Ejendals Heat Resistant Gloves UK: Ultimate Safety Guide

ejendals heat resistant gloves uk

Key Takeaways

  • Ejendals heat resistant gloves UK protect up to 100°C depending on the model, with multi-layer construction featuring Kevlar fibres and heat resistant cotton liners
  • The gloves meet strict EN407:2020 thermal protection standards and EN388:2016 mechanical protection requirements, ensuring reliable safety performance in high-temperature environments
  • Popular UK models include the Tegera series (8804, 8805, 8807, 8815, 8810), each designed for specific industrial applications like metalworking, foundry operations and welding
  • Material choice is crucial – Kevlar offers protection up to 425°C, Nomex up to 370°C, and cotton-lined options up to 250°C, with features matched to specific workplace requirements
  • Proper maintenance, including correct storage, regular cleaning and thorough inspection, is essential for maintaining the gloves’ protective qualities and extending their service life
  • Our customer care team is available to provide timely assistance and information regarding delivery expectations, ensuring a positive purchasing experience

Working with high temperatures requires reliable hand protection, and we know how vital it is to find the right heat-resistant gloves. When looking for top-quality thermal protection in the UK, Ejendals gloves stand out for their exceptional performance and safety features.

We’ve seen countless professionals trust these specialised gloves for handling hot materials and working in extreme conditions. Whether you’re in metalworking, glass manufacturing or industrial kitchens, these gloves offer the protection you need. Are you struggling to find heat-resistant gloves that balance safety with comfort and dexterity? Let’s explore why Ejendals gloves might be the perfect solution for your workplace safety needs.

Understanding Ejendals Heat Resistant Gloves UK

Ejendals heat resistant gloves UK combine advanced protective materials with ergonomic design to safeguard hands against extreme temperatures. These gloves meet EN407 standards for thermal protection in industrial applications. After selecting the desired model and quantity, click the ‘Add to Basket’ button to complete your purchase.

Key Features and Technologies

  • Multilayer Construction: 3-layer design incorporating Kevlar fibres paired with heat resistant cotton liners
  • Reinforced Palm Areas: Extra protection in high-wear zones with silicone grip patterns
  • Extended Cuff Design: 15cm gauntlet style for additional wrist protection
  • Breathable Materials: Moisture-wicking fabric keeps hands dry during extended wear
  • Anatomical Fit: Pre-curved fingers reduce hand fatigue during repetitive tasks
Protection LevelContact HeatConvective HeatRadiant Heat
Level 3Up to 350°CUp to 200°CUp to 150°C
Level 4Up to 500°CUp to 250°CUp to 200°C

The gloves’ temperature resistance varies by model:

  • Standard Range: Protection against brief contact with items up to 100°C
  • Premium Range: Maximum protection rating for sustained contact at 350°C
  • Specialist Range: Enhanced protection against molten metal splashes up to 500°C
  • 15-second protection for contact heat
  • 30-second protection for convective heat
  • 3-minute protection for radiant heat exposure

Safety Standards and Certifications

ejendals heat resistant gloves uk

Ejendals heat resistant gloves UK meet rigorous European safety standards for thermal protection. These certifications validate the gloves’ performance in high-temperature environments through standardised testing protocols.

EN ISO Heat Protection Ratings

EN407:2020 thermal protection ratings define six specific performance levels for heat-resistant gloves:

  • Burning Behaviour (0-4): Measures flame resistance duration
  • Contact Heat (0-4): Tests temperature resistance from 100°C to 500°C
  • Convective Heat (0-4): Evaluates protection against hot air transfer
  • Radiant Heat (0-4): Assesses defence against infrared radiation
  • Small Splashes of Molten Metal (0-4): Measures resistance to metal drops
  • Large Quantities of Molten Metal (0-4): Tests protection against liquid metal
Performance LevelContact Heat TemperatureMaximum Contact Time
Level 1100°C15 seconds
Level 2250°C15 seconds
Level 3350°C15 seconds
Level 4500°C15 seconds

Additional Safety Certifications

EN388:2016 mechanical protection standards complement thermal ratings with specific measures:

  • Abrasion Resistance (0-4)
  • Cut Resistance (0-5)
  • Tear Resistance (0-4)
  • Puncture Resistance (0-4)
  • Impact Protection (P if passed)
  • REACH compliance for chemical safety
  • OEKO-TEX® Standard 100 for textile safety
  • CE marking for European market compliance
  • ISO 21420:2020 for general glove requirements

Popular Ejendals Heat Resistant Models in the UK

Ejendals offers an extensive range of heat resistant gloves in the UK market, with specific models designed for different temperature ranges and applications. Each model undergoes rigorous testing to meet industry-specific requirements and safety standards.

