The European Standard – EN 374

EN 374 is a set of standards that govern the requirements for protection against risks from microorganisms for gloves.

This article will provide a detailed overview of the EN 374 standards, including the pictograms and glove types used to meet chemical risk protection requirements. It will also cover the new chemicals, EN ISO 374-5:2016 and standard EN 374 gloves, as well as EN 455 gloves and chemical protective gloves.

EN 374 Marking

The EN 374 marking defines the requirements regarding the chemical resistance of protective gloves. These requirements cover hazardous chemicals that may be used in both industrial and household applications.

The EN 374 marking defines the performance requirements for risks that may arise from the use of hazardous chemicals. These requirements include:

  1. Determination of protective gloves against permeation by hazardous chemicals;
  2. Determination of resistance to degradation by hazardous chemicals;
  3. Determination of protective gloves against abrasion by hazardous chemicals;
  4. Determination of protective gloves against perforation by hazardous chemicals.

EN 374 labeling is an important tool to ensure that the user’s protective gloves protect against chemicals. It is important that the requirements of the EN 374 marking are met to ensure that protective gloves are safe and effective.

With the testing basis and protection offered by EN 374 labeling, consumers can be assured that they are protected from hazardous chemicals.

EN 374 Overview & Basics

EN 374 is a European standard that specifies the requirements for chemical resistant protective gloves. Gloves that meet this standard have been tested for all chemicals. The standard consists of five parts: EN 374-1, EN 374-2, EN 374-3, EN 374-4 and EN 374-5. Each part deals with different aspects of the resistance and safety of gloves to chemicals.

EN 374-1 specifies the requirements for the tightness of gloves to ensure an effective barrier against the penetration of hazardous chemicals. The standard also covers the determination of resistance to penetration by chemicals at the molecular level, including hazardous chemicals such as peroxides, aldehydes and aromatic hydrocarbons.

EN 374-2 deals with the resistance of gloves to aqueous chemicals and microorganisms. The specifications include protection against contamination and handling of microbial risks.

The EN 374-3 standard specifies the requirements for the resistance of gloves to chemical substances and microorganisms in terms of penetration. Here, test methods are used to ensure that gloves provide adequate protection against penetration and resistance to degradation by chemicals such as acids, esters and hydrocarbons.

EN 374-4 addresses the resistance of gloves to specific chemicals and provides recommendations on labeling to help users select the appropriate protective gloves against chemicals.

EN 374-5 specifies the performance requirements for protective gloves against chemicals. This involves evaluating the permeation of chemicals and the resistance of materials at the molecular level. The standard ensures that gloves provide reliable protection against chemicals and help users safely handle hazardous chemicals.

Compliance with EN 374 standards is critical for manufacturers and users of protective gloves against chemicals. The standards ensure that gloves meet performance requirements for protection against chemicals and contact with microorganisms. By complying with these standards, manufacturers can develop high-quality protective gloves that meet specific requirements and provide users with adequate protection against chemical hazards.

EN 374-1: Tightness Requirements for Chemical Resistant Gloves

EN 374-1 is part of the European standard that regulates the requirements for chemical resistant gloves. This standard sets specific requirements for the tightness of gloves to ensure that they provide adequate protection to users.

The EN 374-1 standard focuses on assessing the impermeability of gloves to chemicals. Gloves must be designed to minimize the permeability of chemicals and prevent the penetration of hazardous substances in contact with the skin.

When using chemical resistant gloves, it is critical that they meet the requirements of EN 374-1. The tightness of the gloves plays an essential role in minimizing risks in contact with chemicals to avoid possible damage to health.

Manufacturers and users of chemical resistant gloves should ensure that the gloves meet the requirements of EN 374-1. Compliance with this standard is essential to ensure user protection and minimize potential risks when handling chemicals.

EN 374-1 ensures that chemical-resistant gloves provide a reliable barrier against chemicals and thus make an important contribution to user safety. It is important to follow the provisions of this standard to ensure that gloves provide the required protection and minimize potential hazards when handling chemicals.

EN 374-2: Resistance of Gloves to Aqueous Chemicals and Microorganisms

EN 374-2 is part of the European standard that regulates the requirements for chemical resistant gloves. This standard sets specific requirements for the resistance of gloves to aqueous chemicals and microorganisms.

The EN 374-2 standard focuses on evaluating the resistance of gloves to aqueous chemicals and microorganisms that may pose a potential risk. Tests are performed to ensure that the gloves provide adequate protection against these substances.

