MCR Safety 92785NF-M CutPro A5 Cut-Resistant Gloves — Medium

The MCR Safety 92785NF-M CutPro A5 cut-resistant gloves in Medium bring ANSI/ISEA 105 A5 cut protection to workers with medium-sized hands in precision assembly, fabrication, automotive, and glass handling environments. Built on an 18-gauge HyperMax HPPE shell finished with a micro foam nitrile palm coating, the 92785NF-M is engineered specifically for the Medium fit — ensuring the glove conforms tightly to the hand without excess material that can catch on sharp edges or compromise dexterity during fine motor tasks. For safety buyers managing mixed-size workforces, the Medium is typically the highest-volume SKU, making it a foundational stocking item in any A5 cut protection program. The micro foam nitrile coating distinguishes this glove from flat-dipped alternatives by incorporating closed-cell air pockets that maintain confident grip on wet, oily, or dry workpieces — exactly the conditions found in machining cells, stamping operations, and automotive assembly lines.

Key Features

• ANSI/ISEA 105 A5 Cut Level — high-tier cut protection validated against sharp metal, glass, stamped edges, and precision-machined components
• 18-Gauge HyperMax HPPE Knit Shell — ultra-fine 18-gauge construction delivers superior tactile sensitivity and a glove-like fit that supports fine motor work
• Micro Foam Nitrile Palm Coating — closed-cell foam nitrile structure grips effectively across dry, wet, and lightly oily surfaces
• Medium Size Fit — precisely sized for Medium hands, ensuring cut-resistant liner stays properly positioned during use
• Lightweight and Breathable — fine gauge keeps bulk minimal, reducing hand fatigue across extended shifts
• Seamless Knit Construction — no interior seams to irritate the hand or create pressure points during repetitive tasks
• Uncoated Knit Back — dorsal ventilation reduces heat and moisture buildup for all-day wearability
• Consistent MCR CutPro Quality — manufactured to MCR Safety's established quality standards for the CutPro product line

Specifications

Cut Protection and Micro Foam Nitrile Technology for Medium-Fit Applications

In industrial hand protection, A5 is a key threshold — it represents high cut resistance without the bulk and stiffness typical of A7 or A8 gloves. The MCR Safety 92785NF-M earns its A5 rating through the tensile strength and cut-resistance properties of HyperMax HPPE, a premium high-performance polyethylene fiber woven at 18 gauge to form a tight, flexible barrier around the hand. For safety managers, specifying A5 protection in operations involving stamped metal blanks, glass panels, automotive body parts, and precision-machined components means measurably fewer laceration incidents without sacrificing the productivity that workers need to maintain output targets.

The 18-gauge construction is a deliberate choice for precision work environments. Coarser 13-gauge gloves offer excellent cut resistance but reduce tactile feedback and can feel clumsy in assembly operations where workers must feel part features, snap fits, or fastener threads. At 18 gauge, the 92785NF-M fits the hand more like a second skin, enabling workers to handle small parts confidently, manipulate tools accurately, and maintain the spatial awareness that prevents secondary injuries from awkward grips and dropped components. This translates to both safety and quality outcomes for B2B buyers operating in automotive, aerospace, and electronics assembly.

The micro foam nitrile palm coating on the 92785NF-M is a performance differentiator in real production conditions. Unlike flat nitrile, which can feel rigid and provides limited benefit when hands or parts are wet, the micro foam matrix flexes with the hand and creates multiple small grip contact points across irregular surfaces. Coolant-wetted parts, powder-coated panels, and oily machined surfaces — all common in manufacturing environments — are more securely gripped with micro foam nitrile than with standard coatings. Workers report higher confidence handling slippery or irregularly shaped components, which correlates with reduced dropped-part incidents and associated injuries or quality defects.

The Medium size of the 92785NF is designed to accommodate hand circumferences of approximately 8–9 inches, fitting the majority of adult hands across mixed-gender workforces. Proper size matching is a critical but often overlooked aspect of cut glove programs; a glove that fits correctly maintains its cut-resistant liner in the optimal position relative to the hazard and provides the intended level of protection consistently throughout the shift.

Compliance and Standards

• ANSI/ISEA 105 — Cut Level A5 per current American National Standard for Hand Protection Selection Criteria
• OSHA 29 CFR 1910.138 — appropriate as documented PPE selection for cut hazard environments assessed at A5-level risk
• ASTM F2992 — underlying cut-resistance test standard for ANSI A5 classification
• Manufactured under MCR Safety's quality management processes consistent with PPE industry requirements

Real-World Benefits

Maximum Sizing Availability for Workforce Coverage. Medium is the most commonly required glove size in mixed industrial workforces. Stocking the 92785NF-M ensures the broadest possible coverage when deploying an A5 cut protection program. Safety managers can order the Medium SKU in higher quantities while supplementing with Small, Large, and XL sizes, maintaining adequate inventory without overstocking specialty sizes.

Dexterity That Drives Compliance. Workers who find gloves bulky, stiff, or uncomfortable remove them — creating the very exposure the PPE program is designed to prevent. The 18-gauge HyperMax construction of the 92785NF-M is specifically designed to be thin enough for comfortable extended wear, and the micro foam nitrile coating adds grip without adding the rigidity that discourages compliance. Higher compliance rates translate directly to fewer recordable incidents and lower workers' compensation costs.

