グリーンテクノ List of Products and Services

We would like to introduce a case study utilizing the "charging device" in the charge amount confirmation test when PVC is charged with the same voltage for both negative and positive polarities. The PVC sheet was charged with a corona charging gun (negative polarity) to approximately -14kV. Additionally, the PVC sheet was charged with a corona charging gun (negative polarity) to approximately +15kV. [Case Overview (Partial)] ■ Charge amount confirmation test for positive and negative polarities ■ Comparative test of charge amounts for antistatic materials ■ Proven implementation in various other product charge tests *For more details, please download the PDF or feel free to contact us.

Here is an introduction to a case study utilizing the "static electricity device" at the start of film winding. It is possible to wrap protective paper around a paper roll using static electricity. This can be used to prevent misalignment at the start of winding when wrapping films or papers. The benefits of adoption include the reduction of labor involved in attaching materials using adhesives or sealing materials. [Case Study Overview (Partial)] ■ Preventing misalignment at the start of winding when wrapping films or papers ■ Adoption benefits: Reduction of labor for attachment using adhesives or sealing materials ■ Numerous adoption results in various winding processes *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study utilizing a "charging device" for the adhesion of resin materials to metals. It can be used when adhering a metal plate to a resin mesh. The resin mesh is attached to the metal plate and transported. Additionally, it is possible to adhere even if the mesh material has uneven surfaces. Please feel free to contact us when you need assistance. 【Case Overview (Partial)】 ■ Adhering and transporting resin mesh to a metal plate ■ Other different materials besides resin mesh are specified (proven materials such as films and paper) ■ Adhesion is possible even if the mesh material has uneven surfaces *For more details, please download the PDF or feel free to contact us.

This page introduces evaluation and testing examples aimed at reproducing electrostatic issues and visualizing electrostatic phenomena. By using a charging device, it is possible to conduct reproduction tests of issues occurring on-site. It allows for the verification of the effectiveness of electrostatic countermeasures and the reproduction of electrostatic troubles in the manufacturing process. High reproducibility tests enable the visualization of phenomena, which can lead to comparisons before and after countermeasures and the use of technical documentation. It is ideal for cases such as "I don't feel the decharging effect," "I don't know where the charging is occurring," and "I know the cause but can't reproduce it." 【Overview of Examples (Partial)】 ■ Reproduction of electrostatic troubles in printed circuit boards ■ Verification of video output issues during charging and discharging of video equipment ■ Reproduction of electrostatic issues in the manufacturing process of various molded products ■ Reproduction of electrostatic issues on the manufacturing line *For more details, please download the PDF or feel free to contact us.

This is an example of achieving adhesion through static electricity by charging metal composite paper and metal interleaving paper to make them adhere closely. This system also demonstrates effectiveness in the winding process, contributing to the prevention of misalignment and lifting during adhesion. The metal composite paper charging adhesion technology is ideal for a clean production environment as a temporary fixation that does not use adhesives. Grounding is required. For details such as the installation position of the equipment, please contact us. 【Overview of the case (partial)】 ■ Adopted to prevent misalignment in the adhesion of metal composite paper and metal coils ■ Adhesion is achieved through charging rather than manual application * For more details, please download the PDF or feel free to contact us.

This is a charging device for electrets aimed at electret filters and non-woven fabrics. The charging process is stabilized through corona discharge treatment. It has been widely adopted in the manufacturing processes of filters and masks as an electret charging device. In particular, it has been introduced in the manufacturing process of electret non-woven fabrics, resulting in reduced performance variation and improved processing efficiency. The power consumption per hour is 50 VA, achieving energy savings and contributing to cost reduction. Grounding is required, so please consult us if you have any questions regarding its use. Since it can be integrated into existing manufacturing processes, please consult us separately if you wish to have it as a standalone device. [Case Overview (Partial)] ■ As a power source for electretization of non-woven fabrics and films It has been widely adopted in the non-woven fabric and felt industry. *For more details, please download the PDF or feel free to contact us.

This is a system that allows you to attach posters to walls and whiteboards using static electricity, without the need for glue or pushpins. It can be used safely in rental properties since it does not damage the walls. The method of attaching posters is simple and is effective in various places such as offices, schools, and homes. When attaching to a wall, a special film is placed under the paper. This can also be attached using static electricity. ■ Principle of the static device used for attaching paper - When the power switch is turned on, a high DC voltage (negative polarity) is applied to the tip of the battery-operated static gun (corona discharge electrode needle), generating ions (negative) that charge the target object. ■ Example: Charging paper - Connect the banana plug side of the included grounding wire to the grounding terminal of the device and the alligator clip side to the ground. - When the trigger is pulled, negative ions are generated from the tip of the gun, charging the paper (insulator). - The charged paper (insulator) adheres to the target object (metal, conductive materials, etc.). 【Case Summary (Partial)】 ■ Attach posters (copy paper, coated paper, etc.) to walls and whiteboards. * If too much electricity accumulates, use a static eliminator brush in conjunction. ■ No tape or pushpins are needed, and it can be reattached multiple times.

