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ejendals_main_catalogue

ejendals_main_catalogue
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ejendals_main_catalogue

Product catalog summary
Introduction
Ejendals is a Swedish company founded in 1949, specializing in protective hand and footwear. It operates globally, with a strong presence in Europe, the US, and the UAE. Their main brands are TEGERA® gloves and JALAS® shoes, focusing on quality and customer relationships.
History
Founded by Valfrid Ejendal, the company initially produced work gloves and expanded to safety shoes, acquiring Urho Viljanmaa OY in 2008 to form the Ejendals Group.
Product Overview
The catalogue includes protective gloves and footwear for various applications, such as general purpose, cold insulation, heat and welding, and occupational footwear. Accessories like insoles and socks are also available.
Safety Concept
Ejendals' Safety Concept includes customer-specific safety programs, training at the Ejendals Safety Academy, on-site safety inspections, and feedback loops to enhance safety and productivity.
Innovation and Testing
Innovation is central to Ejendals, with products developed through research and advanced technology. Testing is conducted in Sweden and Finland, certified by external laboratories.
Sustainability and CSR
Ejendals emphasizes sustainable practices and corporate social responsibility, ensuring minimal waste and responsible resource use.
Hand Protection
TEGERA® gloves are designed for ergonomics, fit, and function, exceeding safety standards for cuts, mechanical injuries, chemicals, and extreme temperatures.
Foot Protection
JALAS® safety shoes offer protection for various environments, meeting European safety standards for durability and comfort.
Standards and Certifications
The document outlines European standards for PPE, including EN 388 for mechanical risks and EN 374 for chemical risks.
Specifications and Standards
  • Protection Levels: Various protection levels for gloves, including abrasion, cutting, tear, puncture, and impact resistance, quantified by specific tests and standards.
  • Electrostatic Properties: Gloves must meet IEC 61340 standards for ESD protection.
  • Food Contact Safety: Gloves for food contact must comply with EU regulations.
  • Welding Gloves: EN 12477 standards classify gloves into Type A and Type B.
Materials and Technologies
  • Synthetic Materials: TEGERA® gloves use materials like Microthan®, Macrothan®, and Polythan® for durability and comfort.
  • Leather Types: Different leather types are used based on durability and resistance properties.
  • Textile Materials: Synthetic and natural fibers like polyester, acrylic, nylon, and cotton are used for strength and comfort.
  • Dipping Materials: Gloves are coated with materials like polyurethane, nitrile, and latex for enhanced grip and resistance.
Chemical Protection
  • Material Resistance: Importance of selecting appropriate glove materials for chemical protection.
  • Common Materials: Nitrile, latex, and neoprene are discussed for their resistance to various chemicals.
Material Specifications
  • Butyl Rubber (IIR): Offers protection against aldehydes, glycol ethers, ketones, and acids.
  • Polythene (PE): Used for thin, disposable gloves and laminates.
  • Polyvinyl Alcohol (PVAL): Water-soluble, protects against organic compounds.
  • Polyvinyl Chloride (PVC): Effective against phosphoric acid, hydrogen peroxide, and caustic soda.
  • Viton®: Protects against aromatic compounds and solvents.
Product Overview
TEGERA® DYNAMIC STRENGTH™ Winter Gloves: Designed for cold environments, offering waterproof protection and comfort.
TEGERA® INFINITY™ Gloves: Known for comfort and flexibility, using a unique manufacturing technology.
Specific Models
  • TEGERA® 8810 INFINITY: Suitable for cold and dry environments.
  • TEGERA® 8802 INFINITY: Designed for wet and oily environments.
  • TEGERA® 9100: Ideal for precision work with excellent grip.
Material Properties
Microthan®: Offers excellent grip and flexibility.
Macrothan®: Breathable and flexible for long-term use.
Standards and Certifications
All gloves adhere to various EN standards, ensuring mechanical protection and suitability for specific environments.
Specifications
  • Materials: Made from synthetic leather, full grain goatskin, or pigskin.
  • Design Features: Reinforced index fingers, fingertips, and breathable backs.
  • Fastening: Elasticated or Velcro® fastenings.
  • Color and Size Range: Available in various colors and sizes.
  • Packaging: Packaged in pairs per carton.
Properties and Performance
  • Fingertip Sensitivity: Suitable for fine assembly work.