When using chemical resistant gloves, it is of great importance that they meet the requirements of EN 374-2. Resistance to aqueous chemicals and microorganisms plays a crucial role in minimizing risks in contact with these substances to prevent possible damage to health.

Manufacturers and users of chemical resistant gloves should ensure that the gloves meet the requirements of EN 374-2. Compliance with this standard is essential to ensure user protection and minimize potential risks when handling aqueous chemicals and microorganisms.

EN 374-2 ensures that chemical-resistant gloves provide a reliable barrier to aqueous chemicals and microorganisms, making an important contribution to user safety. It is important to follow the provisions of this standard to ensure that gloves provide the required protection and minimize potential hazards when handling aqueous chemicals and microorganisms.

EN 374-3: Penetration Resistance of Gloves to Chemicals and Microorganisms

EN 374-3 is part of the European standard that regulates the requirements for chemical resistant gloves. This standard specifies specific requirements for the penetration resistance of gloves to chemicals and microorganisms.

The EN 374-3 standard addresses the risks posed by microorganisms and evaluates the resistance of gloves to penetration. Standardized measurement methods are used to determine the gloves’ resistance to penetration and to ensure that they provide adequate protection.

The resistance of materials to chemicals and microorganisms plays a crucial role in minimizing risks from these substances. Therefore, it is important that chemical resistant gloves meet the requirements of EN 374-3.

Manufacturers and users of chemical resistant gloves should ensure that the gloves meet the requirements of EN 374-3. Compliance with this standard is essential to ensure user protection and minimize potential risks from chemicals and microorganisms.

EN 374-3 ensures that chemical resistant gloves provide reliable penetration resistance to chemicals and microorganisms. Compliance with this standard ensures that the gloves provide the required protection, minimizing the risk of penetrations that could lead to potential damage to health.

EN 374-4: Resistance of Protective Gloves to Chemicals from Microorganisms

EN 374-4 is part of the European standard that regulates the requirements for protective gloves against chemicals from microorganisms. This standard defines precise specifications for the resistance of gloves to protect the user from potentially hazardous chemicals.

EN 374-4 addresses the evaluation of the resistance of protective gloves to chemicals from microorganisms and ensures that the gloves provide the required protection. The standard defines test methods and criteria for resistance to these chemicals to minimize the risk of exposure and possible damage to health.

Manufacturers and users of protective gloves should ensure that gloves meet the requirements of EN 374-4 to provide the best possible protection. Compliance with this standard is critical to protect users from chemicals from microorganisms and minimize potential risks.

EN 374-4 ensures that protective gloves provide an effective barrier to chemicals from microorganisms and protect the user from harmful exposures. Compliance with this standard is an important step in ensuring workplace safety and minimizing potential hazards when handling chemicals from microorganisms.

EN 374-5: Performance Requirements for Protective Gloves Against Chemicals

EN 374-5 is part of the European standard that specifies the performance requirements for protective gloves against chemicals. This standard ensures that gloves provide suitable barriers against chemicals to protect the user from potentially harmful exposures.

EN 374-5 sets specific requirements for the resistance of protective gloves to chemicals. It evaluates the breakthrough time and permeation rate of gloves to ensure that they can protect the user from chemicals.

Manufacturers and users of protective gloves should ensure that gloves meet the requirements of EN 374-5 to provide the best possible protection. Compliance with this standard is critical to protect users from chemicals and minimize potential health risks.

EN 374-5 ensures that protective gloves provide an effective barrier to chemicals and protect the user from harmful exposures. Following this standard is an essential step in ensuring workplace safety and minimizing the risk of chemical exposures.

New Chemicals

In recent updates to the EN 374 standards, several new chemicals have been added to the list to improve protection for users of chemical-resistant gloves. These listed chemicals include:

  1. Isocyanates: these chemicals are commonly used in industry and can potentially cause skin irritation and respiratory problems.
  2. Carcinogens: Certain chemical compounds that are classified as carcinogens have been included in the standard to ensure protection from long-term health risks.
  3. Aromatic Amines: These chemicals are found in various industries and can cause skin irritation, allergies and possible carcinogenic effects.
  4. Organic solvents: Certain solvents used in various work environments have been included in the standard due to their potential toxic effects.

