アクア List of Products and Services

The HPJ-02A is a handheld atmospheric pressure plasma jet testing device that can be used anywhere with just an AC100V power supply and an N2 supply tube connection. It features a plasma jet irradiation width of 25mm, allowing for uniform surface treatment. Additionally, since it uses N2 (nitrogen) gas, there is no need for expensive gases. It is ideal for testing improvements in material development, processing, plating, painting, adhesion, and the development of new methods. 【Features】 - Gun shape that fits comfortably in the hand, making it easy to operate - Simple operation with just a manual valve for N2 supply and a trigger switch at hand - Low-temperature plasma jet type that does not select the target material (irradiation gas temperature below 60°C) - Long irradiation distance, capable of plasma treatment on uneven materials ■ Main Applications - Strength enhancement for adhesion and coating, surface modification, promotion of chemical changes, development of new methods, and experimentation *For more details, please download the PDF or feel free to contact us.

The "HPJ-DESKTOP" is a compact and lightweight atmospheric pressure plasma jet handheld testing device designed for desktop work. It features simple operation with just the opening and closing of a nitrogen gas valve and pressing the plasma ON switch. Although all operations are manual, it allows for easy and stable plasma irradiation. Additionally, it can be customized according to usage needs, including sample table size, height adjustment range, protective cover, and air cooling. 【Features】 - Low-temperature plasma jet type that does not select processing materials - Capable of plasma treatment on uneven materials - Allows for uniform surface irradiation - Compact and lightweight, with connection utilities limited to nitrogen gas supply tube and AC100V power supply - Easy to move to different installation locations 【Main Applications】 - Strength enhancement for adhesion and coating, surface modification, promotion of chemical changes, development of new methods, experiments, etc. *For more details, please download the PDF or feel free to contact us.

The "HPJ-DESKTOP-AT" is an atmospheric pressure plasma jet automatic conveyance tabletop testing machine capable of plasma treatment on uneven materials at an irradiation distance of approximately 10mm. With a plasma irradiation width of 25mm and stable automatic conveyance functionality, it enables uniform surface irradiation with minimal variation. Additionally, it allows for continuous reciprocating motion (1 to 99 cycles), and with the plasma electrode cooling function, it can perform long-duration irradiation. 【Features】 - Conveyance speed (1 to 135mm/sec) and continuous reciprocating motion cycles (1 to 99 cycles) can be set via a touch panel. - Designed with consideration for tabletop work, it is compact and lightweight (required tabletop area during use is approximately 400mm x 400mm). - Capable of testing materials up to 30mm thick as standard. - Built-in digital flow meter for nitrogen gas. ■ Main Applications - Strength enhancement for adhesion and coating, surface modification, promotion of chemical changes, development of new methods, experiments, etc. *For more details, please download the PDF or feel free to contact us.

The "SPJ-Series" is a high-power spot-type atmospheric pressure plasma jet that maximizes the efficiency of the plasma electrode, achieving powerful and long-distance irradiation. It can be used for various applications through tube connections. Since it uses N2 (nitrogen) gas, expensive gases are not required. Additionally, it is possible to merge the plasma gases from multiple SPJs. 【Features】 ■ The high-output specification maximizes atmospheric pressure plasma generation, enhancing power (SPJ-02HP). ■ Achieves long-distance irradiation of over 40mm while maintaining a cost-effective configuration with a 100V power supply. ■ Various applications can be realized by connecting tubes or other devices to the plasma irradiation port. ■ Main Applications - Strength enhancement for adhesion and coating, surface modification, promotion of chemical changes, development of new methods, experiments, etc. *For more details, please download the PDF or feel free to contact us.

The "JP-SERIES" is a plasma jet that incorporates a plasma electrode unit within a case and releases activated nitrogen gas from a slit-shaped opening. It has a long irradiation distance and can process uneven non-conductive materials. It is suitable for objects up to 100mm in width and can be expanded and connected with an additional plasma power unit. Please feel free to contact us if you have any requests. ■ Main Applications - Strength enhancement for adhesion and coating, surface modification, promotion of chemical changes, development of new methods, experiments, etc. 【JP-100C Specifications】 ■ Plasma Jet Irradiation Dimensions: 108mm × 0.8mm ■ Required N2 Gas Volume: 70–90L/min ■ Main Unit Dimensions: Width 178 × Height 95mm × Depth 47mm (Including electrode cover, excluding protrusions such as gas fittings and rear grounding terminals) *For more details, please download the PDF or feel free to contact us.