  • Flexibility and Comfort: Designed for flexibility and comfort.
  • Durability and Protection: High levels of protection and durability.
Primary Environments of Use
Suitable for dry, dirty, clean, and sometimes oily and greasy environments.
Standards and Compliance
All gloves meet EN 420:2003 + A1:2009 and EN 388:2016 standards.
Innovation
TEGERA® has developed technologies like OGT™ and INFINITY™ to improve glove performance.
Product Range
Various models such as TEGERA® 6614, 8125, 8127, 931, 8800 INFINITY, and others.
Applications
Ideal for assembly work, precision tasks, and environments requiring mechanical protection.
Conclusion
TEGERA® gloves offer a range of features to meet industrial and assembly tasks, ensuring safety, comfort, and efficiency.
Overview
This document provides detailed specifications and features of various TeGeRA® synthetic and leather gloves designed for different work environments.
Specifications
  • Materials: Made from materials like Microthan®, Macrothan®, full grain goatskin, and cowhide.
  • Design Features: Reinforced seams, fingertips, and index fingers.
  • Properties: Good fingertip sensitivity, flexibility, durability, excellent grip, and comfort.
Primary Environments of Use
Suitable for various environments, including dark, slippery, dry, moist, oily, greasy, dirty, and harsh conditions.
Standards and Certifications
Comply with EN 420:2003 + A1:2009 and EN 388:2016 standards.
Key Features
High-visibility colors, chrome-free materials, and ergonomic designs.
Overview
This document provides detailed specifications and features of various protective gloves under the TeGeRA® brand.
Specifications
  • Materials: Made from nitrile, leather, and synthetic fibers.
  • Dipping and Grip Patterns: Fully dipped or 3/4 dipped designs with smooth or micro foam grip patterns.
  • Size and Length Range: Available in EU sizes ranging from 6 to 13.
  • Color Options: Available in colors like blue, black, grey, white, beige, and high-visibility green.
Features and Properties
  • Protection Levels: Categorized under Cat. II and comply with standards such as EN 420:2003 + A1:2009, EN 388:2016, and EN 407:2004.
  • Environmental Suitability: Designed for use in wet, oily, greasy, dirty, and harsh environments.
  • Durability and Flexibility: High durability, flexibility, and good fingertip sensitivity.
Key Products
  • TeGeRA® 882: Synthetic glove with nitrile foam, fully dipped, suitable for wet and oily environments.
  • TeGeRA® 55: Leather glove, half-lined, made from full grain oxhide.
  • TeGeRA® 88800: Leather glove, withstands contact heat up to 250°C.
  • TeGeRA® 256: Cut resistant glove with KEVLAR® fiber.
Recommendations
  • Choose gloves based on specific environmental conditions and protection requirements.
  • Consider the glove's material and design for optimal comfort and functionality.
Overview
This document provides detailed specifications and features of various cut-resistant gloves designed for different work environments.
Specifications
  • Materials: Made using CRF® Technology, Dyneema® Diamond Technology, Lycra®, nylon, polyester, and stainless steel fiber yarn.
  • Cut Resistance: Most gloves are rated at cut resistance level B according to EN 388:2016.
  • Design: Gloves feature palm-dipped, double-dipped, or fully dipped designs.
  • Features: Oil and grease resistant, water repellent, touchscreen compatible, and provide good fingertip sensitivity.
Primary Environments of Use
  • Suitable for dry, moist, oily, greasy, and dirty environments.
Key Products
  • TeGeRA® 430: PU palm-dipped glove with CRF® Technology.
  • TeGeRA® 905: Dyneema® Diamond Technology glove.
  • TeGeRA® 8806 Infinity: Nitrile foam/water-based PU glove.
  • TeGeRA® 9121: Microthan®+ glove with KEVLAR® fiber.
Standards and Certifications
  • All gloves comply with EN 420:2003 + A1:2009 and EN 388:2016 standards.
Overview
This document provides detailed specifications and features of various cut-resistant gloves designed for different environments and applications.
Specifications
  • Materials: Made from CRF® Technology, glass fibre thread, nylon, polyester, spandex, Dyneema®, Kevlar®, and Lycra®.
  • Dipping Materials: Palm-dipped or fully dipped using materials like nitrile, PU, and latex.
  • Sizes and Lengths: Available in EU sizes ranging from 5 to 11.
  • Packaging: Packaged in bags with euro slots or bulk packs.
Features and Properties
  • All gloves meet the EN 388:2016 standard for cut resistance.
  • Many gloves are designed to be water and oil repellent, breathable, and provide good fingertip sensitivity and grip.
  • Some gloves are heat resistant, capable of withstanding contact heat up to 100°C or 250°C.
