven bubbles within the composite.

Hardening

Place the laminated material in the autoclave completely sealed in the vacuum bag.
An autoclave is a large chamber that can apply high pressure and high temperature at the same time.

Cooling and demolding

After curing is completed, the product is slowly cooled. When the cooling is complete, remove the vacuum bag and remove the finished part from the mold.
This step ensures the dimensional stability and structural integrity of the product.

Characteristics of the autoclave vacuum bag molding process

Production of high-quality parts

Thanks to vacuum treatment and the high-pressure environment of autoclaves, composite parts with uniform air bubbles-free construction and very high strength can be produced.

Precise molding

Vacuum and pressure allow for precise molding of complex forms of parts, minimizing defects in the surface of the product It is advantageous for implementing precise dimensions and complex shapes because it adheres to the mold.

High strength and weight reduction

Autoclave molding allows carbon or glass fibers to exhibit optimum strength and weight reduction characteristics.

Improved mechanical properties

Composite parts cured in autoclaves have excellent mechanical properties such as high strength, durability, and heat resistance.

Application of various materials

The autoclave process can use a variety of fiber reinforcement and resin systems (e.g., epoxy, polyester, etc.) Parts can be designed to meet a variety of requirements.

Head office and technology research center

Ceramic Technology Research Institute, 109 Soho-ro, Jinju-si, Gyeongsangnam-do, Republic of Korea Ceramic Convergence Center Complex No. 303 | TEL 055-792-2888 | FAX 055-792-2888

Yeongcheon Factory

Chiljeon-gil 78 in Gokyung-myeon, Yeongcheon-si, Gyeongsangbuk-do | TEL 053-324-3334 | FAX 053-324-3335

COPYRIGHT(C) CARO ALL RIGHTS RESERVED.

TECHNOLOGY

CARO is based on innovative technologies and sustainable development. It provides essential parts for various industries.

Autoclave Vacuum Bag Molding

The main step of autoclays vacuum bag molding process

Material stacking

Lay a prepreg containing resin in fiber steel (carbon fiber, glass fiber, etc.) on the mold. Prepreg is a semi-finished material with resin and fiber combined in advance.

Preparation for Vacuum Vacuum

Fix the laminated material to the mold and cover it with a vacuum bag. This vacuum bag prevents outside air or impurities from entering the process and allows complete pressure control inside.

Vacuum treatment

Use a vacuum pump to remove the air inside the vacuum bag, which allows the material with air bubbles or impurities to be laminated Prevent it from getting stuck. At this stage, air removal increases the structural integrity of the final product by preventing uneven bubbles within the composite.

Hardening

Place the laminated material in the autoclave completely sealed in the vacuum bag. An autoclave is a large chamber that can apply high pressure and high temperature at the same time.

Cooling and demolding

After curing is completed, the product is slowly cooled. When the cooling is complete, remove the vacuum bag and remove the finished part from the mold. This step ensures the dimensional stability and structural integrity of the product.

Characteristics of the autoclave vacuum bag molding process

Production of high-quality parts

Thanks to vacuum treatment and the high-pressure environment of autoclaves, composite parts with uniform air bubbles-free construction and very high strength can be produced.

Precise molding

Vacuum and pressure allow for precise molding of complex forms of parts, minimizing defects in the surface of the product It is advantageous for implementing precise dimensions and complex shapes because it adheres to the mold.

High strength and weight reduction

Autoclave molding allows carbon or glass fibers to exhibit optimum strength and weight reduction characteristics.

Improved mechanical properties

Composite parts cured in autoclaves have excellent mechanical properties such as high strength, durability, and heat resistance.

Application of various materials

The autoclave process can use a variety of fiber reinforcement and resin systems (e.g., epoxy, polyester, etc.) Parts can be designed to meet a variety of requirements.

Head office and technology research center

Ceramic Technology Research Institute, 109 Soho-ro, Jinju-si, Gyeongsangnam-do, Republic of Korea Ceramic Convergence Center Complex No. 303 | TEL 055-792-2888 | FAX 055-792-2888

Yeongcheon Factory

Chiljeon-gil 78 in Gokyung-myeon, Yeongcheon-si, Gyeongsangbuk-do | TEL 053-324-3334 | FAX 053-324-3335

COPYRIGHT(C) CARO ALL RIGHTS RESERVED.

CARO is based on innovative technologies and sustainable development.
It provides essential parts for various industries.

Lay a prepreg containing resin in fiber steel (carbon fiber, glass fiber, etc.) on the mold.
Prepreg is a semi-finished material with resin and fiber combined in advance.

Fix the laminated material to the mold and cover it with a vacuum bag.
This vacuum bag prevents outside air or impurities from entering the process and allows complete pressure control inside.

Use a vacuum pump to remove the air inside the vacuum bag, which allows the material with air bubbles or impurities to be laminated Prevent it from getting stuck.
At this stage, air removal increases the structural integrity of the final product by preventing uneven bubbles within the composite.

Place the laminated material in the autoclave completely sealed in the vacuum bag.
An autoclave is a large chamber that can apply high pressure and high temperature at the same time.

After curing is completed, the product is slowly cooled. When the cooling is complete, remove the vacuum bag and remove the finished part from the mold.
This step ensures the dimensional stability and structural integrity of the product.