Application fields of plasma enhanced PECVD coating electric furnace

Plasma enhanced PECVD coating electric furnace has a wide range of applications, covering multiple industries such as semiconductors, photovoltaics, automotive electronics, medical, optics, industrial control, etc., as follows:

Semiconductor industry:
Integrated Circuit Manufacturing: PECVD is one of the key technologies for manufacturing integrated circuits in the semiconductor industry, which can deposit high-quality thin films such as silicon dioxide and silicon nitride dielectrics on the substrate surface for isolating multiple conductive layers and capacitors.
Manufacturing of microelectronic devices: PECVD technology can accurately control process parameters, deposit high-quality thin films, and meet the performance and stability requirements of microelectronic devices.

In the field of photovoltaic cells:
Solar cell manufacturing: PECVD is a key deposition technology for manufacturing solar cells and photovoltaic modules, which can uniformly deposit thin films such as silicon nitride anti reflection films on wide surface areas of solar panels or optical glass, improving the photoelectric conversion efficiency of solar cells.

In the field of automotive electronics:
Battery Management System (BMS) Protection: PECVD nano coating technology provides reliable waterproof, moisture-proof, and corrosion-resistant protection for BMS circuit boards and electronic components.
Vehicle mounted sensor protection: Improve the environmental adaptability of sensors and reduce the impact of environmental factors on sensor accuracy and reliability.
Lamp lens protection: Provides waterproof, anti fog, and anti scratch capabilities to ensure that the lamp remains clear and bright in various weather conditions.
Wear resistant treatment of automotive interior parts: Enhance the wear resistance and pollution resistance of interior parts, and extend their service life.
Motor and electronic control unit protection: Provides waterproof, salt spray resistant, and corrosion-resistant protection to ensure stable operation of critical components in harsh environments.
Charging interface and connector protection: prevent moisture and dust from entering, reduce short circuit and corrosion risks, and improve charging efficiency and safety.
Waterproof treatment of car cameras and sensors: provide reliable waterproof and antifouling protection for auto drive system cameras and sensors.

Medical field:
Medical implants: Dense inert coatings produced through PECVD technology have excellent biocompatibility and corrosion resistance, and can be used for surface modification of medical implants, such as artificial joints, dental implants, etc., to improve the service life of implants and patient comfort.
Medical equipment protection: PECVD nano coating technology can be applied to the entire machine and motherboard of medical equipment such as hearing aids and medical mobile phones, improving product performance and service life.

In the field of optics:
Optical coating: PECVD technology is widely used in the production of coatings with specific optical properties, such as anti reflective coatings, anti reflective coatings, etc. It can be used for optical products such as sunglasses, colored optical equipment, and photometers to improve the optical performance and service life of the products.

In the field of industrial control:
Component protection: In harsh industrial environments, PECVD nano coating technology can be used to protect components and motherboards from moisture, chemicals, and other corrosion, improving product stability and reliability.

Other fields:
Wear resistant coating: Diamond like carbon (DLC) and other wear-resistant coatings can be deposited on the surface of materials through PECVD technology, significantly improving the wear resistance and low friction of materials. They have broad application prospects in mechanical parts, bearings, sliding components and other fields.
Food packaging: PECVD technology can be used to produce packaging materials with excellent barrier properties, such as potato chip bags, to protect food from external pollutants and moisture.