MCR Safety 92785NFS CutPro A5 Micro Foam Nitrile Gloves — Small

The MCR Safety 92785NFS CutPro A5 Micro Foam Nitrile Gloves deliver ANSI/ISEA 105 Level A5 cut resistance in an 18-gauge HyperMax HPPE shell coated with micro foam nitrile on the palm and fingers. Engineered for industrial facilities, manufacturing lines, and fabrication shops where sharp-edge hazards are constant, these cut-resistant gloves combine high-performance protection with the tactile sensitivity that precision tasks demand. The single-pair listing (NFS suffix) makes it straightforward for safety managers to purchase individual replacement pairs or trial units before committing to a full size-run order.

Key Features

• ANSI/ISEA 105 A5 cut resistance — stops most sheet metal, stamping, and sharp-edge material hazards
• 18-gauge HyperMax HPPE shell knit for ultra-fine fit and exceptional cut-to-weight performance
• Micro foam nitrile palm coating enhances grip on oily, wet, and dry surfaces
• Seamless knit construction eliminates internal seams that cause pressure points and fatigue
• Lightweight, form-fitting design supports all-day wear without hand fatigue
• Single-pair (NFS) SKU simplifies reorder, replacement, and multi-size procurement
• High-dexterity fit ideal for assembly, parts handling, and inspection tasks
• Machine washable for extended service life and hygiene compliance

Specifications

Deep Dive: Why the 92785NFS Belongs on Your Safety Program

When procurement and EHS teams evaluate cut-resistant gloves for industrial environments, they balance three competing demands: protection level, dexterity, and durability. The MCR Safety 92785NFS is purpose-built to satisfy all three without forcing a trade-off.

The foundation of the glove is MCR Safety's HyperMax HPPE yarn, a high-performance polyethylene blend engineered for an outstanding cut-resistance-to-weight ratio. At 18 gauge — one of the finer knit densities in the CutPro line — the shell conforms closely to the hand, translating directly into the kind of fingertip sensitivity that assembly workers, quality inspectors, and parts handlers depend on. The result is a glove that feels more like a second skin than a piece of PPE, encouraging consistent wear compliance across shifts.

Layered over the HPPE shell is a micro foam nitrile coating applied to the palm and fingers. Micro foam nitrile distinguishes itself from standard nitrile by incorporating thousands of microscopic air bubbles into the coating structure. These bubbles create surface texture that channels away surface liquids and maintains grip on parts, tools, and materials that are wet with coolant, light oil, or perspiration. For workers running stamping presses, operating CNC equipment, or handling finished metal components, this grip confidence reduces the micro-adjustments and regripping that contribute to repetitive stress and ergonomic injury.

The NFS designation in the SKU signals that this is a single-size listing — a procurement format that benefits safety managers in several practical ways. When a worker loses a glove, needs an immediate replacement before a shipment of sized stock arrives, or when a new hire has an unusual hand size that sits between standard sizing, the NFS SKU resolves the gap without delay. Facilities running large programs often keep NFS units on hand specifically for these scenarios, supplementing their primary sized inventory with flexible individual-pair stock.

Durability is a cost-of-ownership factor that often goes underweighted in initial glove selection. The seamless knit construction of the 92785NFS removes the internal seam lines that cause localized wear and eventual failure in cut-and-sewn gloves. Combined with the abrasion resistance inherent to nitrile coatings, the result is a glove that holds up through multiple wash cycles without significant degradation of grip or cut performance — an important factor when calculating cost per workday across a safety program.

Compliance and Standards

The MCR Safety 92785NFS meets or exceeds the following industry standards:

• ANSI/ISEA 105 — Level A5 cut resistance, independently tested and certified
• EN 388 — European mechanical risk standard for cut, abrasion, tear, and puncture resistance
• Suitable for use in facilities operating under OSHA hand protection requirements (29 CFR 1910.138)
• Compatible with ANSI Z10 and ISO 45001 occupational health and safety management system frameworks

Real-World Benefits

Reduced hand injury incident rates in stamping and fabrication environments. ANSI A5 cut resistance covers the vast majority of sharp-edge hazards encountered in metal stamping, sheet metal fabrication, and parts handling. Facilities that upgrade from A2 or A3 gloves to A5 consistently report meaningful reductions in laceration incidents, reducing recordable injury rates and associated workers' compensation exposure.