Versatile A5 Protection Across Multiple Job Functions. A single SKU — the 92785NF-M in Medium — can address cut risks across fabrication, assembly, materials handling, and packaging job functions within the same facility. This simplifies procurement, reduces SKU proliferation in inventory systems, and ensures consistent protection standards across departments without requiring job-specific glove programs for each work cell.

Applications and Use Cases

• Metal fabrication: handling stamped blanks, sheet metal, and formed components with sharp burrs
• Automotive assembly: doors, body panels, trim pieces, brackets, and under-hood components
• Glass processing: cutting, sorting, and installing flat glass, glazing, and optical panels
• Precision assembly: electronics, appliance, and aerospace sub-assemblies with fine components
• Machine operator support: loading/unloading CNC machines and handling machined parts
• HVAC installation: ductwork fabrication and fitting with galvanized sheet metal
• Metal recycling and scrap handling: sorting and feeding sharp-edged scrap into processing equipment
• Packaging lines with metal strapping, banding, or sharp-edged containers

Related Products

• Browse All Cut-Resistant Gloves — ANSI A1–A9 rated options for every cut hazard level
• Hand Protection Collection — full catalog of industrial hand safety solutions
• MCR Safety 92785NF-L — CutPro A5 Gloves, Large
• MCR Safety 92785NF-S — CutPro A5 Gloves, Small
• Safety Gloves — general-purpose and specialty protective gloves
• Full PPE Catalog — complete personal protective equipment for industrial workplaces

Frequently Asked Questions

What does ANSI A5 cut level mean?

ANSI/ISEA 105 rates glove cut resistance from A1 (lowest) to A9 (highest) based on standardized blade force testing per ASTM F2992. An A5 rating means the glove material withstood 2200–2999 grams of blade force before a cut occurred. This places A5 solidly in the high-protection tier, appropriate for operations involving sharp stamped metal, glass, automotive components, and similar hazards where lighter A2 or A3 gloves would leave workers inadequately protected.

When is an A5 glove required instead of A3?

The choice between A3 and A5 should be driven by a documented hazard assessment. If workers regularly handle sharp stamped metal parts, glass edges, automotive body panels, precision-machined components with fine burrs, or banding and strapping wire, A5 protection is appropriate. A3 is generally adequate for general warehousing, packaging with light cardboard, and tasks where incidental contact with moderately sharp surfaces is the main hazard. When in doubt, select the higher rating — using A5 where A3 would suffice has no safety downside, only a modest cost difference.

What is micro foam nitrile and why is it better for wet conditions?

Micro foam nitrile is a variant of nitrile rubber coating that incorporates a network of microscopic closed-cell air bubbles into the coating during manufacturing. This foam structure makes the coating softer and more pliable than flat nitrile, and creates multiple small contact points against the gripped surface. When the workpiece is wet, oily, or greasy, flat nitrile can hydroplane — the liquid creates a film between the coating and the part. The micro foam texture disrupts this film, allowing the nitrile to maintain contact and grip. For machining, automotive, and wet-process environments, micro foam nitrile provides meaningfully better grip retention than flat nitrile coatings.

How should I wash the 92785NF-M gloves?

Hand washing in warm water with mild liquid detergent is the gentlest method for maintaining the cut-resistant liner and nitrile coating. A gentle machine wash cycle in a mesh laundry bag is generally acceptable for routine cleaning. Always air dry away from direct heat sources — high-heat dryers can damage both the HPPE fiber and the nitrile coating, reducing the glove's cut-resistance performance. Never use bleach or harsh chemical solvents. Inspect each glove before each use; retire any glove with visible cuts, holes, or delaminating coating immediately.

How do I determine the right size for my workers?

Have each worker measure the circumference of their dominant hand around the widest part of the palm (excluding thumb) with a soft tape measure. Medium typically fits 8–9 inches. If a worker is between sizes, size up — a slightly loose glove is preferable to a glove that restricts circulation or prevents full finger extension. For workforce deployments, it is best practice to have sample sizes on-hand for fit trials before bulk ordering, as hand proportions vary significantly even within the same nominal size group.

Are there OSHA requirements for cut-resistant gloves?

OSHA 29 CFR 1910.138 requires employers to provide hand protection where hazard assessments identify risks of cuts, punctures, or lacerations. OSHA does not specify ANSI cut levels by number in the regulatory text, but the standard requires that protection be appropriate to the hazard. Using the ANSI/ISEA 105 scale to document glove selection rationale is a widely accepted best practice that supports regulatory compliance. Employers should keep written hazard assessments and glove selection records available for OSHA inspectors.

Can I use these gloves in both dry and wet environments?

Yes. The micro foam nitrile palm coating on the 92785NF-M is specifically designed to maintain grip performance in dry, wet, and lightly oily conditions. It performs well across the variable surface conditions typical in manufacturing, automotive, and fabrication environments. It is not designed for fully submerged or chemical-immersion applications — for those environments, a coated glove with full chemical resistance ratings would be more appropriate. Always verify the coating's compatibility with specific chemicals or fluids present in your work environment before deployment.

What is the service life of the 92785NF-M?

Service life depends on the frequency of use, intensity of the task, and the abrasiveness of the workpieces. A well-maintained glove used in precision assembly may last several weeks or more; a glove used for heavy material handling with rough edges will show more wear. Inspect gloves daily before use. Replace immediately upon any visible damage to the cut-resistant liner, coating separation, holes, or thinning of the material — a damaged cut glove provides unpredictable and potentially inadequate protection. Most industrial safety programs schedule routine glove replacement cycles as a baseline regardless of visual condition.