The "atmospheric pressure plasma device" is a plasma device that can be generated in normal atmospheric conditions without the need for special environments such as vacuum containers or filling with reaction gases. Our plasma electrodes utilize the "dielectric barrier discharge" method, which prevents arc discharge by placing a dielectric insulator between metal electrode plates, allowing electrons to be emitted uniformly from the entire electrode. Additionally, by adopting two types of irradiation methods, "direct method" and "jet method," it can accommodate various processes. 【Features】 ■ Can be generated in normal atmospheric pressure ■ Dielectric barrier discharge atmospheric pressure plasma ■ Capable of accommodating various processes through the adoption of two irradiation methods ■ Main Applications - Strength enhancement for adhesion and coating, surface modification, acceleration of chemical changes, development of new methods, experiments, etc. *For more details, please download the PDF or feel free to contact us.

A "atmospheric pressure plasma device" is a plasma device that can be generated in normal atmospheric conditions without the need for special environments such as vacuum chambers or filling with reaction gases. It is expected to be effective for various applications such as improving hydrophilicity and lipophilicity, coatings, special painting, quality enhancement in adhesion, removal of organic substances that cannot be cleaned, and promoting chemical changes. 【Features】 ■ Usable in normal atmospheric pressure without the need for equipment like vacuum (reduced pressure) chambers ■ Capable of building a simple and space-saving system ■ Prototyping and installation on existing devices can be done on a low budget * For more details, please download the catalog or feel free to contact us.

A "atmospheric pressure plasma device" refers to a plasma device that can be generated in normal atmospheric pressure without the need for special environments such as vacuum chambers or filling with reaction gases. It is expected to have various effects for applications such as improving hydrophilicity and lipophilicity, coating, special painting, enhancing quality in adhesion, removing organic substances that cannot be cleaned, and promoting chemical changes. 【Features】 ■ Usable in normal atmospheric pressure without the need for equipment like vacuum (reduced pressure) chambers ■ Capable of constructing a simple and space-saving system ■ Prototyping and installation on existing devices can be done on a low budget *For more details, please download the catalog or feel free to contact us.

A "atmospheric pressure plasma device" is a plasma device that can be generated in normal atmospheric conditions without the need for special environments such as vacuum chambers or filling with reaction gases. It is expected to have various effects for applications such as improving hydrophilicity and oleophilicity, coatings, special painting, quality enhancement in adhesion, removal of organic substances that cannot be cleaned, and promoting chemical changes. 【Features】 ■ Usable in normal atmospheric pressure without the need for equipment like vacuum (reduced pressure) chambers ■ Capable of constructing a simple and space-saving system ■ Prototyping and installation for existing devices can be done on a low budget *For more details, please download the catalog or feel free to contact us.

"Challenges of Silicone Rubber Adhesion" "Struggling with adhesive costs and environmental impact" to your company **Aqua Corporation's atmospheric pressure plasma device enables "adhesive-free bonding"** to solve these issues. It eliminates the constraints of traditional adhesives (curing time, peeling risk, cost, environmental issues). This next-generation solution directly and strongly bonds silicone rubber to silicone rubber, and glass to silicone rubber, without using chemicals or heat. Additionally, for the challenges of bonding silicone rubber with dissimilar materials, we provide a solution using plasma and adhesive tape! This is not just a change in bonding methods. It is a strategic investment for the future that will dramatically enhance your company's "quality," "cost," "productivity," and "environmental considerations." "Ensuring reliability with overwhelming bonding strength": Plasma activates the surface of silicone rubber at the nano level, achieving direct molecular bonding. It fundamentally eliminates the risk of peeling due to adhesive degradation, significantly improving product lifespan and reliability. "Substantial reduction in costs and processes" maximizes profits: No need for purchasing, applying, drying, or disposing of adhesives. No more compromises in silicone rubber adhesion. This innovative technology creates new value across various fields, including medical, automotive, and electronics.

A "atmospheric pressure plasma device" refers to a plasma device that can be generated in normal atmospheric conditions without the need for special environments such as vacuum chambers or filling with reaction gases. It is expected to have various effects for applications such as improving hydrophilicity and lipophilicity, coatings, special painting, enhancing quality in adhesion, removing organic substances that cannot be cleaned, and promoting chemical changes. 【Features】 ■ Usable in normal atmospheric pressure without the need for equipment like vacuum (reduced pressure) chambers ■ Capable of constructing a simple and space-saving system ■ Prototyping and installation on existing devices can be done on a low budget *For more details, please download the catalog or feel free to contact us.