Tegera Heat Protection Series

The Tegera series features multiple heat resistant glove models with varying protection levels:

  • Tegera 8804 – protects up to 100°C with reinforced palm areas for metalworking tasks
8804
cut resistant gloves
tegera 134 mig welding gloves

Specialised Industry Options

Ejendals develops targeted solutions for specific industrial applications:

  • Glass Manufacturing: Models with extended cuffs for protection against molten glass splashes
  • Food Processing: Heat resistant gloves with food-safe coatings for commercial kitchen use
  • Automotive: Gloves with precision grip for handling hot engine components
  • Steel Production: Heavy-duty options with maximum temperature resistance for furnace operations
  • Ceramics: Models with enhanced dexterity for handling hot pottery items
  • Temperature-specific protection ratings
  • Industry-compliant materials
  • Application-optimised grip patterns
  • Size-specific anatomical fit
  • Task-appropriate cuff lengths

Choosing the Right Heat Resistant Gloves

Selecting heat resistant gloves requires careful evaluation of material composition and specific workplace requirements. Let’s explore the key factors that determine the most effective hand protection for high-temperature applications.

Application-Specific Selection

Different work environments demand specific glove features for optimal protection. Metal handling operations need gloves with reinforced palms for grip on hot surfaces. Glass manufacturing requires extended cuffs for forearm protection. Kitchen environments benefit from waterproof heat resistant options. Consider these application-matched features:

  • Metal work: Reinforced palm patches with high temperature resistance
  • Welding operations: Split leather construction with heat-reflective backing
  • Food processing: Food-grade materials with steam protection
  • Foundry work: Full-arm protection with aluminised coating
  • Glass handling: Extended cuffs with enhanced fingertip sensitivity
  • Automotive manufacturing: Oil-resistant properties with heat protection

Each application requires precise matching of glove specifications to task requirements for maximum safety effectiveness.

Sizing and Fit

Choosing the right size for your Ejendals Tegera heat-resistant gloves is crucial for ensuring both comfort and protection. These gloves are available in a range of sizes to accommodate different hand shapes and sizes. To determine your size, measure the circumference of your hand around the knuckles (excluding the thumb) with your hand open and your fingers together. Then, measure the length of your hand from the tip of your middle finger to your wrist.

Unlike typical work gloves, Ejendals Tegera gloves have a slightly looser fit, allowing for ease of movement and flexibility. This design ensures that you can perform tasks requiring dexterity without compromising on protection. The palm thickness, ranging from approximately 1.2mm to 1.4mm, strikes a perfect balance between providing robust protection and maintaining the dexterity needed for intricate tasks.

Care and Maintenance Tips

Proper maintenance extends the life of heat resistant gloves while maintaining their protective qualities. Regular care practices preserve the thermal protection properties essential for workplace safety.

Proper Storage Methods

  • Store gloves flat in a clean dry area away from direct sunlight at room temperature
  • Keep pairs together using grip clips or storage hooks to prevent mismatching
  • Avoid folding or crushing gloves to maintain shape integrity
  • Place gloves in designated storage containers away from sharp objects tools or chemicals
  • Allow gloves to dry completely before storage if exposed to moisture
  • Rotate glove inventory using a first-in-first-out system

Daily Cleaning:

  • Brush off loose dirt debris after each use
  • Wipe outer surfaces with a damp cloth
  • Air dry naturally away from heat sources
  • Avoid machine washing unless specified by manufacturer

Regular Inspection Points:

  • Check seams for loose threads or separation
  • Examine palm areas for wear spots holes or thinning
  • Inspect finger areas for cuts tears or degradation
  • Test flexibility of materials for stiffening
  • Look for discolouration indicating heat damage
  • Verify cuff integrity secure stitching

Replacement Indicators:

  • Visible holes tears or worn areas
  • Loss of heat resistance properties
  • Compromised grip surfaces
  • Permanent staining or contamination
  • Degraded elastic properties
  • Exposure to chemicals or hazardous materials

Documentation:

  • Record inspection dates results
  • Track replacement schedules
  • Document any incidents or failures
  • Note specific wear patterns
  • Monitor usage frequency
  • Keep maintenance logs current

Choosing the right heat resistant gloves is crucial for workplace safety and Ejendals offers an exceptional range that meets the highest industry standards. We’ve seen how their advanced materials combined with ergonomic design provide reliable protection in high-temperature environments.

Whether you’re working in metalworking foundries or industrial kitchens Ejendals heat resistant gloves UK deliver the perfect balance of safety comfort and durability. With proper care and regular maintenance, these gloves will continue to protect hands effectively day after day.

For UK businesses seeking top-tier hand protection against thermal hazards, Ejendals is your trusted choice. To learn more about our premium solutions or to discuss your specific safety needs, contact us today. Let us help you exceed safety standards while keeping your team comfortable and protected.

Industry Applications

Ejendals Tegera heat-resistant gloves are designed to meet the demanding needs of various high-heat industries. Their versatility and robust construction make them ideal for:

  • Welding and Metalworking: These gloves can withstand welding sparks and high temperatures, providing essential protection for welders and metalworkers.
  • Glass Manufacturing: The gloves offer excellent protection against molten glass splashes, ensuring safety in glass production environments.
  • Automotive Industry: With their precision grip and heat resistance, these gloves are perfect for handling hot engine components and other automotive parts.
  • Steel Production: Heavy-duty models provide maximum temperature resistance, making them suitable for furnace operations and other high-heat tasks in steel production.
  • Ceramics Manufacturing: Enhanced dexterity and heat protection make these gloves ideal for handling hot pottery items.
  • Food Processing: Heat-resistant gloves with food-safe coatings are perfect for commercial kitchens and food processing environments.

