MAPA KRYTECH 582 Gloves

Standards and labels

• EN 1149-2:1997

  EN 1149-2:1997 is a standard for electrical arc protection for protective clothing. It establishes performance requirements for materials and garments used in protective clothing to protect against electrical arcs. The standard includes tests for measuring the arc resistance, material flammability, and garment construction. Possible test results include pass/fail for each of these categories.

  Test results

  Performance Tested

  The EN 1149-2:1997 standard is designed to assess the electrostatic properties of protective clothing, specifically measuring the electrical resistance through a material, referred to as vertical resistance. Evaluating the test result involves determining how well the protective fabric can prevent a build-up of static electricity, which is vital for safety in environments where electrical discharges could pose a fire or explosion risk. The test method includes applying a voltage across a fabric sample while it is sandwiched between two electrodes, and the resistance is measured at both high and low voltage levels to ensure accuracy. Businesses must consider this result when selecting protective clothing for environments with potential electrical hazards, ensuring that the material has adequate resistance to prevent static electricity build-up and provide a safeguard against electrostatic discharges in volatile work conditions.

• EN 1149-1:1995

  EN 1149-1:1995 is a European standard that defines the performance requirements for protective clothing with electrostatic properties. The standard specifies that the clothing must have a surface resistance of at least 1x10^5 ohms and a charge decay rate of less than 2 seconds. Test results can include the measurement of surface resistance and charge decay rate.

  Test results

  Surface Resistance Tested

  The EN 1149-1:1995 standard is concerned primarily with determining the surface resistance of materials used to protect against the build-up of static electricity, which could result in sparking and potential fire hazards. A test result indicating Surface Resistance Tested affirms that the fabric or surface has been evaluated for its ability to dissipate electrical charges, suggesting a level of resistance quality that makes it suitable for environments where static control is crucial. The testing method involves applying a voltage to two electrodes placed on the material surface and measuring the resistance to the flow of current. High resistance indicates that the material holds charges, while low resistance indicates good charge dissipation capabilities. This characteristic is significant in industries like electronics or petrochemicals, where preventing electrostatic discharges is vital to safety and operational reliability.

• EN 388:2016

  EN 388:2016 is a European standard for measuring the performance of protective gloves against mechanical risks (abrasion, cut, tear, and puncture). The standard includes test methods and performance requirements for gloves to be considered compliant. Test results are reported using a series of four numbers, each representing the performance level achieved in one of the tests.

  Test results

  Puncture Resistance Level 3

  The European Norm (EN) 388:2016 standard includes guidelines for assessing the puncture resistance of gloves, where a Puncture Resistance result of Level 3 signifies that the glove material can withstand a force of between 100 to 149 Newtons before being punctured. This result is crucial for ensuring that gloves provide an adequate level of protection against punctures when used in moderate risk environments, offering users safety from potentially harmful sharp objects. The test procedure for determining this metric involves measuring the amount of force required to puncture the glove using a standard-sized stylus. The stylus is pressed against the glove material at a constant speed until a puncture occurs. The weight needed to achieve the puncture is then recorded as the glove's puncture resistance level. For procurement professionals, this result implies that gloves rated at this level are suitable for tasks where there is a significant risk of encountering puncturing hazards, such as handling building materials, waste management, or assembly line work involving mid-level sharp objects.

  Cut Resistance, ISO 13997 Level X

  The standard EN 388:2016, specifically its segment referring to ISO 13997 test, is designed to assess the cut resistance of materials used in protective gloves. A result denoted as 'Level X' means that test is not performed and the cut resistance of the product cannot be guaranteed.

  Cut Resistance, ISO 13997 Level D

  Cut Resistance according to the ISO 13997 result under the European Standard EN 388:2016 quantifies the level of resistance a material offers against cutting where the required force to cut through the protective material is between 15 and 21 Newtons. This test method involves applying a straight-edge blade under load over the material's surface and determining the load at which the blade cuts through at a standard length of cut. This stringent testing is critical for products like protective gloves or garments, where high cut resistance ensures better safety and durability in environments where sharp objects are handled. Understanding and adhering to this standard helps procure suitable protective gear that meets safety requirements and offers expected protection for specific risk exposures .

  Abrasion Resistance Level 4

  EN 388:2016 uses a specific test method to measure abrasion resistance of safety gloves; the gloves’ material is subjected to sandpaper under pressure to observe the number of cycles needed to wear through the material. Level 4 in this standard indicates that the material withstood 8,000 cycles before a hole was made. Practically, this means that gloves rated at Level 4 for abrasion resistance offer very high resilience against wearing through, making them suitable for tasks involving significant contact with rough surfaces .