Primary Environments of Use
  • Suitable for cut risk environments, assembly work, precision work, and harsh conditions.
Key Products
  • TeGeRA® 450: Nitrile, palm-dipped, cut resistance level C.
  • TeGeRA® 455: PU, palm-dipped, breathable back, cut resistance level C.
  • TeGeRA® 907: High-viz color, withstands contact heat up to 100°C.
  • TeGeRA® 666: Neoprene, palm-dipped, withstands contact heat up to 100°C.
  • TeGeRA® 991: PU, palm-dipped, cut resistance level C.
  • TeGeRA® 8807 Infinity: Nitrile foam/waterbased PU, cut resistance level D.
  • TeGeRA® 8814 Infinity: Nitrile foam/waterbased PU, cut resistance level F.
  • TeGeRA® 987: Nitrile, withstands contact heat up to 250°C.
Conclusion
The document provides comprehensive information on a range of cut-resistant gloves, highlighting their materials, features, and suitable environments.
Overview
This document provides detailed specifications and features of various protective gloves and sleeves designed for different environments and tasks.
1. Cut Resistant Gloves and Sleeves
  • Materials: Dyneema®, glass fibre, Lycra®, nylon, polyester.
  • Protection Levels: Cut resistance levels B, C, and D according to EN 388:2016.
  • Features: High protection, flexibility, durability, comfort, and breathability.
  • Primary Use: Environments with cut risks and harsh conditions.
2. Thermal Protection Gloves
  • Materials: Synthetic leather, full grain goatskin, fleece, polyester, Merino wool.
  • Protection Levels: EN 511:2006 for cold environments.
  • Features: Reinforced fingers, waterproof, windproof, chrome-free, touchscreen compatibility.
  • Primary Use: Cold, dry, and wet environments, including outdoor and all-year use.
3. General Features and Standards
  • Standards: EN 420:2003 + A1:2009, EN 388:2016, EN 511:2006.
  • Display and Packaging: Products are available in various packaging options.
  • Size Range: Most products are available in EU sizes ranging from 6 to 12.
4. Key Product Lines
  • TeGeRA® 913: Cut resistant glove with CRF® Technology, approved for food handling.
  • TeGeRA® 322: Synthetic leather glove, winter-lined, for assembly work.
  • TeGeRA® 8810 Infinity: Synthetic glove with nitrile foam, withstands contact heat up to 100°C.
Conclusion
The document outlines a comprehensive range of protective gloves and sleeves, each designed to meet specific safety standards and environmental conditions.
Overview
This document provides detailed specifications and features of various TeGeRA® gloves designed for different environments and purposes.
Specifications
  • Materials: Made from materials like full grain goatskin, cowhide, pigskin, synthetic leather (Microthan®+, Macrothan®), and latex.
  • Features: Reinforced fingers and thumbs, water and oil repellency, high-viz colors, ergonomic shaping, and touchscreen compatibility.
  • Sizes and Packaging: Available in various EU sizes, typically ranging from 6 to 13.
Performance and Use
  • Protection Levels: Offer varying levels of protection against mechanical risks (EN 388) and cold (EN 511).
  • Primary Environments: Designed for use in cold, wet, windy, and harsh environments.
  • Properties: Noted for durability, flexibility, excellent grip, and comfort.
Key Models
  • TeGeRA® 535: Leather glove with full grain goatskin, waterproof.
  • TeGeRA® 9127: Synthetic leather glove with Microthan®+, winter-lined.
  • TeGeRA® 9232: Synthetic leather glove with Macrothan®, neoprene.
  • TeGeRA® 298: Leather glove with full grain cowhide, high-viz color.
  • TeGeRA® 9128: Synthetic leather glove, high-viz, waterproof.
Conclusion
TeGeRA® gloves are designed to meet specific needs across various environments, providing protection, comfort, and functionality.
Overview
This document provides detailed specifications and features of various TeGeRA® gloves designed for different environments and purposes.
Specifications The gloves are categorized under Cat. II and III, adhering to standards such as EN 420:2003 + A1:2009, EN 388:2016, and EN 511:2006. They are made from materials like full grain goatskin, cowhide, neoprene, and spandex, with linings of Thinsulate™ and fleece for thermal protection.
Features Key features include reinforced fingers and thumbs, waterproof and moisture-resistant properties, high visibility colors, and pre-curved fingers for enhanced fit and comfort. Some models are also touchscreen compatible and have reflectors for visibility in dark environments.
Properties The gloves offer high levels of protection, good fingertip sensitivity, flexibility, durability, and a perfect fit. They are designed to be extra comfortable and warm, suitable for cold, wet, and windy environments.
