Ejendals Tegera Infinity 8807W Glass Fibre Thread Cut Level D Gloves
When handling sharp objects you need a combination of cut resistance and dexterity, which is why the Ejendals Tegera Infinity 8807W Glass Fibre Thread Cut Level D Gloves are made from an interwoven nylon and glass fibre thread that offers fantastic cut resistance. The lightweight 15 gauge thickness ensures that these gloves allow precise handling and the contact heat resistance of up to 100ºC for a maximum of 15 seconds helps to keep you safe.
Purchase Quantity
- Each purchase includes one pair of gloves
Sizing Information
Wearing the wrong size safety glove can not only compromise your comfort but your safety too. Thankfully, finding the right size for you is simple using our sizing guide, just measure the circumference of your palm (ignoring the thumb area) and the length of your hand as indicated in the image below.
Once you have your measurements, consult the table below for the perfect sized glove for you and select your preferred option from the drop-down menu at the top of the page.
| Size | Circumference (mm) | Length (mm) |
| Size 7 | 178mm | 171mm |
| Size 8 | 203mm | 182mm |
| Size 9 | 229mm | 192mm |
| Size 10 | 254mm | 204mm |
Read our guide to sizing for more information about finding your perfect size.
How Do the Ejendals 8807W Gloves Protect Your Hands?
A foam nitrile palm enhances grip strength by absorbing moisture, perspiration, grease and oil. This prevents material being dropped and ensures that hand and wrist fatigue are a thing of the past. Level D cut-resistance also prevents blades, sharps and other abrasive material from breaching the high-quality glass fibre threading used in the construction of 8807W Gloves.
Performance Ratings
For a glove to be sold as a safety garment in Europe, the fabric used in its manufacturing process must first be tested to determine the level of protection it provides. Please view the information below to see how Ejendals 8807W Gloves performed when tested:
EN 388 (Protection Against Mechanical Risks)
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.
| Test | Result |
| Abrasion | Level 4 |
| Cut | N/A |
| Tear | Level 4 |
| Puncture | Level 3 |
| Blade Cut | Level D |
Read our guide to EN 388 for more information.
EN 407
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:
| Standard | Resistance Rating |
| Burning Resistance | N/A |
| Contact Heat Resistance | Level 1 (100°C) |
| Convective Heat Resistance | N/A |
| Radiant Heat Resistance | N/A |
| Resistance to Small Molten Splashes | N/A |
| Resistance to Large Molten Splashes | N/A |
Suitable Applications and Professions
Thanks to their combination of mechanical hazard resistances, the Ejendals 8807W Gloves are suitable for a wide range of professions and environments. Please see the list below for a few examples we've put together:
Key Features and Attributes
- 15 gauge design combines the benefits of a lighter glove with the protection of a heavier one
- Glass fibre fabric constitution ensures blades are jammed before reaching the skin
- Palm-dipped foam nitrile coating absorbs grease, oil and moisture to enhance grip strength
- Cut Level D protection gives amazing security against blades, glass, sheet metal and other hazardous material
- Thick knit cuff prevents dirt and debris from entering the glove at the wrist
- DMFa free design is kind on sensitive skin
- Contact heat resistant to material heated to 100°C for up to fifteen seconds
- Across-the-board EN 388 mechanical hazard protection
- Available in four different sizes for a guaranteed fit
See Them In Action
Please view the video below to see the various attributes, properties and functions that make Ejendals Infinity Gloves special:
Incredible Cut-Resistance
Level D cut resistance means the fabric used in the construction of Ejendals 8807W Gloves can withstand an incredible 22 newtons of downward pressure applied by a sharp implement before showing visible signs of damage. In real world terms, this is the difference between a misplaced blade tip piercing a cheaper, weaker fabric and it being lodged in between the high quality cut-resistant fibres used in the manufacturing of Ejendals Gloves.
What Is Glass Fibre Thread?
Glass fibre thread or glass fibre lining as it is otherwise known is a material commonly used in the manufacturing of gloves and other cut-resistant garments. It is incredibly durable whilst remaining inobtrusive and lightweight. It looks like incredibly thin string and is woven into the nylon fibres during the construction process to give Ejendals Gloves the cut-resistance they need.
Absorbent Foam Nitrile Coating
Foam nitrile is an incredibly durable and porous coating. It is manufactured to include tiny air bubbles which absorb oil, grease and moisture. If left on the face of the glove palm, these can cause slippage and material drops. It works like a sponge, creating a suction effect that leaves the slightly abrasive texturing on the palm dry enough to adhere to the material in hand.
Contact Heat Resistance
Heated material is a constant issue in factory and warehouse settings. Whether you work with it directly, or you're a machine operative, it's vital you wear gloves that protect against burns and scolding. Tegera 8807W Gloves have a contact heat resistant rating that allows the user to hold material heated to 100°C for an incredible fifteen seconds.
Lightweight 15 Gauge Design
A 15 gauge glove gives the best of both worlds. The heavier, denser fabric associated with a lower gauge glove is woven into a tightly spun, snug design brief that doesn't compromise on dexterity and accuracy. This leaves the fingers free to complete tactile, difficult tasks that require an incredible amount of natural touch and feel.
Additional Documentation
