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As for static electricity countermeasures, there are generally many methods and devices, with grounding, ionizers, humidification, and anti-static brushes being representative. In this document, we introduce the "anti-static cord." It includes analyses of the "needs for static electricity countermeasures," comparison tests with anti-static brushes, and the principles and features of self-discharging anti-static cords. The self-discharging anti-static cord "Becistat" is easy to install and can be tested and implemented immediately on existing lines. Please feel free to download and take a look. [Contents (excerpt)] ■ About anti-static measures ■ Introduction ■ Analysis of the needs for static electricity countermeasures ■ Comparison tests with anti-static brushes ■ Corona discharge *For more details, please refer to the PDF document or feel free to contact us.

• Anti-static products

*Please contact us to indicate your request for a sample. To send you a suitable sample, please provide specific details about the contents of the charged materials (such as material, shape, size, etc.) and the specific electrostatic issues you are facing during your processes. The self-discharging deionizing cord, Bekistatt, is easy to install and can be tested and implemented immediately on existing lines. It can be useful for addressing pinhole issues in gravure printing, deionizing or preventing static in resin films, preventing accidents and fires caused by static electricity, as well as improving worker comfort and work efficiency. [Specifications and Features of Each Type] - Shape/Features: A wide type with high tensile strength - Material: Polyester, Stainless Steel - Tensile Strength: Approximately 200N - Electrical Resistance: 70–90Ω/m *For more details, please contact us or download the PDF to view it.

• Anti-static products

Please contact us via the inquiry form to indicate your request for a sample. To send you a suitable sample, please provide specific details about the contents of the charged materials (such as material, shape, size, etc.) and the specific static electricity issues you are facing during your processes. The self-discharging deionizing cord, Bekistatt, is easy to install and can be tested and introduced immediately on existing lines. It can be useful for addressing pinhole issues in gravure printing, deionizing or preventing static electricity in resin films, preventing accidents and fires caused by static electricity, alleviating discomfort for workers, and improving work efficiency. 【Specifications and Features of Each Type】 - Shape/Feature: Braided cord - Material: Polyester, Stainless Steel - Tensile Strength: Approximately 100N - Electrical Resistance: 100–200Ω/m *For more details, please contact us or download the PDF to view.

• Anti-static products

This product is an ultra-thin non-woven fabric sheet containing fine copper fibers, manufactured using our unique technology by laminating ultra-fine copper fibers onto resin non-woven fabrics such as polyester. Most of the incorporated copper fibers have a fiber length of several centimeters, ensuring conductivity by making contact with each other. Please also consider the lightweighting of existing materials. 【Features】 - Possesses properties such as conductivity, thermal conductivity, and antibacterial action inherent to copper - Combines thinness, lightness, flexibility, and strength - Custom specifications available for made-to-order production *For more details, please refer to the PDF document or feel free to contact us.

• Other metal materials

In "Nikko Techno Metal Fiber Sintered Products," various metal fibers manufactured from metal foil using a coil material cutting method are processed into sheet form through sintering technology. In addition to being able to freely change the porosity and thickness, the material has an extremely large specific surface area and is porous, allowing for the secure flow of gases and liquids. If you have a specific material in mind, please feel free to contact us. 【Features】 ■ Ability to freely change porosity and thickness ■ As a porous material, it allows for the secure flow of gases and liquids *For more details, please refer to the PDF document or feel free to contact us.

• Other metal materials

"Nikko Techno Metal Fiber" is a product made from fine and uniform bundle fibers produced by our unique metal fiber manufacturing method called "coil material cutting method," with fiber diameters ranging widely from 10μm to 150μm. Thanks to this unique manufacturing technology, we can accommodate various metal materials including various stainless steels, titanium, copper, brass, and aluminum. Additionally, our products can be provided in various processing forms according to customer requests, such as web sintered products. 【Features】 ■ Fiber diameters range widely from 10μm to 150μm ■ Compatible with various metal materials including various stainless steels and aluminum *For more details, please refer to the PDF document or feel free to contact us.

• Other metal materials

*Please contact us to express your desire for a sample. To send you a suitable sample, please provide specific details about the contents of the charged items (material, shape, size, etc.) and the specific electrostatic issues you are facing during the process. The self-discharging deionizing cord, Bekistat, does not require a power source, so it can be tested and implemented immediately even in environments without outlets. Why can it eliminate static electricity? Up to what voltage can it discharge? We are currently offering an FAQ document! It will be clear at a glance. [FAQ Contents] - Why can static electricity be discharged? What is corona discharge? - What voltage levels can be discharged, and to what extent? - What are the benefits of using Bekistat? *We are currently offering free samples to first-time companies. For more details, please contact us or download the PDF to learn more.*

• Anti-static products

*Please contact us to indicate your request for a sample. To send you a suitable sample, please provide specific details about the contents of the charged materials (such as material, shape, size, etc.) and the specific processes where you are experiencing issues with static electricity. The self-discharging deionizing cord, Bekistat, does not require a power source, so it can be tested and implemented immediately even in environments without electrical outlets. It is widely used in various fields, including countermeasures for pinholes in gravure printing, preventing overlapping of paper and film during printing machine discharge, and deionization of resin films and filters. [Are you struggling with static electricity?] - Dust sticks due to static electricity, and paper or film adheres to machines. - There are concerns about fires caused by static electricity. - Static electricity sparks can be very painful. For more details, please contact us or download the PDF to view it.

• Anti-static products

*Please contact us to indicate your request for a sample. To send you a suitable sample, please provide details about the charged materials (such as material, shape, size, etc.) and describe the specific processes where you are experiencing issues with static electricity. The self-discharging deionizing cord, Bekistatt, is easy to install and can be tested and implemented immediately on existing lines. It can be useful for addressing pinhole issues in gravure printing, deionizing or preventing static in resin films, preventing accidents and fires caused by static electricity, alleviating discomfort for workers, and improving work efficiency. *For more details, please contact us or download the PDF for more information.

• Anti-static products