Primary Environments of Use The gloves are suitable for cold, wet, and harsh environments, including outdoor and industrial settings. Specific models are designed for very cold and dry or wet conditions, as well as for handling heat and welding tasks.
Heat-Resistant Gloves These gloves are made from materials that resist burning and provide excellent durability and fit. They are available in lined and unlined models, suitable for environments with high temperatures, and are resistant to water and oil.
Conclusion TeGeRA® gloves offer a comprehensive range of protective features tailored to various environmental conditions and work requirements, ensuring safety, comfort, and durability.
Overview This document provides detailed specifications and features of various TeGeRA® gloves designed for heat resistance, welding, chemical protection, and precision work.
1. Heat-Resistant Gloves
  • TeGeRA® 484: Made of cotton with nitrile dots, withstands contact heat up to 250°C.
  • TeGeRA® 17: Constructed from split cowhide, withstands contact heat up to 100°C.
  • TeGeRA® 464: Nitrile and cotton gloves, withstands contact heat up to 250°C.
2. Chemical Protection Gloves
  • TeGeRA® 494: Neoprene gloves with a crinkled grip pattern, withstands contact heat up to 500°C.
3. Welding and Heat-Resistant Gloves
  • TeGeRA® 11cVA: Made from full grain goatskin, withstands contact heat up to 100°C.
  • TeGeRA® 126A: Unlined goatskin gloves with reinforced seams.
  • TeGeRA® 130A: KEVLAR® thread, withstands short-term heat exposure up to 427°C.
  • TeGeRA® 134: Fully lined with KEVLAR® fiber and Nomex®.
4. Precision Work Gloves
  • TeGeRA® 805: Nylon and carbon gloves for ESD environments.
  • TeGeRA® 810: PU fingertip-dipped gloves for touchscreen use.
  • TeGeRA® 811: Palm-dipped PU gloves for precision work.
5. Special Protection
  • TeGeRA® 9102 GRIPFORCE®: Synthetic leather gloves with exceptional grip.
Standards and Certifications The gloves conform to various EN standards, indicating their compliance with safety and performance requirements.
Product Overview
The TeGeRA® DefenD 2011 is a high-quality leather glove designed for use in moist, dirty, and harsh environments. It is categorized under Cat. II and complies with EN 388:2016 standards with a cut resistance level of C.
Specifications
  • Primary Material: Full grain cowhide
  • Back Material: Cotton
  • Lining: Fully lined with KEVLAR® fiber
  • Fastening: Velcro®
  • Color: Black
  • Size Range (EU): 8, 9, 10, 11
  • Length Range: 285-335 mm
  • Pairs per Package/Carton: 6/60
Features
  • Reinforced fingers and thumb
  • Pre-curved fingers
  • Water repellent palm and leather
  • Detachable fingers
  • Knuckle protection
Properties
  • High level of protection
  • Excellent fingertip sensitivity
  • Durable and perfect fit
Chemical Protection
The document emphasizes the importance of using chemical protection gloves to prevent exposure to hazardous chemicals.
Key Considerations for Chemical Protection Gloves
  • Protection against individual chemicals may not extend to mixtures.
  • Higher temperatures reduce breakthrough times.
  • Thicker materials generally offer longer protection.
  • Permeation occurs at a molecular level and is not visible.
  • Gloves lose effectiveness if damaged or if chemicals permeate the material.
Breakthrough Times
The document provides a detailed table of breakthrough times for various chemicals.
Material Information
  • Nitrile: Resistant to aliphatic hydrocarbons but not aromatic hydrocarbons.
  • Latex: Highly elastic, suitable for water-soluble substances.
  • Neoprene & Butyl: Protects against acids and certain chemicals.
  • PVC: Used for both disposable and thicker chemical protection gloves.
Warranty and Disclaimer
The document includes a disclaimer stating that the information provided is for convenience and that Ejendals AB assumes no liability.
Overview
This document provides detailed specifications and features of various TeGeRA® chemical protection gloves.
Specifications
  • Material: Primarily nitrile and latex, with some gloves incorporating additional materials like PVC and fleece.
  • Thickness: Varies from 0.10 mm to 0.80 mm.
  • Color: Available in black, blue, green, yellow, and white.
  • Size Range: European sizes ranging from 6 to 12.
  • Length Range: Typically between 240 mm to 450 mm.
Features and Properties
  • All gloves are latex-free.
  • They provide splash protection against chemicals and are approved for handling foodstuffs.
  • Many gloves feature a diamond grip pattern for enhanced grip.
  • Some gloves are flock-lined for added comfort and warmth.