This is an electrostatic device with a proven track record in the binding industry. During transport, it temporarily fixes the booklets together using static electricity, preventing them from collapsing. It prevents load shifting during the transport of booklets in the binding process using the power of static electricity, achieving stable transport and labor-saving operations. By securely fixing the booklets, it reduces the risk of falling or misalignment during the binding process, contributing to improved work efficiency. Grounding of the conveyor is required. The amount of static electricity varies depending on the specifications of the conveyor, so please contact us for details. [Case Overview (Partial)] ■ Fixing booklets during the binding process ■ Proven track record with binding companies *For more details, please download the PDF or feel free to contact us.

This is an example of preventing cargo collapse and transportation troubles that occur during the transport of lightweight laminated products due to static electricity. By temporarily adhering the products, it prevents shifting and falling, reducing line stoppages and the number of rework tasks. The implementation is also simple, making it easy to integrate into existing lines, and it can be widely used as a measure to prevent cargo collapse in various settings. Fixing laminated transport items. There are various achievements with paper, film, small items, etc. Grounding of the conveyor is required. The amount of static electricity varies depending on the specifications of the conveyor, so please contact us for details. [Case Overview (Partial)] - Fixing laminated transport items on the conveyor - Various achievements with paper, film, small items, etc. - Implementation record at a major printing company for a mail transport line.

We would like to introduce a case study utilizing a "charging device" for the power supply used in electrospinning. There have been over 20 units adopted. Electrospinning (electrostatic spinning) is one of the technologies for generating nanofibers, using electrical forces for the spinning process. Please feel free to contact us if you have any inquiries. 【Case Overview】 ■ Over 20 units adopted as a power supply for electrospinning *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study utilizing the "charging device" for the power supply of electrostatic coating equipment. By using static electricity, it is possible to uniformly apply coatings to grounded objects. We also have a track record of various OEM production for electrostatic oil coating devices and lubricant spraying systems. Please feel free to contact us when you need assistance. 【Benefits of Adoption】 ■ No need for high-voltage cables, allowing for flexible handling ■ High durability achieved through the adoption of drooping characteristics ■ Zero incidents of defects in the three years since implementation *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study utilizing "static electricity devices" as a countermeasure against internal malfunctions caused by static electricity from pachinko machines and balls. We have reproduced the phenomenon where balls become charged and get stuck inside the pachinko machine. The static electricity devices used have features that allow for intentional charging of objects with simple operations. Please feel free to contact us if you have any inquiries. 【Case Overview】 ■ Reproduction of the phenomenon where balls become charged and get stuck inside the pachinko machine. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where a "charging device" was utilized for the performance evaluation of an ionizer. In a confirmation test to check whether an acrylic plate could be charged and then discharged, a charging gun was used to apply a high voltage of -50kV, confirming that it was charged to approximately -17kV. Subsequently, a discharge gun was applied, and it was confirmed that the voltage had nearly disappeared, demonstrating the effectiveness of the ionizer. Please feel free to contact us if you have any inquiries. 【Benefits of Adoption】 ■ Demonstrations can be conducted while customers operate the equipment at exhibitions and other events. *For more details, please download the PDF or feel free to contact us.

We will introduce a case study utilizing "charging devices" in static electricity troubles at production sites. These devices are used for simple static elimination in production environments, for charging treatment after static electricity experiments, and in processes such as film peeling and plastic transportation. The simple static elimination gun used for confirming the static elimination effect can operate with just four AA batteries, making it convenient for use in various locations. 【Case Overview】 ■ Charging an acrylic plate and confirming whether it can be discharged. *For more details, please download the PDF or feel free to contact us.

As a case study for the introduction of an electrostatic device, we would like to introduce a video of the application of posters. The product used in the video is a "battery-operated electrostatic gun" that can attach posters, flyers, stickers, and more using static electricity. It is effective in situations such as attaching posters in kindergartens to improve safety and in food factories to prevent foreign object contamination. If you are considering implementation, please be sure to watch the video. 【Examples of Use】 ■ Attaching posters in kindergartens (improving safety) ■ Attaching posters in food factories (preventing foreign object contamination) *For more details, please refer to the related links or feel free to contact us.