  Tear Resistance Level 4

  EN 388:2016 is a European standard that establishes criteria for assessing the protection provided by gloves against mechanical hazards, including tear resistance. The Tear Resistance Level 4 classification represents the highest level of tear resistance defined by this standard, indicating that the gloves can withstand the most substantial forces before tearing. According to the testing methodology, gloves are evaluated by measuring the force required to tear a sample of the glove material, with Level 4 requiring a force of over 75 Newtons to initiate and propagate a tear. This high level of tear resistance is ideal for use in environments where gloves are subjected to significant stress and potential damage, such as in heavy industry, construction, and handling of materials with sharp edges. Gloves achieving this level offer superior durability and are essential for ensuring user safety in high-risk mechanical settings, thereby enhancing work efficiency and reducing the frequency of glove replacement.

• EN 13997:1999

  EN 13997:1999 is a European standard for fire dampers. Fire dampers are devices that are installed in buildings to stop the spread of fire and smoke. The standard tells how these devices should be designed, installed, and checked to make sure they work well. It also tells how well the devices should work during a fire, like how long they can stop fire and smoke from spreading. Test results show if the fire dampers meet the requirements of the standard and work as they should during a fire.

  Test results

  Cut Resistance Level D

  The EN 13997:1999 standard for cut resistance classifies the ability of materials to resist cuts by sharp objects, aiding the assessment of personal protective gear like gloves. A specific level, such as 'Level D', in this standard indicates that the material offers a moderate to high level of resistance, capable of withstanding a force of 15 newtons before being penetrated. The test for determining cut resistance levels according to EN ISO 13997 involves the use of a TDM test device, equipped with a single-use straight blade. The blade is drawn once, horizontally, across the material, and the blade's travel distance after cutting through the fabric is measured. The force exerted is recorded in newtons, marking the material’s level of cut resistance. This test is crucial for items regularly exposed to hazards from sharp objects, ensuring they meet safety requirements and protect users in environments such as metal handling and maintenance work .

• EN 420:2003/AC:2006

  EN 420:2003/AC:2006 is a European standard that specifies general requirements for protective gloves. It is an amendment version of the standard EN 420:2003, it includes any modifications or corrections that have been made to the original standard. It sets rules for the design, construction, and testing of gloves to ensure they are safe for the user and others nearby. Testing includes measurements of mechanical properties, such as abrasion resistance, cut resistance and tear resistance, as well as for harmful substances, such as phthalates. The standard also includes requirements for labeling and instructions for use. It's intended to ensure that the gloves provide appropriate level of protection, comfort, and ergonomics and to help the users to choose suitable gloves for their specific application.

  Reach out to ask about the standard test results

• CE Marking

  CE Marking is a label that shows a product meets certain safety and environmental standards set by the European Union. To get the CE Marking, a company must test and certify their product meets these standards. CE Marking is required for many products sold in the EU, including electronics, machinery, toys and medical devices. It helps ensure that products are safe for consumers and the environment, and allows for easy trade within the EU.

• Oeko-Tex Standard 100

  Oeko-Tex Standard 100 is a product certification program for textiles, which is awarded by the Oeko-Tex Association. This program verifies that the textile products are free from harmful chemicals. To be able to use the Oeko-Tex Standard 100 label, a product must meet certain requirements set by the Oeko-Tex Association which include limits on the levels of harmful substances such as pesticides, heavy metals, and formaldehyde. The textile products are inspected and certified by Oeko-Tex, they can use the Oeko-Tex Standard 100 label on their packaging to show that they are free from harmful chemicals. This certification is for all types of textiles, from raw materials to finished products, and it is globally recognized.

• PPE Category 2

  PPE stands for "personal protective equipment." PPE Category 2 refers to equipment that is more complex, and has a higher level of risk. Examples of PPE Category 2 include safety helmets, ear protection, and fall arrest equipment. In Europe, PPE Category 2 must meet certain safety standards set by the European Union, which means that it must be designed and manufactured to protect the user without causing harm. Companies that make or sell PPE must prove that it meets these standards. They also must have a quality management system in place and have to be audited regularly by a notified body.

• Textiles

  Textiles are materials made from fibers, such as cotton, wool, or polyester. In Europe, there are rules for how textiles should be made, sold, and labeled. These rules are set by the European Union. These rules ensure that textiles are safe and do not contain harmful chemicals, that they are labeled correctly and that the use of certain dangerous chemicals are banned. These rules are set to protect the health and safety of consumers and the environment. Companies that make or sell textiles in the EU must comply with these rules.