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Achieving "about half the pressure loss of glass" and "comparable longevity to glass" with a special fiberization technology. Technical materials with test data are currently available.

1. Coexistence of Ultra-Low Pressure Loss and Long Lifespan Addresses the issue of insufficient dust holding capacity (lifespan) in ultra-low pressure loss PTFE filters. The filter structure can be selected from pleated type and further ultra-low pressure loss embossed type. It is effective for energy saving in air conditioning systems and clean equipment in factories such as medical facilities, electronics and semiconductors, pharmaceuticals, hospitals, and food industries. 2. Boron-Free By using fluororesin filter materials, the risk of impurities that can cause problems in semiconductor manufacturing processes, such as boron, is minimized. 3. Acid Resistance Uses chemically stable fluororesin filter materials. Options for materials such as frames allow for use in acidic environments. *Technical materials with test data are currently available! Please check from "Download Catalog."

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A fluororesin HEPA filter that achieves "about half the pressure loss of glass" and "comparable longevity to glass" through a special fiberization technology.

1. Coexistence of ultra-low pressure loss and long lifespan: By leveraging the ultra-low pressure loss of "about half that of glass," we have significantly improved the dust holding capacity (lifespan) to "on par with glass," addressing the common issue of insufficient dust holding capacity in ultra-low pressure loss PTFE filters. Additionally, the filter structure has been designed with an embossed shape for ultra-low pressure loss, making it effective for energy-saving in air conditioning systems, clean equipment, and other applications in electronics, semiconductors, pharmaceuticals, hospitals, and food industries. 2. Boron-free: This product uses a fluororesin filter material with very few impurities, resulting in extremely low generation of impurities such as boron, which can be problematic in semiconductor manufacturing processes. 3. Acid resistance: By using chemically stable fluororesin filter materials, we can accommodate the use in acidic environments through options for materials such as frames.

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A fluororesin HEPA filter that achieves "about half" the ultra-low pressure loss of glass and a "glass-like" long lifespan through special fiberization technology.

1. Achieving both ultra-low pressure loss and long lifespan: By leveraging the ultra-low pressure loss of "about half that of glass," we have significantly improved the dust holding capacity (lifespan) to "on par with glass," addressing the common issue of insufficient dust holding capacity in ultra-low pressure loss PTFE filters. Additionally, the filter structure has been designed with an embossed shape for ultra-low pressure loss, making it effective for energy-saving in air conditioning systems, clean equipment, and other applications in electronics, semiconductors, pharmaceuticals, hospitals, and food industries. 2. Boron-free: This product uses a fluororesin filter material with very few impurities, resulting in extremely low generation of impurities such as boron, which can be problematic in semiconductor manufacturing processes. 3. Acid resistance: By using chemically stable fluororesin filter materials, we can accommodate the use in acidic environments through options for materials such as frames.

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Over 99.97% particle removal! It has the effect of reducing environmental impact.

A "HEPA filter" is a special filter designed to remove more than 99.97% of fine particles and viruses from the air. In hospitals and medical facilities, it is used for air purification in operating rooms and clean rooms, removing pathogens such as microorganisms and bacteria. In factories and manufacturing facilities, it is used to eliminate particles from the air. Additionally, air purifiers and air filter systems equipped with this product can significantly improve indoor air quality and minimize the release of fine particles into the environment. 【Features】 ■Significantly improves air quality ■Removes more than 99.97% of fine particles ■Reduces environmental impact *For more details, please download the PDF or feel free to contact us.

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The "Mechanical Stitch Method" by Nichinichisui Road Machinery Co., Ltd. is a new technique that allows for the repair of metal cracks without the application of heat. By using special bolts and reinforcement plates, cracks are physically removed, and repairs are made without causing any thermal impact to the base material. Repairs can be carried out in environments where open flames cannot be used. Since no heat is applied, the disassembly of equipment is minimized. ◎ For more details, please contact us. ◎ If a detailed technical explanation is needed, please contact us.

The "Mechanical Stitching Method" by Nichinichisui Road Machinery Co., Ltd. is a new technique that allows for the repair of metal cracks without the application of heat. By using special bolts and reinforcement plates, cracks are physically removed, and repairs are made without causing any thermal impact on the base material. Repairs can be carried out in environments where open flames cannot be used. Since no heat is applied, the disassembly of equipment is minimized. ◎ For more details, please contact us. ◎ If a detailed technical explanation is needed, please contact us.

On November 6th (Thursday) to 7th (Friday), 2025, we held the "Human Body Day 2025" at the NAC Image Technology Akasaka Multi-Purpose Space. We have uploaded videos of the highlights from each company and the presentations that took place on the day to our website. We encourage you to take a look. ---[Report on Human Body Day 2025 is here]------------------- https://info.nacinc.jp/jintaiday2025-report ------------------------------------------------------------------------- On the day of the event, participants were able to experience a wide range of products in a hands-on session format, including motion capture, force plates, eye tracking, and human body analysis software. We received numerous comments from attendees expressing high satisfaction, saying, "It was great to gain various information all at once," which makes us very happy. NAC Image Technology will continue to provide "valuable products to our customers." We hope you will join us for our next event as well.

The date for the "Tokai Area Electrical and Electronic WEB Technology Seminar" for the 2026 fiscal year has been decided. Registration has started, so if you are interested, please apply. Multiple participants from one company are allowed, so please make use of this opportunity to acquire basic knowledge. 【April】Basic Knowledge of Resistors 【May】Technical Course on Capacitors 【June】Basics of Motors and How to Choose the Optimal Driver 【July】Fundamentals of IC Socket and Connector Selection 【September】Basics of Magnets 【October】Failure Phenomena of Chip Resistors and Their Countermeasures 【November】Temperature Protection Design Using Thermal Fuses

NDT Mart & Rental Co., Ltd. began selling its new electromagnetic ultrasonic thickness gauge, 'EMAT WIFI', on January 19, 2026. ◆ Electromagnetic Ultrasonic Thickness Gauge 'EMAT WIFI' The 'EMAT WIFI' is a thickness gauge that uses the electromagnetic ultrasonic (EMAT) method, which does not require a couplant (contact medium). Unlike conventional ultrasonic thickness gauges (UT), there is no need to apply a couplant; thickness measurements can be taken simply by placing the probe on the measurement target, making it ideal for beginners and screening in large-scale sites. It can measure materials with paint, scale, thick linings, and slight surface roughness, significantly reducing the hassle of pre-treatment. Additionally, it is equipped with WiFi communication capabilities, allowing for the confirmation and management of measurement data and waveforms in conjunction with smartphones and tablets. This facilitates smooth sharing of measurement results and data management on-site. It is optimal for measuring wall thickness and conducting corrosion inspections of plant equipment, piping, tanks, and steel structures. It contributes to the efficiency and reliability of thickness measurements in the field of non-destructive testing (NDT), such as maintenance inspections and equipment diagnostics.