Improved grip consistency leading to fewer dropped parts and scrap incidents. The micro foam nitrile coating maintains tactile grip across dry, damp, and lightly oiled surfaces. For assembly operations where dropped components lead to scrap, rework, or downstream quality failures, consistent grip performance directly affects productivity metrics — not just safety outcomes.

Flexible procurement through single-pair NFS format. Safety buyers managing multi-site or high-turnover operations benefit from the NFS listing by maintaining leaner safety stock. Rather than stocking every size at every location, facilities can rely on single-pair orders to fill gaps quickly, reducing both inventory carrying costs and the risk of over-stocking sizes that go unused.

Applications and Use Cases

• Sheet metal fabrication and stamping press operation
• CNC machining and precision parts handling
• Automotive assembly and sub-assembly lines
• Electronics manufacturing and circuit board handling
• Metal service centers and distribution
• Glass and ceramic handling (dry applications)
• Inspection and quality control operations
• Packaging lines processing sharp-edged materials

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Frequently Asked Questions

What does the "NFS" suffix mean on MCR Safety glove SKUs?

NFS stands for "No-size / Single-size listing." Rather than a glove sized to Small, Medium, or Large, the NFS SKU represents the product line in a single-pair format used for individual reorder, replacement, or trial purchases. The actual pair shipped may correspond to a standard size — consult MCR Safety's sizing chart or contact our team if you need a specific hand size confirmed before ordering.

What is ANSI A5 cut resistance, and how does it differ from A3 or A4?

The ANSI/ISEA 105 scale ranks cut resistance from A1 (lowest) to A9 (highest) based on grams of cutting force required to cut through the glove material. A5 requires 2,200–2,999 grams, making it appropriate for environments with medium-to-high cut hazards such as sheet metal handling, stamping, and fabrication. A3 and A4 provide 1,000–1,999 grams of resistance and are better suited to lighter cut hazards like packaging and light assembly.

Is micro foam nitrile better than standard nitrile for industrial gloves?

For most industrial applications, yes. Micro foam nitrile incorporates microscopic air cells that create a textured surface, improving grip on wet and oily surfaces compared to flat nitrile. Standard (smooth) nitrile provides better liquid resistance for chemical splash protection but is less effective for mechanical grip in wet manufacturing environments.

Can the 92785NFS gloves be laundered and reused?

Yes. MCR Safety specifies machine washing for the CutPro line. Wash in warm water with a mild detergent, air dry or tumble dry on low. Inspect coatings for cracking or delamination after each wash cycle and replace when the coating shows visible wear. Most users achieve multiple wash cycles before replacement is needed.

Are these gloves suitable for food processing environments?

The 92785NFS is not marketed as a food-contact glove. For food processing applications requiring cut protection, consider the MCR Safety 9273SPUS which features a food-safe sandy PU coating designed for food processing environments.

What hand-protection standard do OSHA regulations reference?

OSHA 29 CFR 1910.138 requires employers to select and require the use of appropriate hand protection based on hazard assessment. ANSI/ISEA 105 is the referenced standard for cut resistance levels in the U.S. Specifying A5 or higher gloves for sharp-edge environments demonstrates due diligence in hazard assessment documentation.

How does 18-gauge compare to 13-gauge in cut-resistant gloves?

Gauge refers to the number of stitches per inch — higher gauge means finer, thinner knit. An 18-gauge shell like the 92785NFS provides greater dexterity and a closer fit compared to 13-gauge, making it preferable for precision tasks. However, at the same cut level, 13-gauge gloves tend to be more durable under abrasive conditions due to their heavier construction.