Information
12 Namdongdong-ro 93beon-gil, Namdong-gu, Incheon, South Korea
-
-
Overview
- Summary
- PLAZMA LIFE Co., Ltd. is a company specializing in the manufacturing and sales of plasma power supplies and plasma reactors. The company offers consulting services for plasma solutions, based on research into plasma generation principles and effects. It focuses on developing various plasma devices, including plasma surface treatment systems, plasma sterilized water production systems, and corona treatment systems. The company specializes in plasma technology and corona technology for enhancing hydrophilicity and adhesion. It possesses capabilities in developing and consulting on plasma devices for both atmospheric and vacuum gas environments.PLAZMA LIFE Co., Ltd. is a company specializing in the manufacturing and sales of plasma power supplies and plasma reactors. The company offers consulting services for plasma solutions, based on research into plasma generation principles and effects. It focuses on developing various plasma devices, including plasma surface treatment systems, plasma sterilized water production systems, and corona treatment systems. The company specializes in plasma technology and corona technology for enhancing hydrophilicity and adhesion. It possesses capabilities in developing and consulting on plasma devices for both atmospheric and vacuum gas environments.
- Key Products/Technologies
- Plasma Surface Treatment Systems: Various models available, such as plasma devices for films, plasma surface treatment devices for metals, and atmospheric BDB plasma surface treatment devices. Key functions include enhancing hydrophilicity and adhesion, surface cleaning (removing oil and particles), and improving adhesion and printability. Specifications include power consumption from 1 to 13KW, input power 220/60HZ/50HZ, and material processing width from 1 to 7,000mm. Custom manufacturing is possible based on the size and shape of the material.Plasma Surface Treatment Systems: Various models available, such as plasma devices for films, plasma surface treatment devices for metals, and atmospheric BDB plasma surface treatment devices. Key functions include enhancing hydrophilicity and adhesion, surface cleaning (removing oil and particles), and improving adhesion and printability. Specifications include power consumption from 1 to 13KW, input power 220/60HZ/50HZ, and material processing width from 1 to 7,000mm. Custom manufacturing is possible based on the size and shape of the material.
- Plasma Bio-Sterilization Devices: Development of various application devices, including ozone generators for sterilization, water quality improvement plasma devices, and nanoplasma nutrient solution sterilizers. The ozone generator for sterilization is utilized for producing sterilized and disinfected ozone water, generating ozone water for medical and healthcare purposes, manufacturing plasma-activated water for cleaning and washing, and producing ozone water for agricultural and disinfection uses. Specifications include a processing width of 1 to 100mm, dual input power of 220V/380V, and a maximum production speed of 2L/min.Plasma Bio-Sterilization Devices: Development of various application devices, including ozone generators for sterilization, water quality improvement plasma devices, and nanoplasma nutrient solution sterilizers. The ozone generator for sterilization is utilized for producing sterilized and disinfected ozone water, generating ozone water for medical and healthcare purposes, manufacturing plasma-activated water for cleaning and washing, and producing ozone water for agricultural and disinfection uses. Specifications include a processing width of 1 to 100mm, dual input power of 220V/380V, and a maximum production speed of 2L/min.
- Plasma Power Supplies and Reactors: Provision of optimal plasma solutions through research into plasma generation principles and effects. Possession of high-voltage and high-frequency power supply manufacturing technology. Utilization of core technologies such as atmospheric plasma modification, vacuum plasma modification, and physicochemical modification to induce various changes in surface molecular structures.Plasma Power Supplies and Reactors: Provision of optimal plasma solutions through research into plasma generation principles and effects. Possession of high-voltage and high-frequency power supply manufacturing technology. Utilization of core technologies such as atmospheric plasma modification, vacuum plasma modification, and physicochemical modification to induce various changes in surface molecular structures.
- Plasma Application Technologies: Expertise in various fields, including plasma treatment effects for cotton fibers, plasma technology for automated cleaning processes, and plasma treatment technology for agricultural storage facilities. Also applied in food processing, such as plasma technology for red pepper powder manufacturing plants.Plasma Application Technologies: Expertise in various fields, including plasma treatment effects for cotton fibers, plasma technology for automated cleaning processes, and plasma treatment technology for agricultural storage facilities. Also applied in food processing, such as plasma technology for red pepper powder manufacturing plants.
- Core Advantages
- Securing proprietary technology through the ownership of over 50 plasma-related technologies. This forms the basis for providing customized plasma solutions tailored to the requirements of various industrial sectors.Securing proprietary technology through the ownership of over 50 plasma-related technologies. This forms the basis for providing customized plasma solutions tailored to the requirements of various industrial sectors.
