Ansell Healthcare Japan, Inc. List of Products and Services

The "HyFlex 11-819 ESD" is a glove equipped with ESD functionality certified by EN 16350:2014, designed to protect products from electrostatic discharge. With its touchscreen capability, wearers can operate multiple touchscreen devices while wearing safety gloves. Additionally, the FORTIX nitrile foam coating provides excellent grip, prolongs protection, and reduces total ownership costs. 【Features】 ■ ESD certified, compatible with touchscreen devices ■ Long-lasting protection ■ Feels like bare hands ■ Comfortable, clean, and skin-friendly product *For more details, please download the PDF or feel free to contact us.

The "AlphaTec 58-001 ESD" is a glove designed to prevent the accumulation of static electricity when handling chemicals and liquids. The palm area is shaped in an inverted diamond pattern, which enhances grip in both dry and wet conditions. Additionally, it features a foldable wrist groove that prevents water droplets from dripping at the forearm, as well as an anti-static flock lining that makes it easy to put on and take off while managing moisture. 【Features】 ■ High-performance nitrile rubber 0.3mm ■ Superior anti-static properties, puncture resistance, and abrasion resistance compared to rubber or neoprene gloves ■ Inverted diamond pattern on the palm area ■ Foldable wrist groove that prevents water droplets from dripping at the forearm ■ Easy to put on and take off, with an anti-static flock lining that manages moisture *For more details, please download the PDF or feel free to contact us.

Standard nitrile gloves are not designed to effectively dissipate static electricity, which can lead to serious accidents when used in environments with explosion risks. Therefore, it is crucial to have the correct knowledge and choose personal protective equipment (PPE) with the appropriate static electricity prevention features when handling liquids or chemicals in environments with explosion risks. This guideline provides recommendations for PPE that should be worn by workers in environments with potential explosion hazards (ATEX) or situations where the risk of static electricity increases. Please feel free to download and review it.

Static electricity refers to the electric charge stored in an object and the phenomena caused by that charge. In manufacturing environments, static electricity can cause various problems, such as discharges leading to explosions, affecting the performance of electrical and electronic devices, and causing dust and debris to adhere to equipment and products. It is important to acquire correct knowledge about static electricity to prevent injuries in the workplace and to wear appropriate protective gear to avoid damaging products and equipment. 【Mechanical Protection × Static Electricity Prevention】 HyFlex11-819 　・EN-11360 certified 　・Ultra-thin coating allows for easy finger movement 　・Touchscreen compatible 【Chemical Protection × Static Electricity Prevention】 AlphaTec58-001 　・EN-11360 certified 　・High chemical protection according to EN 374-1:2016 standard (Type A) 【Disposable Chemical Protection × Static Electricity Prevention】 MICROFLEX94-242 　・EN-11360 certified 　・High chemical protection according to EN 374-1:2016 standard (Type A) 　・Black color that does not show oil, dirt, or stains 　・Touchscreen compatible

In manufacturing environments that handle flammable chemicals, the generation of static electricity poses an explosion risk. Therefore, it is very important to implement preventive measures, such as wearing protective products with static electricity prevention features. The standards for gloves against static electricity include EN1149 and EN16350 (which is the same as EN1149-2). Gloves that pass EN16350 have a specified surface resistance value against static electricity, making them safer. The 'MICROFLEX 94-242' is a glove that has passed EN16350, reducing the risk of static electricity discharge that could trigger spontaneous ignition in work environments with explosion risks. Additionally, it provides protection against various chemicals, does not show oil, dirt, or stains easily, and its black color makes flammable dust more noticeable. 【Features】 ■ Protection against static electricity discharge ■ Low vertical electrical resistance ■ Enhanced chemical protection ■ Touchscreen compatible ■ Improved visibility *For more details, please download the PDF or feel free to contact us.

The "MICROFLEX 94-242" is a glove designed to reduce the risk of fire, explosion, and damage caused by electrostatic discharge. It minimizes the risk of electrostatic discharge that could trigger spontaneous combustion in explosive atmospheres, featuring low vertical electrical resistance. Additionally, it provides soft and durable protection against various chemicals. Oil, dirt, and stains are not easily noticeable, and it comes in a black color that makes combustible dust more visible. 【Features】 ■ Reduces the risk of electrostatic discharge ■ Low vertical electrical resistance ■ High protection capabilities ■ Touchscreen compatible ■ Improved visibility *For more details, please download the PDF or feel free to contact us.

In manufacturing environments that handle flammable chemicals, the generation of static electricity poses a risk of fire and explosion. Therefore, it is extremely important to implement preventive measures, such as wearing protective products with static electricity prevention features. MICROFLEX 94-242 and AlphaTec 58-001 are chemical-resistant gloves that have passed the EN16350 test for measuring the vertical electrical resistance of gloves, and they can reduce the accumulation of static charges that may cause spontaneous ignition in environments with explosion risks. 【Static Electricity Prevention Chemical-Resistant Disposable Gloves - MICROFLEX 94-242】 Protection against electrostatic discharge, excellent chemical protection, touchscreen compatibility, high visibility with a black color. 【Static Electricity Prevention Chemical Protective Gloves - AlphaTec 58-001】 Excellent anti-static properties, puncture resistance, abrasion resistance, enhanced grip with textured palm, easy to put on and take off design. *For more details, please download the PDF or feel free to contact us.