As a case study for the introduction of an electrostatic device, we have released a video showcasing the application of film adhesion. By placing a film over a metal surface that is grounded at the back and then charging it, the films stick together. This is useful in secondary processes of laser processing and in film winding scenarios. For more information about the "battery-operated electrostatic gun" used in the video, please refer to the related links. 【Applications】 ■ Secondary processes of laser processing ■ Film winding *For more details, please check the related links or feel free to contact us.

As a case study for the introduction of an electrostatic device, we have released a video demonstrating the prevention of load collapse for transported items. It prevents the collapse or dropping of lightweight items, such as paper, while moving on a conveyor. The video compares the stacking of paper on cardboard with and without static electricity. If you are considering implementation, please take a look at the video. 【Examples of Use】 ■Preventing load collapse of booklets during the binding process ■Preventing load collapse of stacked transported items on a conveyor *For more details, please refer to the related links or feel free to contact us.

As a case study for the introduction of an electrostatic device, we have released a video demonstrating the application of film to metal cans. When a film is placed on a SUS plate and charged, the film adheres to the SUS plate. This is useful in scenarios such as labeling metal cans and assisting with labeling wine bottles. You can find more details about the "battery-operated electrostatic gun" used in the video through the related link. 【Applications】 ■ Labeling metal cans ■ Assisting with labeling wine bottles *For more details, please refer to the related link or feel free to contact us.

As a case study for the introduction of an electrostatic device, we have released a video demonstrating the application of a film onto a SUS plate. Using a "battery-operated electrostatic gun," we showcase how the film adheres to the SUS plate when charged. This method is suitable for applying protective films to metal plates and preventing misalignment when bonding metal laminates and metal coils. 【Applications】 ■ Applying protective films to metal plates ■ Preventing misalignment when bonding metal laminates and metal coils *For more details, please refer to the related links or feel free to contact us.

As a case study for the introduction of charging devices, we have released a video demonstrating the adhesion of fine particles using a "battery-operated electrostatic gun." When a special sheet is placed over lint and charged from above, the fine particles adhere to the sheet. This is useful in situations such as fine particle collection in police forensics. Please check the related links for information about the products used in the video. 【Applications】 ■ Fine particle collection in police forensics *For more details, please refer to the related links or feel free to contact us.

We would like to introduce examples of the use of "electrostatic devices" utilized in diorama production. Short fibers (pile) up to 3mm in length can be used, making it easy to apply flocking to three-dimensional objects. Additionally, simply changing the case allows for easy color changes of the short fibers (pile). We were able to recreate realistic grassland by applying electrostatic flocking to the trees and branches in the diorama. 【Case Overview】 ■ Electrostatic flocking applied to trees and branches in the diorama ■ Grass surface processing on sheets ■ Electrostatic flocking applied to miniatures and figures ■ Custom interior for automobiles ■ Handmade crafts *For more details, please download the PDF or feel free to contact us.

Here are some examples of the use of "static electricity experiment tools" utilized in educational settings. When the power switch is turned on, a direct current high voltage (negative polarity) is applied to the tip of the battery-operated charging gun (corona discharge electrode), generating ions (negative) that charge the target object. Due to its compact size and ease of transport, it can be used not only in classes but also in traveling lessons and science events. 【Overview of Examples】 ■ Battery-operated for safety and convenience: No power cord needed, allowing for experiments indoors and outdoors. ■ Visible effects of static electricity: Reactions with paper, Styrofoam, and metal are easy to understand. ■ Compact and easy to carry: Useful not only in classes but also in traveling lessons and science events. *For more details, please download the PDF or feel free to contact us.

We would like to introduce examples of the use of the "spark discharge device" utilized in internal safety training. It does not require large-scale equipment and can be used for a wide range of applications by combining accessories according to the purpose. It is possible to ignite sparks in a container filled with acetone, generating flames to learn about the risks of ignition through spark discharge. There are numerous achievements in internal safety training. 【Case Overview】 ■ Internal safety training in the chemical industry and pharmaceutical industry, which handle chemical substances and volatile materials ■ Voltage withstand testing of the device ■ Surface discharge testing *For more details, please download the PDF or feel free to contact us.

We would like to introduce the case studies of the "Dust Explosion Unit" used for in-house safety training. It can generate spark discharges between electrodes, and by combining accessories according to the application, it can be used for a wide range of purposes. By introducing air from below the device to create a suspension of toner and igniting the sparks, it is possible to easily reproduce a dust explosion. There are numerous achievements in in-house safety training within industries that handle powders. 【Case Overview】 ■ In-house safety training in industries handling powders, such as the chemical, food, and pharmaceutical industries ■ Confirmation and demonstration of phenomena leading to dust explosions *For more details, please download the PDF or feel free to contact us.