These gloves are designed to protect against heat, cuts, and punctures while maintaining the flexibility and dexterity needed for precise work.

Materials and Construction

The Ejendals Tegera heat-resistant gloves feature a sophisticated multilayer construction using high-quality materials to ensure maximum protection and comfort. Key materials include:

  • Heat-Resistant Materials: These materials provide the primary barrier against high temperatures, ensuring your hands remain safe.
  • Kevlar Fibers: Known for their strength and durability, Kevlar fibers add an extra layer of protection against cuts and abrasions.
  • Nomex: This material offers excellent thermal protection, making the gloves suitable for high-heat environments.
  • Cotton Lining: The inner cotton lining material ensures comfort and breathability, keeping your hands cool and dry during extended use.
  • Leather: Used in key areas for added grip and durability, leather enhances the gloves’ overall performance.

This combination of materials ensures that the gloves not only protect against heat but also provide abrasion resistance and comfort, making them suitable for a wide range of applications.

Temperature Range and Protection

Ejendals Tegera heat-resistant gloves are designed to provide robust protection against high temperatures. These gloves can withstand heat up to 300°C (572°F), making them suitable for various high-heat applications. Additionally, they meet EN 388 standards for cut resistance and puncture resistance, offering comprehensive protection against mechanical hazards.

Whether you’re handling hot materials in a foundry or working with high-temperature equipment in an industrial kitchen, these gloves provide the necessary protection to keep your hands safe. Their ability to withstand welding sparks and other high-heat hazards makes them an essential part of any safety gear.

Frequently Asked Questions

Q: What is the temperature range of the Ejendals Tegera heat-resistant gloves? A: The gloves provide protection against heat up to 300°C (572°F), making them suitable for a wide range of high-heat applications.

Q: What materials are used in the construction of the gloves? A: The gloves feature a multilayer construction using heat-resistant materials, Kevlar fibers, Nomex, cotton lining, and leather. This combination ensures optimal protection, durability, and comfort.

Q: What industries are the gloves suitable for? A: The gloves are suitable for use in various high-heat industries, including welding and metalworking, glass manufacturing, automotive industry, steel production, ceramics manufacturing, and food processing.

Q: How do I care for and maintain the gloves? A: Clean the gloves with soap and water, air dry or machine dry on low heat, and store them in a cool, dry place. Regularly inspect the gloves for signs of wear and tear, and replace them when worn or damaged.

Q: What is the warranty period for the gloves? A: The gloves come with a 30-day money-back guarantee and a 1-year warranty against defects in materials and workmanship, ensuring peace of mind with your purchase.

By following these guidelines and choosing the right Ejendals Tegera heat-resistant gloves, you can ensure maximum protection and comfort in high-temperature environments.

What are Ejendals heat resistant gloves UK designed for?

Ejendals heat resistant gloves UK are designed for protection against high temperatures in various industrial settings, including metalworking, glass manufacturing, and industrial kitchens. They offer protection for temperatures up to 500°C depending on the model, whilst providing comfort and ergonomic benefits for workers handling hot materials.

What safety certifications do Ejendals gloves have?

Ejendals gloves meet multiple safety standards including EN407:2020 for thermal protection, EN388:2016 for mechanical protection, and REACH compliance. They undergo rigorous testing to ensure they meet European safety requirements for high-temperature work environments.

How long do heat resistant gloves typically last?

The lifespan depends on usage intensity and maintenance. Regular inspection is crucial, and gloves should be replaced when showing signs of wear, holes, or reduced heat resistance. Proper care, including storage in dry areas and regular cleaning, can significantly extend their service life.

What temperature range can Ejendals gloves withstand?

Different models offer varying temperature resistance, ranging from 250°C for basic metalworking (Tegera 8804) up to 500°C for specialised applications. The specific temperature resistance depends on the model and is indicated in the product specifications.

How should heat resistant gloves be maintained?

Store gloves in a clean, dry area away from direct sunlight. Clean daily by brushing off dirt and wiping with a damp cloth. Regular inspections for wear and damage are essential. Keep pairs together to prevent mismatching, and maintain proper documentation of inspections.

Which industries commonly use Ejendals heat resistant gloves UK?

These gloves are widely used in metalworking, welding, glass manufacturing, food processing, automotive industry, steel production, and ceramics manufacturing. Each industry has specific models tailored to its unique requirements and temperature exposure levels.

What materials are used in Ejendals heat resistant gloves UK?

The gloves feature multilayer construction using materials like Kevlar fibres, Nomex, cotton lining, and leather. These materials are combined to provide optimal heat resistance, durability, and comfort whilst meeting specific industry requirements.

How do I choose the right heat resistant gloves?

Select gloves based on your specific workplace temperature requirements, application needs, and industry standards. Consider factors like maximum temperature exposure, duration of contact, grip requirements, and any additional protection needs specific to your work environment.

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