We, Ansell, are a manufacturer of personal protective equipment with over 130 years of history, operating in more than 100 countries worldwide. This year, we will be exhibiting at the Green Cross Exhibition, the largest domestic trade show for personal protective equipment, held in September. We will showcase our tool "Ansell Guardian Chemical," which allows for the selection of appropriate chemical protective gloves based on over 50,000 types of permeation data, as well as more than 50 types of permeation-resistant glove products. Additionally, we will demonstrate products that address secondary risks in manufacturing environments, such as cuts and static electricity. We invite you to visit us and experience our products firsthand. We will also introduce new chemical protective gloves that can handle a wide range of chemicals with just one glove. Visitors will receive either the "HyFlex 11-840 Work Gloves," which is the number one popular choice in the European machinery industry (according to our sales data), or the permeation-resistant gloves "TouchNTuff 92-600," which can handle a wide range of chemicals. *Quantities are limited. *Details are subject to change.

In industries such as electronics, medical device manufacturing, clean rooms, automotive, and aerospace, even the smallest static electricity can pose a significant threat. Therefore, it is important to correctly select and use ESD gloves that can dissipate static electricity to protect the safety of workers and products. This safety briefing, "The Importance of Static Dissipative Gloves in ATEX Environments," summarizes static electricity discharge and its risks. Let’s ensure we understand it correctly and make appropriate product selections for static electricity measures.

This document features approximately 20 recommended products from Ansell, a global manufacturer of personal protective equipment, including chemical protective gloves, work safety gloves, disposable gloves resistant to permeation, and cleanroom products. You can also find explanations of EN standards (European) for reference when selecting products. We hope that the appropriate selection of personal protective equipment will contribute to creating a safe workplace environment.

Winter is a season when dryness increases, raising the risk of static electricity. To correctly understand the situations in which static electricity occurs and the associated risks, as well as to choose appropriate protective glove products, this guide explains the following contents: - The differences between ESD gloves, anti-static gloves, and ATEX-compliant gloves - The risks of electrostatic discharge, particularly in explosive atmospheres (ATEX), and the importance of prevention - The EN 16350 standard for selecting products to ensure safety in ATEX environments

In the automotive manufacturing industry's painting process, the generation of static electricity can increase the risk of fire and explosion. In painting operations, paints and solvents are flammable, and ignition from static electricity can lead to serious accidents. To ensure worker safety and maintain product quality, it is essential to wear gloves that have been treated for static electricity prevention. MICROFLEX 94-242 is a permeation-resistant glove that has passed the EN16350 test for static electricity dissipation performance. It reduces the risk of static electricity in painting operations and provides a safe working environment. 【Usage Scenarios】 - Painting process in automotive manufacturing plants - Spray painting operations - Handling of flammable materials 【Benefits of Implementation】 - Reduction of fire and explosion risks due to static electricity - Ensuring worker safety - Maintaining product quality - Cost reduction

In the electronics manufacturing industry, it is important to minimize the impact of static electricity on products. Static electricity can cause damage to delicate electronic components or degrade their performance, potentially compromising product quality. MICROFLEX 94-242 is a glove with static dissipation properties that has passed the EN16350 test. This helps suppress the generation of static electricity, contributing to the safety of workers and the protection of products. 【Usage Scenarios】 - Assembly work of electronic components - Handling of precision instruments - Work in clean rooms 【Benefits of Implementation】 - Reduction of product defects due to static electricity - Improved safety for workers - Cost reduction (improved yield of products)

In the semiconductor manufacturing industry, it is essential to thoroughly prevent foreign matter contamination to ensure product quality. The generation of static electricity can attract fine dust particles, potentially leading to product defects. MICROFLEX 94-242 is equipped with static electricity dissipative properties, reducing the risk of foreign matter contamination. 【Usage Scenarios】 - Work in clean rooms - Handling of precision parts - Processes requiring static electricity countermeasures 【Benefits of Implementation】 - Suppression of defective products caused by foreign matter contamination - Improvement in product quality - Enhancement of work efficiency

In the precision machinery manufacturing industry, the generation of static electricity can negatively impact product quality. Static electricity can cause malfunctions or damage to electronic components, leading to a decrease in product yield. MICROFLEX 94-242 is equipped with static electricity dissipation properties and has passed the EN16350 test, thereby reducing the risks associated with static electricity and protecting the safety of workers and the quality of products. [Usage Scenarios] - Assembly work for precision machinery - Handling of electronic components - Work in clean rooms [Effects of Implementation] - Reduction in product defects due to static electricity - Improved safety for workers - Cost reduction (increased yield)

In research and development, safety in experiments is extremely important. Particularly when handling flammable chemicals or substances that are prone to static electricity, it is necessary to consider the risks of fire or explosion due to static electricity. To establish a safe experimental environment, it is essential to choose gloves that are effective against static electricity and have excellent chemical resistance. MICROFLEX 94-242 supports experimental safety in research and development, as it has passed the EN16350 test for static electricity dissipation performance and has permeability data for over 50,000 types of chemicals. 【Usage Scenarios】 - Experiments involving chemicals - Experiments requiring static electricity measures - Work in environments with explosion risks 【Benefits of Implementation】 - Reduced risk of accidents due to static electricity - Ensured safety for experimenters - Improved reliability of experimental data