The addition of these new chemicals to the EN 374 standard expands the scope and allows manufacturers to develop more specific gloves that provide protection against aggressive chemicals. It is critical that manufacturers and users of this standard stay current to ensure that users are protected against chemicals and that workplace safety is maintained.

The new chemicals place more stringent requirements on protective gloves. It is important that protective gloves are suitable for a wide range of chemicals to provide the necessary safety. The gloves must meet the requirements of EN ISO 374-5:2016.

This standard specifies the requirements for protective gloves used when handling chemicals to protect users against chemicals and to ensure the health of users.

EN ISO 374-5:2016

EN ISO 374-5:2016 specifies the requirements for protective gloves used when handling chemicals to ensure the health and safety of users. This is a European standard that aims to ensure protection against chemicals through standardization.

It defines the requirements for a chemical protective glove, as well as the relevant labeling information and tests. The EN ISO 374-5:2016 standard includes a number of requirements for the protective glove.

These include requirements for fit, abrasion resistance, waterproofness, resistance to chemicals, mechanical strength, puncture-resistant properties and resistance to heat and cold. Another important feature is the marking of the protective glove, which informs the user about the protection it provides.

EN ISO 374-5:2016 also specifies a series of tests that must be performed to ensure compliance. These include tests such as the STP test, the permeation test and the elongation test to determine the protective glove’s tightness, resistance to chemicals and mechanical strength.

These tests help ensure that the protective glove meets the requirements of EN ISO 374-5:2016. Because of the requirements of EN ISO 374-5:2016, companies and users can be confident that the chemical protective glove they are using meets regulatory requirements and provides the desired protection.

Pictogram And Glove Types

According to EN 374, protective gloves against chemicals must be classified on the basis of their chemical protection. These include inorganic acids, organic acids, alkali solutions, aldehydes and other solvents, hydrocarbons, hydrophilic and lipophilic solvents, biocidal agents, pesticides and microorganisms.

There are several types of protective gloves suitable for use with different chemicals. Types range from simple, soft gloves to complex gloves that provide multiple levels of protection. Examples of these types of gloves include latex, nitrile, neoprene, polyvinyl chloride (PVC) and polyurethane (PU).

Protective glove labeling should include all the information the consumer needs to determine if the glove is fit for its intended purpose. This includes identifying the manufacturer, type, size, material, level of protection and instructions for proper use. This will allow consumers to choose the right protective glove to protect themselves from chemical substances and microorganisms.

Conclusion

In conclusion, the EN 374 standard plays an important role in ensuring the quality and safety of chemical-resistant gloves. It specifies requirements and test methods to ensure that gloves can withstand chemical penetration tests and provide adequate protection to users. Compliance with this standard is critical to minimizing the risk of chemical exposure and associated hazards. Both manufacturers and users of chemical-resistant gloves should ensure that they meet the requirements of EN 374 to ensure workplace safety and minimize potential health risks.

If you are looking for disposable medical gloves in a wide range of materials and colors that comply with European standards then you have come to the right place! Here you will find our range of different disposable gloves. Click here to go to our product categories.

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FAQ

What is EN 374?

EN 374 is a European standard that specifies the requirements for chemical-resistant gloves.

How Many Parts Does EN 374 Consist of?

EN 374 consists of a total of five parts: EN 374-1, EN 374-2, EN 374-3, EN 374-4 and EN 374-5.

What Does EN 374-1 Regulate?

EN 374-1 specifies the leak tightness requirements for chemical resistant gloves.

What Aspects Does EN 374-2 Cover?

EN 374-2 deals with the resistance of gloves to aqueous chemicals and microorganisms.

What Does EN 374-3 Cover?

EN 374-3 specifies the requirements for the penetration resistance of gloves to chemicals and microorganisms.

What Does EN 374-4 Regulate?

EN 374-4 addresses the resistance of gloves to specific chemicals and provides recommendations for labeling.

What are the Requirements of EN 374-5?

EN 374-5 specifies the performance requirements for protective gloves resistant to chemicals and microorganisms.

What Information Should be on the Labeling of Gloves According to EN 374?

The label should include information on the chemical resistance and breakthrough time of the gloves.

Why is Compliance With EN 374 Important?

Compliance with EN 374 is important to ensure that chemical resistant gloves provide the required protection and minimize the risk of chemical exposure.

Who is Responsible for Compliance With EN 374?

Manufacturers of chemical resistant gloves are responsible for ensuring that their products meet the requirements of EN 374 and provide adequate protection to users.

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