  • High puncture resistance and durability are common across the range.
Primary Environments of Use
  • Chemical risk environments
  • Microbiological risk environments
  • Environments hazardous to health
  • Corrosive, wet, moist, oily, greasy, and dirty environments
Standards and Certifications
  • All gloves are categorized under Cat. III.
  • Compliance with EN 420:2003 + A1:2009, EN 388:2016, EN ISO 374-1:2016, and EN ISO 374-5:2016 standards.
Conclusion
TeGeRA® gloves offer a comprehensive range of chemical protection solutions, catering to various industrial needs.
Overview
This document provides detailed specifications and features of various TeGeRA® gloves designed for chemical protection and precision work.
1. Disposable Gloves
  • TeGeRA® 836 & 837: Made of 0.12 mm neoprene, latex-free.
  • TeGeRA® 819A & 825A: Constructed from PVC (Vinyl), non-powdered and waterproof.
2. Chemical Protection Gloves
  • TeGeRA® 241 & 2311: Combine latex and neoprene with a diamond grip pattern.
  • TeGeRA® 494: Winter-lined neoprene glove, withstands contact heat up to 500°C.
  • TeGeRA® 8175 & 8170: Made from phthalate-free PVC.
3. Supported Gloves
  • TeGeRA® 12930 & 12935: Seamless nylon liner with a granulated grip pattern.
  • TeGeRA® 7390: Winter-lined glove with a sandy finish.
4. Standards and Certifications
  • All gloves are categorized under Cat. III.
  • They comply with various EN standards.
Key Features
  • Materials used include neoprene, latex, PVC (Vinyl), and butyl.
  • Gloves are available in various sizes and lengths.
  • Some models are designed for extreme conditions.
Specifications
The document outlines specifications for disposable gloves and safety footwear.
Procedures and Standards
The document references several standards, including EN 420:2003 + A1:2009 for gloves and EN ISO 20345:2011 for safety footwear.
Recommendations
JALAS® recommends using their FootStop Service insoles for enhanced comfort and support.
Key Features
JALAS® safety shoes offer features like shock absorption, slip resistance, and various fit options.
Materials and Technologies
The document details materials used in the footwear, such as RPU, nitrile rubber, and HNBR.
Overview
The document provides a detailed description of various collections of safety footwear by JALAS®.
Zenit Collection
This premium collection features the Boa® Fit System for custom comfort and an RPU outsole for superior grip.
Zenit EVO Collection
Known for its lightweight and ergonomic design, incorporating a seven-layer cushioning system.
Respiro Collection
This line is the most breathable, featuring a triple-membrane laminate outsole.
Exalter Collection
Designed for maximum performance, offering a sporty look with features like an aluminium toe cap.
Flow Collection
Tailored for women, offering a better fit for narrow feet.
Drylock Collection
Featuring a waterproof and breathable membrane, ideal for wet and slippery surfaces.
Fire Collection
Designed for fire and rescue operations, heat-resistant and waterproof.
Heavy Duty Collection
Built for demanding environments, offering metal-free protection and shock absorption.
Gran Premio Collection
Offers a wider fit, suitable for heavy-duty conditions.
Overview
This document provides detailed specifications and features of various JALAS® safety footwear models.
Specifications Each footwear model includes details such as nail protection material, toecap material, fitting type, size range, platform, sole material, insole material, upper material, lining material, and color.
Safety Ratings The footwear is categorized under safety ratings S1, S2, and S3.
Key Features Common features include excellent ergonomics, shock absorption, perfect fit, and breathability.
Primary Environments of Use Designed for use in various environments, including indoors, dry environments, clean environments, and environments with risk for outsole penetration.
Conclusion JALAS® safety footwear offers a range of models tailored to meet different safety and comfort needs.
Overview
This document provides detailed specifications and features of various JALAS® safety footwear models.
Specifications
  • Nail Protection Material: Plasma-treated composite (PTC) textile or steel.
  • Toecap Material: Aluminium or composite.
  • Fitting: Regular or narrow/regular.
  • Size Range: EU sizes vary by model.
  • Sole Material: PU midsole, plastic shank, RPU or rubber outsole.
  • Insole Material: Textile, soft EVA, with double shock absorption zones in Poron® XRD™.
  • Upper Material: PU-coated leather, split leather, microfiber, or textile.
  • Lining Material: Polyester, polyamide, or Drylock membrane.
  • Colour Options: Varies by model, including black, grey, red, yellow, white, turquoise, and green.
