MCR Safety 92785NF-XL CutPro A5 Cut-Resistant Gloves — X-Large

The MCR Safety CutPro 92785NF X-Large Work Gloves deliver ANSI/ISEA 105-2016 Cut Level A5 protection in an 18-gauge HyperMax HPPE shell with micro foam nitrile palm coating — built for metal fabrication, automotive assembly, glass handling, and sheet metal work where superior cut resistance and all-shift dexterity are non-negotiable. The 92785NF combines an ultra-fine 18-gauge knit with a breathable micro-textured foam nitrile coating that grips in wet, oily, and dry conditions, giving workers the tactile sensitivity of a lightweight glove without sacrificing A5-rated cut performance. If your operation involves sharp metal edges, glass sheets, or cable cutting hazards, the CutPro 92785NF-XL is engineered for that exact environment.

Key Features

• ANSI/ISEA 105-2016 Cut Level A5 — high cut resistance protecting against sharp metal edges, glass, sheet metal, and cable hazards
• 18 gauge HyperMax HPPE shell — ultra-fine knit for maximum dexterity; High Performance Polyethylene (HPPE) provides the cut resistance without bulk
• Micro Foam Nitrile palm coating — micro-textured foam nitrile grips in wet, oily, and dry conditions; breathable construction reduces hand fatigue
• Size: X-Large — sized for larger hands without compromising fit or dexterity
• Lightweight and breathable — designed for extended wear during full production shifts
• ANSI A5 performance — second-highest common cut level, balancing protection against A7-A9 stiffness
• MCR Safety CutPro line — engineered specifically for industrial cut hazard applications

Specifications

Detailed Description

Cut-resistant gloves are not a single category — they span a wide range of protection levels, materials, and coatings, and selecting the wrong specification can mean either insufficient protection or unnecessary stiffness that degrades worker performance. The MCR Safety CutPro 92785NF is built around a precise specification: ANSI Cut Level A5, 18-gauge knit, micro foam nitrile coating. Each element of that specification is a deliberate engineering decision that makes this glove particularly effective in metal fabrication, glass handling, and assembly environments.

The ANSI/ISEA 105-2016 Cut Level A5 designation means the glove shell has been tested to withstand a defined amount of cutting force without the blade penetrating the material. On the A1-through-A9 ANSI scale, A5 represents robust protection against the most common industrial cut hazards — sharp metal edges, sheet metal burrs, glass edges, stamped parts, and wire or cable cutting tasks. The step from A3 to A5 (as seen when comparing the 9278NF to the 92785NF) is significant: A5 provides meaningfully higher cut resistance while maintaining a level of glove flexibility that A7, A8, and A9 gloves — which incorporate heavier cut-resistant yarns — cannot match. For the majority of industrial cut hazard environments, A5 is the optimal balance point between protection and dexterity.

The shell construction uses 18-gauge HyperMax HPPE yarn. HPPE (High Performance Polyethylene) is a high-tenacity synthetic fiber that provides excellent cut resistance at relatively low yarn weight compared to materials like Kevlar aramid alone. The 18-gauge knit density — finer than the 13-gauge gloves common in general-purpose applications — produces a tighter, thinner fabric that conforms closely to the hand. This delivers the tactile feedback and finger dexterity that assembly operations and precision parts handling require. Workers who need to pick up small components, feel part edges, or manipulate tools while wearing the 92785NF will notice the difference compared to heavier-gauge cut-resistant gloves.

The micro foam nitrile palm coating is what makes this glove practical across the full range of production conditions. Nitrile is oil-resistant and provides grip on metal parts that would cause standard polyurethane or latex coatings to slip. The micro-textured foam structure creates a high-surface-area grip surface that works in wet, light oil, and dry conditions simultaneously. Unlike dense nitrile dip coatings that can make gloves stiff and hot, the foam nitrile structure traps air, making the coating lightweight and breathable — reducing the heat buildup and moisture accumulation that causes workers to remove gloves before a task is complete.

The X-Large sizing of the 92785NF-XL ensures that workers with larger hand dimensions get a proper fit without constriction at the knuckles or fingertips. An ill-fitting glove reduces dexterity and encourages removal; a properly sized A5 glove that fits well is one that actually gets worn. MCR Safety's CutPro line is available in multiple sizes — including XX-Large (92785NF-XXL) for those requiring an even larger fit — to allow facilities to stock the correct size for their full workforce.

For facilities sourcing gloves to protect against cut hazards, the 92785NF is a strong default specification for metal fabrication lines, automotive stamping and assembly, glass and mirror fabrication, warehouse order picking with sharp-edged packaging, and any operation where ANSI A5 cut protection is the documented hazard requirement.

Compliance and Standards

• ANSI/ISEA 105-2016 — Cut Level A5 (high cut resistance)
• Tested per the TDM-100 machine cut test method specified in ANSI/ISEA 105-2016
• Suitable for OSHA 29 CFR 1910.138 (General Industry — hand protection) compliance documentation
• Meets requirements for cut hazard hand protection where A5 or equivalent is specified in a facility's hazard assessment (JHA/PPE matrix)

Real-World Benefits

A5 cut protection without A7 stiffness: Workers handling sharp-edged metal parts, sheet goods, or glass typically need a glove that protects while allowing them to feel and manipulate parts effectively. A5 on an 18-gauge knit delivers that combination. Upgrading to A7 or higher often introduces stiffness that slows production and encourages non-compliance.

