MCR CT1064PU PU-Coated Level D Cut-Resistant Nitrile Gloves
The MCR CT1064PU PU-Coated Level D Cut-Resistant Nitrile Gloves provide superior hand protection, with exceptional resistance to cuts, abrasions and a durable polyurethane palm coating that offers control and stability when working. While these gloves have an almost impenetrable construction, their breathable design and touchscreen compatibility make them a comfortable and convenient workwear option.
What's Included?
- 1 x Pair of CT1064PU Gloves
Resistance of the MRC CT1064PU Gloves
The PU-Coated Nitrile Gloves provide a high level of resistance against mechanical risks, conforming with EU regulation standards to ensure high standards of safety and performance. Please see the performance grades for these gloves down below:
EN 388 (Mechanical Risks)
Hazard | Level of Resistance |
Abrasion Resistance | Level 4 |
Cut Resistance | N/A |
Tear Resistance | Level 4 |
Puncture Resistance | Level 2 |
ISO Cut Resistance | Level D |
Please read our guide to EN 388 for more information.
Uses of the Level D Cut-Resistant Gloves
Offering impressive levels of resistance against abrasion, tear and cut, the Level D Gloves are well suited to the building, bricklaying and construction industries. However, their lightweight and versatile design makes them appropriate for a fairly wide variety of trades, including the following:
- Assembly
- Builders
- Brick Handling
- Ceramics
- Construction
- DIY
- Fabrication
- Glass manufacturing
- Industrial work
- Machinist
- Maintenance
- Metal handling
- Railway Maintenance
- Scaffolding
Key Features and Benefits
- Steel-strong "cut fibre" material offers superb cut resistance
- Ultra-thin 18-gauge anatomical gloves provide lasting comfort
- Blends smooth and steel fibres for enhanced cut performance that won't impact comfort
- Premium polyurethane palm coating can survive over 30,000 abrasive cycles
- Reinforced thumb-crotch for extra durability in key areas
- Touch-screen fingertips for greater convenience
- Fits the natural contours of the hand, which improves dexterity for precision handling tasks
- All-black design that hides dirt and grime
- Scannable QR code for easy viewing of specification sheet
How Protective Are the MCR Cut-Resistant Gloves?
Using a ground-breaking new yarn formulation, these work gloves manage to offer Level D cut protection despite there light, breathable design. On top of that, the premium polyurethane palm coating delivers the highest degree of abrasion and tear resistance, ensuring long lasting performance and exceptional protection against rough, abrasive materials.
How Dexterous Are the CT1064PU Nitrile Gloves?
Designed to naturally fit the contours of your hand, the MCR PU-Coated Gloves provide good functional dexterity, enabling you to work your trade with precision and accuracy. The addition of touchscreen fingertips also means that you won't have to remove the gloves to use your phone - isn't that convenient?
How Much Grip Do the PU-Coated Gloves Provide?
The PU-coated palm doesn't just offer protection, but also a reliable degree of grip for manual handling. MCR Safety have rated these gloves 4/5 for dry handling, making them good for gripping dry bricks, scaffolding poles and tools. Providing a moderate level of grip in wet and oily conditions, these gloves are not as effective as others in wet or oily environments.
How Comfortable Are the MCR Nitrile Air Gloves?
Intended for maximum breathability, the MCR Polyurethane Coated Gloves provide light, yet reliable protection while fitting your hand like a second skin. These gloves are made from unique fibres that are soft to the touch, yet steadfast in their defence against cuts, tears and abrasion.
Which Size Should I Choose?
To find out which size you need, please measure the circumference and length of your palm as shown in the diagram, then refer to the sizing table below.
Glove Size | Palm Circumference | Palm Length | Min. Glove Length |
7 | 178mm | 170mm | 230mm |
8 | 203mm | 182mm | 240mm |
9 | 229mm | 192mm | 250mm |
10 | 254mm | 204mm | 260mm |
Documentation