Key Features
  • Oil-resistant and heat-resistant outsoles.
  • Anti-static properties and water repellent.
  • Ventilating insoles and padded shaft edges.
  • ProNose toe reinforcement and Boa® closure system in some models.
  • Conforms with IEC 61340-5-1 (ESD) standards.
Primary Environments of Use Suitable for outdoor and indoor environments, including those with risks for outsole penetration, wet, dry, clean, harsh, slippery, oily, and greasy conditions.
Safety Ratings All models are rated S3.
Additional Notes Some models are designed to be lightweight, breathable, and ergonomically shaped.
Overview
The document provides detailed specifications and features of various JALAS® safety footwear models.
Specifications Each model is described with specific materials used for different parts such as the toecap, nail protection, upper material, and lining.
Features Key features include heat and oil-resistant outsoles, anti-static properties, water repellency, and double shock absorption zones.
Properties Designed to provide the highest level of protection, excellent grip, perfect fit, and comfort.
Primary Environments of Use Suitable for use in both indoor and outdoor settings.
Safety Ratings All models meet the S3 safety rating.
Overview
The document provides detailed specifications and features of various JALAS® safety footwear models.
Specifications Each model is described with specific materials used for nail protection, toecap, insoles, and upper materials.
Features and Properties Key features include waterproof membranes, heat and oil-resistant outsoles, anti-static properties, and shock absorption zones.
Primary Environments of Use Suitable for outdoor and indoor use, in environments with risks such as outsole penetration, wet and harsh conditions, and cold environments.
Additional Features Some models include advanced features like the BOA® closure system.
Overview
This document provides detailed specifications and features of various JALAS® safety and occupational footwear models.
Specifications Each footwear model is described with specific materials for nail protection, toecap, sole, insole, upper, and lining.
Safety Ratings Classified under different safety ratings such as S3, F1PA, F2A, O1, and O2.
Features and Properties Key features include ProNose toe reinforcement, KEVLAR® stitching for heat protection, Thinsulate™ heat insulation, and double shock absorption zones.
Primary Environments of Use Suitable for a range of environments including oily, greasy, dirty, harsh, and moist conditions.
Conclusion JALAS® footwear offers a comprehensive range of safety and occupational shoes.
Overview
This document provides detailed specifications and features of various JALAS® occupational footwear models.
Footwear Specifications
  • JALAS® 2112 Ronald & 2142: Conform to EN ISO 20347:2012, O2 SRA FO standards.
  • JALAS® 3312 DryLock & 3322 DryLock: Designed for outdoor and wet environments.
  • JALAS® 9552 Combat: Suitable for all-year outdoor use.
  • JALAS® 1872 OffRoad & 1822 Boots: Designed for harsh environments.
  • JALAS® 5032 Move: Designed for outdoor use.
  • JALAS® 2902 Daniel & 2942 Sarita: Designed for indoor use.
Insoles
  • FX2 Pro & FX2 Supreme: Feature textile, soft EVA, and polyester-based conductive thread materials.
  • JALAS® Neutralizer Insoles: Designed for low, medium, or high arches.
Key Features
  • Conformance with IEC 61340-5-1 (ESD) standards.
  • Oil-resistant and anti-static properties.
  • Double shock absorption zones for enhanced comfort.
  • Waterproof and heat-resistant features for specific models.
Overview
The document provides detailed specifications and features of various JALAS® insoles, socks, and accessories.
Insoles
  • JALAS® 8244 fx2 Winter Insole: Made from textile, aluminium foil, soft E.V.A, polyester-based electro conductive thread, and Merino wool.
  • JALAS® 8202 fx2 Supreme Insole: Composed of textile, soft E.V.A, polyester-based electro conductive thread, and Merino wool.
  • JALAS® 8012 Spenco® Insole: Lightweight and washable.
  • JALAS® 8102 fx2 Pro Insole: Features ESD, ergonomic design, and double shock absorption zones.
Socks
  • Materials: Include Lycra®, Lenzing Modal®, nylon, polyamide, cotton, Coolmax®, elastane, polyester, bamboo, and wool.
  • Features: Breathable, moisture-wicking, flame retardant, and ESD properties.
  • Special Functionality: Flame retardant and ESD socks.
Accessories
  • Shoe Brush and Horn: Basic shoe care accessories.
  • Shoelaces: Available in polyester and Nomex® for flame retardant properties.
  • Anti-Slip Protection: Made from TPE and TPU, featuring excellent grip.
See more

