Benchmark HPPE Nitrile Foam Coated Gloves - Cut Resistant Assembly and Handling

 Specifications

Size Guide

Compatibility

Who is this for?

The Benchmark BMG718 is specified by site managers, production supervisors, SHEQ advisors, and procurement teams in automotive, construction, aerospace, highways, and woodwork environments where operatives handle sharp components, sheet materials, or fabricated parts and a lightweight cut-resistant glove is required that does not compromise dexterity. It is the correct specification for tasks where a standard nitrile handling glove provides no cut protection and a heavier cut-resistant glove would be too stiff or bulky for precision assembly work. Available in size 10, supplied in packs of 10 pairs.

Typical applications

• Sharp metal component and parts handling in automotive assembly and vehicle maintenance where Level B cut protection is required alongside grip in lightly oily conditions

• Woodwork and fabrication tasks involving sharp edges, tooling, and rough-cut materials

• Aerospace and highways maintenance involving sharp fasteners, panels, and mixed material handling

• Component and product assembly requiring both cut resistance and the dexterity to handle small precision parts

• General maintenance tasks on construction and industrial sites involving sharp materials, fixings, and hand tool operation

• General goods handling where sharp packaging, strapping, or pallet edges present a foreseeable cut risk

How to use

1. Confirm size 10 (XL) is appropriate by measuring palm circumference. Size 10 corresponds to approximately 254 mm.

2. Inspect the glove before each use. Check for holes, coating separation, liner damage, or tears. Discard any damaged pair.

3. Don the glove ensuring the elasticated knit wrist seats securely. Note the elastic-free overedge at the cuff reduces wrist irritation during extended wear.

4. Use for sharp parts handling, assembly, vehicle maintenance, and woodwork in dry to lightly oily conditions.

5. Do not use for tasks requiring cut protection beyond Level B. Confirm through risk assessment that Level B is appropriate for the specific hazard before issuing.

6. Do not use near rotating machinery. Entanglement hazard.

7. Remove by easing left and right gloves off alternately where surface contamination is present.

8. Wash hands thoroughly before donning and after removing gloves.

Safety

• CE Cat II, EN 388:2016 + A1:2018 score 4X31B. Level 4 abrasion, Level B TDM cut resistance, Level 3 tear resistance. Not rated for cut hazards beyond Level B, heat, chemical protection, or electrical hazards.

• Confirm through risk assessment that Level B cut protection is appropriate for the specific task before issuing. For higher cut hazards, a glove with EN 388 cut Level C or above is required.

• Do not use near rotating machinery. Entanglement hazard.

• If a skin reaction occurs during use, remove immediately and seek medical advice.

• Use within 3 years of manufacture. Store between 10°C and 30°C in original packaging away from direct light.

Maintenance

Wipe clean with a damp cloth between uses. Machine washing is not recommended as it may degrade the foam nitrile coating and alter certified performance levels. Allow to dry naturally before storing. Store in dry conditions between 10°C and 30°C in original packaging away from direct sunlight. Do not exceed 40°C in storage. Inspect before each use and discard if coating separation, liner damage, or surface wear is present.

Frequently Asked Questions

Q: What does EN 388 Level B TDM cut resistance mean in plain language?

 A: The TDM (straight blade) cut test measures the force in Newtons required to cut through the glove material using a straight blade. Level B on the A to F scale means the glove withstands a cutting force of between 5N and 10N. For sharp metal components, fabricated parts, and woodwork applications where incidental blade contact is a foreseeable risk, Level B provides meaningful protection without the stiffness of higher-rated cut-resistant gloves.

Q: Why does the EN 388 score show 4X31B rather than a full five-digit score?

 A: The X in position two indicates the Coupe rotary blade cut test was not carried out. For gloves with cut-resistant liners, the Coupe test can give unreliable results due to blade dulling against the liner material. The TDM straight blade test in position five is the more appropriate and reliable method for these gloves, and the B result is the definitive cut resistance rating.

Q: Why is HPPE on the inside of the liner and glass fibre on the outside?

 A: HPPE is soft against the skin, making it comfortable for extended wear. Glass fibre provides the cut resistance but is uncomfortable in direct skin contact. Placing HPPE on the inside and glass fibre on the outside optimises both properties simultaneously, delivering the cut protection where the blade would contact the glove and the comfort where the hand contacts the liner.

Q: How does this compare to a standard nitrile palm coated glove for assembly work?

 A: A standard nitrile palm coated glove such as the Portwest A330 or Skytec EMG211 provides no meaningful cut resistance. The Benchmark BMG718 adds EN 388 Level B TDM cut resistance through the HPPE and glass fibre liner whilst maintaining a similar lightweight format and foam nitrile grip. For any assembly task involving sharp components, the BMG718 is the correct specification over a standard nitrile glove.

Q: What is the difference between foam nitrile and flat nitrile coating?

 A: Foam nitrile has a micro-porous, slightly textured surface that provides enhanced grip on dry and lightly oily surfaces compared to flat nitrile. The foam structure also makes the coating softer and more flexible at the fingertips. Flat nitrile produces a denser, smoother surface that is better for contamination-sensitive environments. For sharp parts handling and automotive maintenance in lightly oily conditions, foam nitrile is the correct coating choice.

Q: What does thumb crotch reinforcement mean and why does it matter?

 A: The thumb crotch is the V-shaped area between the thumb and index finger. It is the highest-wear point on a work glove during gripping, pinching, and tool use tasks. Without reinforcement, this area thins and tears before the rest of the glove has reached the end of its useful life. The additional material at this point extends the working life of the BMG718 beyond standard construction gloves of equivalent specification.

Q: Is this glove suitable for woodwork and fabrication tasks?

 A: Yes. The combination of Level B cut resistance, Level 4 abrasion resistance, and foam nitrile grip in dry conditions makes the BMG718 appropriate for woodwork, fabrication, and general workshop tasks involving sharp edges, rough cut surfaces, and hand tool operation. It is not suitable for tasks involving sustained blade cutting where higher cut levels are required.

Q: Why buy HPPE Nitrile Foam Coated Gloves from CMT Group?

 A: CMT Group is a BSIF Registered Safety Supplier and holds ISO 9001:2015, CHAS Elite, and SSIP accreditations, meaning PPE products are sourced through a verified, compliant supply chain. Most orders are despatched for same or next working day UK mainland delivery when placed by 7pm online. Packs of 10 pairs are available for single-site orders with case quantities of 120 pairs for framework and multi-site procurement. Volume pricing is available through CMT's EDGE procurement portal.