Skytec HPPE Sandy Nitrile Coated Cut Resistant Gloves - Sharp Parts and Oily Conditions

Skytec HPPE Sandy Nitrile Coated Cut Resistant Gloves

The Skytec EMG738 is a medium cut resistant work glove built for sharp parts handling, assembly, and fabrication tasks in dry, oily, and greasy conditions where EN 388 Level C cut protection and reliable wet-condition grip are both required. The 13-gauge liner combines glass fibre and HPPE to deliver TDM straight blade cut resistance at Level C, confirmed by EN 388:2016 + A1:2018 score 4X43C, one full level above the Benchmark BMG718. The sandy nitrile palm coating is the critical differentiator over foam nitrile alternatives: the textured surface maintains grip on oily and greasy components where smooth or foam coatings lose traction, making this the correct specification for automotive maintenance, machining, and any assembly task involving lubricants or cutting fluids. Additional contact heat protection to 100°C for short periods under EN 407:2020 covers incidental contact with warm surfaces during maintenance and fabrication tasks. Reinforced thumb crotch and seamless breathable liner complete a glove built for sustained daily use across aerospace, automotive, and construction environments. 

Why choose the Skytec HPPE Sandy Nitrile Coated Cut Resistant Gloves

• EN 388 Level C TDM cut resistance: One level above the Benchmark BMG718, covering higher-risk sharp parts handling tasks where Level B is insufficient.

• Sandy nitrile for oily and greasy grip: The textured sandy surface maintains traction on oily components, cutting fluids, and greasy parts where foam or flat nitrile coatings would slip.

• Contact heat protection to 100°C: EN 407:2020 Level 1 contact heat resistance covers incidental contact with warm surfaces during automotive maintenance and fabrication tasks.

• Level 4 abrasion and Level 4 tear resistance: EN 388 scores of 4 for both abrasion and tear confirm the coating and liner withstand sustained heavy use in industrial environments.

• Thumb crotch reinforcement extends glove life: Targeted reinforcement at the highest-wear point reduces premature failure during sustained gripping and handling tasks.

• Breathable seamless construction: Seamless knit liner and breathable back reduce skin irritation and perspiration during continuous wear across a full production shift.

• Triple certification: CE Cat II, EN 388:2016, EN 407:2020, and ANSI/ISEA 105:2016 dual-standard coverage for European and North American specification frameworks.

What's included

10 x pairs of Skytec HPPE Sandy Nitrile Coated Cut Resistant Gloves in your chosen size.

 Specifications

Size Guide

Compatibility

Who is this for?

The Skytec EMG738 is specified by site managers, production supervisors, SHEQ advisors, and procurement teams in automotive, aerospace, construction, and woodwork environments where operatives handle sharp components in oily or greasy conditions and EN 388 Level C cut protection is required. It is the step up from the Benchmark BMG718 for tasks where Level B is insufficient or where the working environment involves lubricants, cutting fluids, or greasy surfaces that would compromise a foam nitrile coating. Available in sizes 9 and 10, supplied in packs of 10 pairs.

Typical applications

• Sharp metal component handling in automotive assembly and vehicle maintenance where oily conditions require both cut protection and reliable grip

• Woodwork and fabrication tasks involving sharp edges, rough-cut timber, and hand tool operation

• Aerospace maintenance involving sharp fasteners, panels, and mixed material handling in dry and lightly oily conditions

• Component and product assembly requiring Level C cut protection alongside grip in greasy or lubricated environments

• General maintenance on construction and industrial sites involving sharp materials and oily surfaces

• General goods handling where sharp packaging, strapping, or materials present a foreseeable Level C cut risk

How to use

1. Select the correct size. Size 9 (L) corresponds to approximately 229 mm palm circumference, size 10 (XL) 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 at the wrist.

4. Use for sharp parts handling, assembly, and fabrication in dry, oily, and greasy conditions.

5. The EN 407:2020 contact heat rating covers incidental surface contact up to 100°C for a maximum of 15 seconds. Do not use for sustained heat exposure or open flame.