Grip in oily production environments: Metal fabrication and automotive assembly lines frequently involve cutting fluids, lubricants, and light oils on parts surfaces. The micro foam nitrile coating maintains grip where polyurethane coatings fail, reducing dropped parts incidents and improving assembly quality.

All-day wearability: The breathable foam nitrile construction and fine 18-gauge knit reduce heat and moisture buildup during extended production shifts, improving compliance and reducing hand fatigue compared to heavier cut-resistant gloves.

Upgrade path from A3: Facilities currently using A3-rated gloves (such as the MCR 9278NF) and experiencing cut incidents should consider upgrading to the 92785NF for A5 protection. The gauge and coating remain similar, making the transition straightforward for workers.

Applications and Use Cases

• Metal fabrication shops — handling stamped, cut, and formed metal parts with sharp edges and burrs
• Automotive assembly lines — body panel handling, trim installation, parts assembly with sharp components
• Glass and mirror handling — flat glass cutting, installation, and transport with A5 protection against glass edges
• Sheet metal work — HVAC ductwork fabrication, flashing installation, and sheet metal forming
• Wire and cable processing — cable cutting, stripping, and routing in electrical manufacturing
• Warehouse and distribution — order picking involving sharp-edged packaging, banding, or metal-strapped pallets
• Food processing — where cut protection and nitrile coating are appropriate for the specific application

Related Products

• Shop All Cut-Resistant Gloves at WCSafety
• Work Gloves — Full Collection
• Personal Protective Equipment (PPE) — Full Catalog
• MCR Safety CutPro 92785NF-XXL — XX-Large (same glove, XXL size)
• MCR Safety CutPro 9278NF — A3 Cut Level (comparable dexterity, lower cut rating)

Frequently Asked Questions

What does ANSI Cut Level A5 mean?

ANSI/ISEA 105-2016 Cut Level A5 indicates the glove has been tested using the TDM-100 cut resistance machine and has achieved a specified grams-force threshold for cut resistance. The ANSI scale runs from A1 (lightest cut hazards) to A9 (highest cut resistance). A5 is appropriate for moderate-to-high cut hazards — sharp metal edges, glass, sheet metal burrs, and similar industrial cutting risks — without the bulk and stiffness associated with A7 through A9 gloves.

What is the difference between the 92785NF and the 9278NF?

The primary difference is cut protection level. The 9278NF is rated ANSI Cut Level A3, while the 92785NF is rated A5 — higher cut resistance. Both use a similar micro foam nitrile coating for grip. If a facility's hazard assessment identifies cut risks requiring A5 or higher, the 92785NF is the appropriate choice. The 9278NF is suited to lower-risk applications where A3 is sufficient.

What is HyperMax HPPE?

HyperMax HPPE (High Performance Polyethylene) is a high-tenacity synthetic fiber used in MCR Safety's cut-resistant glove shells. HPPE provides excellent cut resistance at low yarn weight, enabling fine-gauge knits (like the 18-gauge construction in the 92785NF) that maintain dexterity while delivering A5-level protection. It is not a brand name for a different material — it is MCR Safety's designation for their HPPE cut-resistant yarn.

Will the micro foam nitrile coating hold up in oily conditions?

Yes. Nitrile is oil-resistant by nature, and the micro foam texture maintains grip on parts with light lubricant or cutting fluid on the surface. This is one of the primary reasons the 92785NF is favored over polyurethane-coated alternatives in metal fabrication and automotive assembly environments where part surfaces are frequently oiled.

How do I choose the right glove size?

Measure the circumference of your dominant hand around the knuckles (not the thumb) and the length from the base of the palm to the tip of the middle finger. The X-Large size is appropriate for large hand dimensions. Proper fit is important: a glove that is too large reduces dexterity and increases the risk of the glove snagging on equipment; one that is too tight restricts circulation and causes fatigue. The 92785NF is also available in XX-Large (92785NF-XXL) for those needing a larger size.

Are these gloves suitable for food processing applications?

The cut-resistant HPPE shell and nitrile coating are generally durable and easy to inspect, but suitability for food contact depends on specific regulatory requirements for your facility and product. Consult your food safety compliance team and verify whether the coating meets applicable food contact standards before deploying in direct food contact applications.

How does the 18-gauge knit compare to a 13-gauge glove?

Gauge refers to the number of stitches per inch in the knit — a higher gauge number means finer, tighter stitches. An 18-gauge glove has a significantly finer knit than a 13-gauge glove, resulting in a thinner, more form-fitting shell with better tactile sensitivity. For precision handling tasks — picking up small parts, feeling edges, operating controls — 18-gauge provides noticeably better dexterity. The tradeoff is that heavier yarns used in some 13-gauge A5 gloves may offer marginally more abrasion resistance, but for most cut hazard applications the 18-gauge 92785NF delivers the right combination of protection and usability.

What is the correct way to inspect and retire cut-resistant gloves?

Before each shift, inspect gloves for cuts, tears, coating delamination, and thinning of the shell — particularly in the palm, thumb crotch, and finger areas that bear the most wear. Any visible cuts or holes in the shell compromise cut protection and the glove should be removed from service immediately. Coating wear that reduces grip performance is also a retirement trigger. Most industrial gloves in high-use applications should be inspected daily and replaced on a regular cycle determined by your facility's PPE program.