Gloves are a type of clothing worn on the hands. Leather. Gloves are used in many jobs. They are used in the medical field, in the food industry, in the automotive industry, and in many other industries.

Shipping supplies are the materials that are used to ship goods. They are typically made of cardboard, plastic or sustainable materials. Shipping supplies are used by companies that ship products.

Safety equipment is any device or object that is used to protect a person from injury or death. These equipment are typically made of rubber, plastic, or metal. Jobs that use safety equipment include construction workers, firefighters, police officers, and many others.

Clothing is a covering for the body and are typically made of fabric. They are used in the medical field, in the food industry, in the automotive industry, and in many other industries.

Food and utensils are the things you use to eat and drink. They are typically made of metal, glass, plastic, or wood. Food and utensils are used in the preparation and serving of food.

Cleaning and hygiene supplies are products used to clean and maintain hygiene. Cleaning and hygiene supplies are typically made of plastic, metal, or paper. Cleaning and hygiene supplies are used by janitors, maids, and other people who work in the cleaning industry.

Tools, Tapes & Bolts are the items that are used to assemble the parts of a product and are typically made of metal or plastic. Jobs that use these parts are those that require the use of hand tools to complete the job.

Protective PE helmet, UV protection, antistatic, temperature resistance from -20°С to +50°С, 6-point attachments, sweatband, manual regulation.

Hooded protеctive overall with elasticated ankles, hood and wrists. Made from 55g/m2 SMS material with strong stitching. Antistatic. 

Application field:
• PAINTING;
• SPRAY PAINTING;
• PHARMACEUTICAL INDUSTRY;
• AGRICULTURAL CHEMICALS;
• REHABILITATION;
• REPAIR WORKS.

Knitted polyester gloves, dipped in latex, elastic cuff.

EN 50365:2002 is a standard for safety of electrical equipment used in potentially explosive atmospheres. It sets rules for how electrical equipment should be built and used to keep people safe. It also has tests to make sure the equipment will work well and be safe to use in those environments. The tests check for things like how well the equipment can handle different situations, and how well it can protect against explosion. The test results can be pass or fail for each rule in the standard.

EN 397:2012+A1:2012 is a European standard that defines the requirements and test methods for safety helmets for use in industry. The standard specifies the requirements for the helmet's impact resistance, penetration resistance, and electrical insulation properties, as well as the helmet's ability to fit securely on the head and stay in place during use. Test results for EN 397:2012+A1:2012 include measurements of the helmet's ability to protect against impact, penetration, and electrical hazards and the stability and fit of the helmet on the head. The standard is intended to ensure that safety helmets used in industry provide adequate protection for the user. This version is an amendment to the original standard, adding new test methods and improved safety requirements for the helmets.

EN 397:1995/A1:2000 is a European standard that defines the requirements and test methods for safety helmets for use in industry. The standard specifies the requirements for the helmet's impact resistance, penetration resistance, and electrical insulation properties. Test results for EN 397:1995/A1:2000 include measurements of the helmet's ability to protect against impact, penetration, and electrical hazards. The standard is intended to ensure that safety helmets used in industry provide adequate protection for the user. This version is an amendment to the original standard, adding new test methods and improved safety requirements for the helmets.

EN 397:2012 is a European standard that defines the requirements and test methods for safety helmets for use in industry. The standard specifies the requirements for the helmet's impact resistance, penetration resistance, and electrical insulation properties, as well as the helmet's ability to fit securely on the head and stay in place during use. Test results for EN 397:2012 include measurements of the helmet's ability to protect against impact, penetration, and electrical hazards and the stability and fit of the helmet on the head. The standard is intended to ensure that safety helmets used in industry provide adequate protection for the user.

EN 397:1995 is a European standard that defines the requirements and test methods for safety helmets for use in industry. The standard specifies the requirements for the helmet's impact resistance, penetration resistance, and electrical insulation properties. Test results for EN 397:1995 include measurements of the helmet's ability to protect against impact, penetration, and electrical hazards. The standard is intended to ensure that safety helmets used in industry provide adequate protection for the user.

EN 1149-5:2018 is a European standard that specifies the requirements for electrostatic dissipative (ESD) gloves. This standard defines performance requirements for material, design, and testing of ESD gloves. The gloves must be able to effectively discharge static electricity and protect the wearer from ESD. Testing includes measuring the surface resistance of the glove material and electrical resistance of the glove. Pass/fail results are based on the gloves meeting or not meeting the specified requirements.

EN 1149-5:2008 is a European standard that specifies the requirements for electrostatic dissipative (ESD) gloves. The standard defines performance requirements for material, design, and testing of ESD gloves. The gloves must be able to effectively discharge static electricity and protect the wearer from ESD. Testing includes measuring the surface resistance of the glove material. Pass/fail results are based on the gloves meeting or not meeting the specified requirements.

EN 13688:2013 is a European standard that specifies the performance requirements for protective clothing. The standard includes requirements for safety, comfort, and durability, as well as tests for determining these properties. Protective clothing includes items like coveralls, aprons, and gloves that are worn to protect the wearer from hazards. Possible test results include resistance to chemicals, heat, abrasion and tearing, as well as breathability and comfort. The clothing can be tested under different conditions to check if it meets the standard's requirements.

EN 13688:2013/A1:2021 is an amendment to the European standard EN 13688:2013 that specifies the performance requirements for protective clothing. The standard includes requirements for safety, comfort, and durability, as well as tests for determining these properties. Protective clothing includes items like coveralls, aprons, and gloves that are worn to protect the wearer from hazards. The amendment updates the standard to include new test methods and performance requirements. Possible test results include resistance to chemicals, heat, abrasion and tearing, as well as breathability and comfort. The clothing can be tested under different conditions to check if it meets the standard's requirements.