6. Do not use for tasks requiring cut protection beyond Level C. Confirm through risk assessment that Level C is appropriate before issuing.

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

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

Safety

• CE Cat II, EN 388:2016 + A1:2018 score 4X43C. Level C TDM cut resistance, Level 4 abrasion and tear resistance. Not rated for cut hazards beyond Level C, sustained heat, chemical protection, or electrical hazards.

• EN 407:2020 X1XXXX: contact heat protection to 100°C for a maximum of 15 seconds only. Not suitable for sustained thermal exposure or welding tasks.

• Confirm through risk assessment that Level C cut protection is appropriate for the specific hazard before issuing.

• Do not use near rotating machinery. Entanglement hazard.

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

Maintenance

Wipe clean with a damp cloth between uses. Machine washing is not recommended as it degrades the sandy nitrile coating and alters 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. Use within 3 years of manufacture.

Frequently Asked Questions

Q: What is the difference between this glove and the Benchmark BMG718?

 A: Both are HPPE and glass fibre cut-resistant gloves with nitrile palm coating. The EMG738 provides EN 388 Level C TDM cut resistance versus Level B on the BMG718, making it the correct upgrade for higher-risk sharp parts environments. The EMG738 also uses a sandy nitrile coating rather than foam nitrile, providing superior grip in oily and greasy conditions. It additionally carries EN 407:2020 contact heat protection to 100°C for short periods, which the BMG718 does not provide.

Q: What is sandy nitrile and why is it better than foam nitrile in oily conditions?

 A: Sandy nitrile has a textured, grit-like surface produced by embedding fine particles into the nitrile coating during manufacture. This texture maintains mechanical grip on oily, greasy, and wet surfaces by displacing liquid and creating direct contact points between the coating and the surface being handled. Foam nitrile has a smoother micro-porous surface that performs well in dry conditions but loses traction more quickly as oil builds up on the surface.

Q: What does EN 388 Level C TDM cut resistance mean?

 A: The TDM straight blade cut test measures the force in Newtons required to cut through the glove material. Level C on the A to F scale means the glove withstands a cutting force of between 10N and 15N. This is the correct specification for tasks involving sharp metal components, fabricated parts, and woodwork where the risk assessment identifies a higher cut hazard than Level B covers.

Q: What does the EN 407:2020 X1XXXX contact heat rating mean?

 A: EN 407:2020 tests gloves against thermal hazards. The score X1XXXX indicates only the contact heat test was carried out, achieving Level 1, which covers incidental contact with surfaces up to 100°C for a maximum of 15 seconds. This covers brief contact with warm automotive components, machinery surfaces, and fabrication materials during maintenance tasks. It does not cover sustained heat exposure or flame contact.

Q: Can this glove be used for welding tasks?

 A: No. The EN 407:2020 Level 1 contact heat rating covers only brief incidental surface contact up to 100°C. Welding tasks require a glove with EN 12477 certification and higher thermal protection ratings. The EMG738 is not suitable for welding.

Q: How does Level C compare to Level B and when should I upgrade?

 A: Level B requires the glove to withstand a cutting force of 5N to 10N. Level C requires 10N to 15N. The upgrade from Level B to Level C is appropriate when the risk assessment identifies sharper or harder-edged components than Level B covers, such as heavier gauge sheet metal, machined parts with fine edges, or tasks where blade contact is more frequent or more forceful. If operatives have experienced cut injuries whilst wearing Level B gloves, Level C is the correct step up.

Q: Is this glove suitable for automotive workshop use?

A: Yes. The combination of sandy nitrile grip in oily conditions, Level C cut resistance for sharp components, and contact heat protection for incidental surface contact makes the EMG738 a strong specification for automotive workshop and vehicle maintenance environments. It is confirmed by the manufacturer for vehicle repairs and maintenance alongside aerospace and construction applications.

Q: Why buy HPPE cut resistant 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.