Catalog excerpts

ejendals_main_catalogue-1

Protective hand- and footwear Product catalogue 2020/21

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CLOSE TO OUR CUSTOMERS Ejendals operates in a large number of countries globally. We have our own offices or local representatives in most European countries, the United States and the UAE. For more information please visit www.ejendals.com

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Page No. Protecting hands and feet: An introduction to Ejendals Mechanical protection: Allround work Mechanical protection: Heavy duty Thermal protection: Cold Guide to handwear and footwear symbols on backside of cover flap Hand protection: • General information • Glove collections Mechanical protection: Precision work HAND PROTECTION Thermal protection: Heat & Welding Special protection (ESD, vibration, impact, wrist support, chainsaw, uniform) Chemical protection FOOT PROTECTION Foot protection: • General information • Footwear collections Safety footwear: General purpose Safety footwear:...

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Protecting hands and feet Founded in 1949, Ejendals is a family-owned Swedish company specialized in developing, manufacturing and marketing high quality products to protect hands and feet. Our main product brands are TEGERA® gloves and JALAS® shoes. The Ejendals way of working is characterized by a long-term perspective that is reflected in everything from the quality of our products to the way we treat customers and employees and our consideration for the environment. History Ejendals was founded in 1949 by Valfrid Ejendal in Leksand, Sweden. The family name derives from nearby Lake Ejen. In...

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Upper extremities Source: Eurostat, Accidents at work in 28 countries, 2016. Injuries causing sick leave >3 days. Lower extremities Reducing the risk of preventable injuries At Ejendals, we have a long history of reducing the risk of preventable injuries to hands and feet. We’ve been doing it for 70 years.  Statistics show that injuries to hands and feet are the most common injuries requiring sick leaves longer than three days. With the right PPE equipment, many of these injuries are preventable.  Investments in quality hand and foot protection result in fewer occupational injuries, improved...