EN 1073-2:2002 is a European standard that defines the requirements for measuring and evaluating the resistance of textiles to penetration of airborne radioactive particles. The standard includes procedures for measuring the ability of textile materials to prevent the penetration of radioactive particles through the fabric. The performance requirements specify the conditions for testing, as well as the evaluation criteria for determining resistance. Possible test results include a rating on a scale of 1-5, with 5 indicating the highest level of resistance to particle penetration.

EN ISO 13934-1:2013 is a standard for testing the strength of textile fabrics. It sets guidelines for measuring how much force a fabric can withstand before breaking. The fabric needs to meet certain requirements such as minimal elongation and minimal breaking strength. The test results will give a value in newtons or similar unit of force. It's used to evaluate the quality and durability of fabrics. It's a newer version than EN ISO 13934-1:1999 and will have more up-to-date requirements and methods for testing fabrics.

EN ISO 13934-1:1999 is a standard for testing the strength of textile fabrics. It sets guidelines for measuring how much force a fabric can withstand before breaking. The fabric needs to meet certain requirements such as minimal elongation and minimal breaking strength. The test results will give a value in newtons or similar unit of force. It's used to evaluate the quality and durability of fabrics.

EN ISO 13982-1:2004 is a European standard that specifies the requirements and test methods for Type 5 protective clothing designed to protect against airborne solid particles. It sets criteria for material resistance and construction to prevent penetration of hazardous particles such as dust, fibers, and powders. The standard ensures that the garments provide effective protection in industries where workers may be exposed to such particles, but it should not be relied upon for protection against liquid chemicals or vapors.

EN ISO 13982-1:2004 is a European standard that outlines the requirements and test methods for Type 5 protective clothing designed to protect against airborne solid particles. It sets criteria for material resistance, construction, and performance to prevent penetration of hazardous particles. The amendment A1:2010 introduces refinements and updates to the original standard, ensuring improved effectiveness and reliability of Type 5 protective clothing in providing protection against airborne solid particles. These standards are essential references for industries where workers are at risk of exposure to such particles, ensuring the appropriate level of protection.

EN ISO 21420:2020 is a European standard that sets out the general requirements for hand protection, including comfort, fit, and dexterity. 

EN ISO 21420:2020/prA1 is a European standard that sets out the general requirements for hand protection, including comfort, fit, and dexterity. 

EN 388:2003 is a European standard for protective gloves against mechanical risks. It sets requirements for resistance to cuts, tears, punctures, abrasion, and impact. Gloves are tested in labs for these properties and the results are shown as a performance level for each test. The levels are marked on the gloves. This standard also includes requirements for gloves' dexterity, comfort and size.

EN 388:2016+A1:2018 is a European standard that defines the requirements and test methods for safety gloves used in general mechanical risks. The standard specifies the requirements for the resistance against abrasion, cut, tear, puncture, and impact. Test results for EN 388:2016+A1:2018 include measurements of abrasion resistance, cut resistance, tear resistance, puncture resistance, and impact resistance. The standard is intended to ensure that safety gloves used in general mechanical risks provide adequate protection for the user.

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.

EN 388:2008 is a European standard that sets out rules for testing protective gloves. It measures how well a glove protects against things like cuts, tears, punctures, abrasion, impact, blade cut resistance and puncture resistance. Test results are given as numbers and symbols, with higher numbers indicating better protection. The standard also includes a test for blade cut resistance to determine resistance against cutting by sharp tools. The standard helps people choose gloves that will keep them safe for different jobs.

EN 388:2007 is a European standard for testing protective gloves. It measures how well a glove protects against things like cuts, tears, punctures, abrasion, impact, blade cut resistance and puncture resistance. Test results are given as numbers and symbols, with higher numbers indicating better protection. The standard also includes a test for blade cut resistance to determine resistance against cutting by sharp tools. The standard helps people choose gloves that will keep them safe for different jobs.

EN 388:2006 is a European standard for testing protective gloves. It measures how well a glove protects against things like cuts, tears, punctures, abrasion, impact, and blade cut resistance. The standard also includes a test for blade cut resistance to determine resistance against cutting by sharp tools. Test results are given as numbers and symbols, with higher numbers indicating better protection. The standard helps people choose gloves that will keep them safe for different jobs.

EN 388:2005 is a European standard that sets out rules for testing protective gloves. It measures how well a glove protects against things like cuts, tears, punctures, abrasion, and impact. Test results are given as numbers and symbols, with higher numbers indicating better protection. The standard also includes a test for blade cut resistance and a test for puncture resistance. This standard helps people to choose gloves that will keep them safe for different jobs.

EN 388:2004 is a European standard that sets out rules for testing protective gloves. It measures how well a glove protects against things like cuts, tears, punctures, abrasion and impact. Test results are given as numbers and symbols, with higher numbers indicating better protection. The standard helps people choose gloves that will keep them safe for different jobs.

Palladium is a leading brand in the European market, recognised for its exceptional personal protective equipment, reliable work shoes, and durable work clothes. Renowned for its high-quality products, Palladium is a go-to resource for industries requiring uncompromising safety and comfort. The brand was established in the early 20th century, embedding itself as a trustworthy figure in the market. Over the years, Palladium has consistently demonstrated a commitment to excellence, solidifying its position as a market leader in the workwear industry. The brand's rich history and unwavering dedication to quality make it a trusted choice for professionals across Europe.

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