Ejendals Tegera 629 Cut and Heat Resistant Work Gloves

Ejendals Tegera 629 Cut and Heat Resistant Work Gloves are an innovative lightweight solution to working with heated materiala that are jagged and abrasive. Unlike bulkier welding options, Tegera 629 Heat-Resistant Gloves preserve accuracy and dexterity thanks to a lightweight foundation specification.

This allows you to pick up, handle and interact with delicate bits of glass, metal and tools with ease.

What's Included?

• 1 x Pair of Work Gloves

Sizing Information for Ejendals Tegera Heat-Resistant Safety Gloves

Ejendals 629 Heat-Resistant Safety Gloves are available in five different sizes. To find the perfect one for you, simply measure your palm circumference (ignoring the thumb area) and the length of your hand as indicated in the image below.

Once you have your measurements, please consult the sizing chart below to find the correct size for your hand.

Who Can Use the Tegera 629 Foundry Gloves?

Ejendals Tegera Heat-Resistant Work Gloves are lightweight and slender. Their combination cut and heat resistance ratings make them perfect for: 

• Blacksmiths
• Machine Operation
• Foundry Work
• Mechanics
• Heat-Treatment
• Glass Work
• Soldering
• Automotive
• Engineering

How Do Ejendals Tegera Cut and Heat Resistant Gloves Protect My Hands?

Take a look at the list below to see just what Tegera 629 Safety Gloves protect your hands against:

• Contact Heat
• Dirt
• Cuts
• Lacerations
• Contact Burns
• Oil
• Scuffs and Scratches
• Grease

Protection Ratings and Safety Standards

EN 388: Mechanical Resistance

• EN 388: 2X43C

EN 388 is a European regulation governing the sale of gloves used for safety and protection. It determines the gloves' performance when used for protection against mechanical machinery by measuring the fabric's abrasion, cut, tear and puncture resistance.

EN 407: Heat Resistance

• EN 407: X1XXXX

EN 407 is a European safety regulation governing the sale of gloves and garments that are resistant to any number of fire, heat and molten related hazards. Please view the table below to find out more:

Key Features and Benefits

• Contact-heat safe for handling material with a temperature not exceeding 100°C
• Level C cut-resistance is great for handling jagged and abrasive material
• Maximum Level 4 tear resistance prolongs shelf life dramatically
• Excellent gloves for engineers, mechanics and light foundry work
• Dyneema cut-safe fabric guards against scuffs and scratches
• Slender design is lightweight and flexible
• Waterproof palm prevents damp and moisture entering your gloves
• Available in five different sizes

Good Cut-Resistance Rating

If you're in the market for gloves that let you handle metal, glass and other medium-to-high risk sharp materials, look no further. A Level C rating is great for shielding the hand against abrasive edges, metal and other sharp objects commonly found in fitting and installation applications.

Think you need even more protection? Take a look below to see some even more cut-resistant gloves:

• All Our Cut-Resistance Gloves

Once you're there, use this menu on the left hand side to shop by "Level of Cut Resistance" for more options

Safely Handle Heated MAterial

Ejendals Tegera Heat-Resistant Gloves allow the user to safely handle material with a temperature not exceeding 100°C for a up to 15 seconds. This means you can handle, carry, transfer and work directly with highly volatile material without worrying about burns, scolding or damage to your hands.

What Is Dyneema Fabric?

Dyneema fibers are produced in a patented gel spinning process where the fibers are drawn, heated, elongated, and cooled. Dyneema is 15x stronger than steel at the same weight, making it an incredibly reliable fabric for use in cut-resistant safety gloves.

These gloves have decades worth of research behind them, so you can handle hazardous material safely.

Incredible Tear and Rip Resistant

Boasting the maximum level 4 tear resistance rating under EN 388, Ejendals Tegera Cut and Heat Resistant Gloves show why they're perfect for handling seriously abrasive material. Built to last in the most volatile environments, their Dyneema thread construction holds up brilliantly in the face of cuts, incisions, scuffs and scratches.

What Are Ejendals 629 Heat Resisstant Gloves Made From?

• Inner Material: UHMWPE (Ultra high molecular weight polyethylene), Nylon, Polyester, Glass fibre thread
• Coating Material: Natural Latex
• Lining Material: 10gg, Dyneema , Glass fibre thread, Nylon, Polyester

Glove Specifications

• Coating Style: 3/4 Latex Dip
• Grip Design: Crinkled Grip
• Glove Length: 220 - 260mm
• Fastening Style: Hook and Loop

Additional Documents

• Data Sheet
• Declaration of Conformity

Delivery

This item will be dispatched by Royal Mail, DPD courier or UPS courier.

The estimated delivery time for this item is usually 1-3 working days when ordered before 14:00, Monday to Friday (excluding Bank Holidays).

Orders that are placed before 14:00 on a working day are usually dispatched on the same day; for orders placed outside this timeframe, they are normally dispatched the next working day.

UK Delivery Charges

Certain orders delivered to the UK are subject to a delivery charge; refer to the table below for more information. Please note that all values are listed exclusive of VAT.

*Please note that orders that are going to non-mainland UK and the Scottish highlands may be subject to an additional delivery charge, dependent on the size and value of the order.

Ejendals Sustainability Goals

Here at SafetyGloves.co.uk we take pride in sourcing sustainable and environmentally friendly suppliers. Ejendals are no different, with a company policy that puts being part of a global community at its heart. This policy includes not just a focus on reducing carbon emissions, increasing recycling and minimising waste, but working to reduce the impact of solvents used in gloves based on the current knowledge available.

A Focus on a Better World

Ejendals want to limit their environmental impact in order to make the world better for future generations. Their work includes:

• Imposing environmental requirements on those who deliver products, packaging and services
• Reducing the amount of chemicals used in the manufacturing process
• Ensuring that staff are educated on the impact of the materials used
• Manufacturing high quality products to ensure less waste
• Ship as much as possible to reduce aeroplane emissions
• Minimising waste and recycling materials

Ejendals are also certified in accordance with environmental management system ISO 14001. For a full breakdown of their sustainability goals, see the link below:

What is EN 388?

You might have noticed that this product adheres to EN standard EN 388. EN standards ensure that the product you are buying meets the safety standards of the European Committee for Standardization (CEN), the highest standards organisation recognised by and working on behalf of the European Union. To pass any EN standard, a PPE product must undergo some of the most rigorous safety tests around.

There are many EN standards that our gloves adhere to. However, the EN standard that we’re concerned about here is EN 388. EN 388 stands for Mechanical Resistance, and informs you of your gloves' resistance to abrasion, cuts, tears and punctures.

How Do I Read the EN 388 Score?

Simply speaking, the higher the score that this product achieves, the better the product will be at resisting that hazard. Products will score between Level 0 and Level 4 for abrasion, tears and punctures, and if they weren’t tested for that hazard you will see N/A written instead of a number.

Cuts are a little different and, with the EN 388 standard rewritten in 2016, it means that gloves will either be tested to cut resistance or ISO cut resistance (sometimes called TDM cut resistance). Gloves tested to cut resistance will score between Level 0 and Level 5, and gloves tested to ISO cut resistance will achieve a score between Level A and Level F with the higher letter offering better cut protection.

Where Can I Find Out More?

This is just a brief overview of EN standard EN 388 so you know where you are standing. For further information, you can see the Introductory EN 388 Blog in our Knowledge Centre.