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ONGOING & CO-OPERATION SAFETY INSPECTION FOLLOWING & FEEDBACK Ejendals’ Safety Concept At Ejendals, we don’t just offer gloves and shoes. Our safety concept goes beyond just creating PPE equipment.  The Ejendals Safety Concept encompasses our decades of experience, our approach to quality, and our Nordic ingenuity. Together with our customers, we work to reduce risks and increase long term productivity.  You can’t always control your working environment and the conditions, but you can equip yourself with the very best protective gear to prevent accidents and injuries. To ensure that our safety...

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Innovation & testing Innovation is a driving force at Ejendals and all of our products continually features new designs and product solutions. Our products are the result of extensive research and advanced construction technology, with the aim of satisfying both the ability to protect, and an attention to ergonomics that allows the user the freedom to carry out their tasks without constraint.  Thanks to long relationships with researchers and customers, we constantly receive suggestions for improvements that we can use when developing new products.  Testing is initially done in Leksand, Sweden...

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Sustainability work and CSR At Ejendals, we strive to always act in a sustainable, responsible manner in everything we do. Sustainability means that we are careful with finite resources and that we strive to minimize the amount of waste generated from our operations and products.  Corporate social responsibility (CSR) comes naturally to us. At Ejendals we consider the long-term effects of our actions. This includes everything from the quality of our products to how we treat our customers, employees and partners. We see our long-term relationships as proof that we take responsibility for our actions....

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HAND PROTECTION • TEGERA® — You’re in good hands • EN Standards gloves • Understanding materials • Glove collections Mechanical protection: Precision work Mechanical protection: Allround work Mechanical protection: Heavy duty Thermal protection: Cold Thermal protection: Heat & Welding Special protection (ESD, vibration, impact, wrist support, chainsaw, uniform) Chemical protection Product index Guide to handwear and footwear symbols on ba

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Hand protection

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Hand protection TEGERA® You’re in good hands TEGERA® is our safety glove brand, designed and developed in Leksand since 1949. Special attention to ergonomics, fit, and function, has resulted in safety gloves that don’t compromise on protection, comfort or freedom of movement. Because the safest gloves are the ones you actually want to wear. • TEGERA® gloves aim to exceed safety standards, ensuring excellent protection from cuts, mechanical injuries, chemicals, and extreme temperatures. • The TEGERA® range includes an ideal safety glove for every job and we are always working to develop, improve...

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EUROPEAN STANDARDS FOR PPE Hand protection European legislation regulates the requirements that must be met in order for personal equipment to be CE marked. Each country has a work safety authority that can provide more detailed information in the national language(s).  The previous European directive 89/686/EEC was superseded by a new PPE Regulation (EU) 2016/425 in April 2019. The goal is to better protect the health and safety of the PPE user and to ensure fair competition between companies. For more information on the revision of the directive and its implications, please visit the Ejendals...

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Requirement Breakthrough time > 30 min for at least 6 chemicals in the new list Breakthrough time > 30 min for at least 3 chemicals in the new list Breakthrough time > 10 min for at least 1 chemical in the new list Permeation level The list of chemicals on which the gloves are tested has been expanded with a further six chemicals. Increasing numbers of chemicals are used in industrial applications, and some were not covered by the previous standard. List of test chemicals Code letter Chemical A Primary alcohol Nitrile compound Chlorinated hydrocarbon Carbon disulphide Sulphur containing organic...

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All Ejendals Tegera catalogs and technical brochures

  1. 8810r_productsheet
    8810r_productsheet

    3  Pages

  2. 73_productsheet
    73_productsheet

    3  Pages

  3. 7776_productsheet_en
    7776_productsheet_en

    3  Pages

  4. Protective hand- and footwear Product catalogue 2020/21
    Protective hand- and footwear Product catalogue 2020/21

    262  Pages

  5. Tegera 2017
    Tegera 2017

    133  Pages

  6. Gloves 2014
    Gloves 2014

    159  Pages

  7. Footwear 2014
    Footwear 2014

    94  Pages

  8. TEGERA® 9120
    TEGERA® 9120

    3  Pages

  9. TEGERA® 9164
    TEGERA® 9164

    3  Pages

  10. TEGERA® 9128
    TEGERA® 9128

    3  Pages

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.