- Extensive plasma device development capabilities covering both atmospheric and vacuum environments. A technological advantage in forming plasma at room temperature, atmospheric pressure, and within reduced-pressure chambers to alter the surface molecular structure of target materials.Extensive plasma device development capabilities covering both atmospheric and vacuum environments. A technological advantage in forming plasma at room temperature, atmospheric pressure, and within reduced-pressure chambers to alter the surface molecular structure of target materials.
- Environmentally friendly and economical processing methods. The absence of chemical agents makes it harmless to the environment, and no residues mean no additional cleaning steps are required. Low maintenance costs due to the use of electricity and no additional consumables.Environmentally friendly and economical processing methods. The absence of chemical agents makes it harmless to the environment, and no residues mean no additional cleaning steps are required. Low maintenance costs due to the use of electricity and no additional consumables.
- Flexibility in application across diverse materials and industries. Applicable to a wide range of materials including metals, plastics, glass, ceramics, films, and textiles, along with the capability to establish in-line production facilities.Flexibility in application across diverse materials and industries. Applicable to a wide range of materials including metals, plastics, glass, ceramics, films, and textiles, along with the capability to establish in-line production facilities.
- High productivity with single-process, short-duration surface treatment. Contribution to increased efficiency in production processes and reduced manufacturing costs through shortened processing times.High productivity with single-process, short-duration surface treatment. Contribution to increased efficiency in production processes and reduced manufacturing costs through shortened processing times.
- Achieving technological self-reliance through the successful localization of plasma surface modification devices. Capability for stable product supply and technical support based on domestic technology.Achieving technological self-reliance through the successful localization of plasma surface modification devices. Capability for stable product supply and technical support based on domestic technology.
- Target Industrie
- Automotive Industry: Enhancement of adhesion between automotive parts, optimization of assembly processes, and bonding of lightweight composite materials.Automotive Industry: Enhancement of adhesion between automotive parts, optimization of assembly processes, and bonding of lightweight composite materials.
- Aerospace Industry: Strengthening adhesion of aircraft structural components, improving airframe strength and safety.Aerospace Industry: Strengthening adhesion of aircraft structural components, improving airframe strength and safety.
- Electronics Industry: Improvement of micro-adhesion between electronic components, contributing to product miniaturization, lightweighting, and high performance.Electronics Industry: Improvement of micro-adhesion between electronic components, contributing to product miniaturization, lightweighting, and high performance.
- Medical Device Industry: Hygienic bonding of medical device components, surface cleaning and activation, and enhancement of product quality and safety.Medical Device Industry: Hygienic bonding of medical device components, surface cleaning and activation, and enhancement of product quality and safety.
- Food Processing Industry: Plasma sterilization in kimchi factories and food processing plant water supply facilities, plasma treatment in agricultural product storage warehouses, and plasma technology application in red pepper powder manufacturing plants.Food Processing Industry: Plasma sterilization in kimchi factories and food processing plant water supply facilities, plasma treatment in agricultural product storage warehouses, and plasma technology application in red pepper powder manufacturing plants.
- Packaging Industry: Manufacturers of paper and plastic boxes, and companies involved in various container and case manufacturing.Packaging Industry: Manufacturers of paper and plastic boxes, and companies involved in various container and case manufacturing.
- Film and Textile Industry: Functional coating processes for PI films, bead coating for PET films, pre-treatment for polymer coating on Teflon materials, pre-treatment for hydrophilicity/hydrophobicity coating on textile fabrics, and PTFE bonding on industrial mask textile materials.Film and Textile Industry: Functional coating processes for PI films, bead coating for PET films, pre-treatment for polymer coating on Teflon materials, pre-treatment for hydrophilicity/hydrophobicity coating on textile fabrics, and PTFE bonding on industrial mask textile materials.
- Metal and Other Manufacturing Industries: Metal processing companies, component factories applying rubber to plastics, and various sales cleaning and subcontracting companies.Metal and Other Manufacturing Industries: Metal processing companies, component factories applying rubber to plastics, and various sales cleaning and subcontracting companies.
- Major Markets
- --
- Certifications/Patents
- Securing technological competitiveness through the ownership of over 50 plasma-related technologies.Securing technological competitiveness through the ownership of over 50 plasma-related technologies.
- Capability for technological self-reliance through the successful localization of plasma surface modification devices.Capability for technological self-reliance through the successful localization of plasma surface modification devices.
Introduction
Location
12 Namdongdong-ro 93beon-gil, Namdong-gu, Incheon, South Korea
클릭하여 위치 살펴보기
