MCR Safety 92752PU-XXL CutPro A5 Salt Pepper PU Gloves — XX-Large

Precision cut protection meets touchscreen compatibility and lightweight dexterity in the MCR Safety 92752PU-XXL CutPro A5 Salt Pepper PU Gloves in XX-Large (SKU: 92752PU-XXL). Built on a 13-gauge HyperMax HPPE shell and finished with a distinctive salt-and-pepper polyurethane coating — a black-and-white speckled PU finish that provides excellent grip on dry, light-wet, and oily surfaces — these A5-rated cut-resistant gloves serve XX-Large-handed workers in assembly, electronics, automotive finishing, and light manufacturing where dexterity, cut compliance, and the ability to operate touchscreens without glove removal are all simultaneously required. ANSI/ISEA 105 Level A5 cut resistance (minimum 2,200 grams of cut force) delivered in a featherweight, form-fitting profile that does not compromise hand speed or tactile sensitivity.

Key Features

• ANSI/ISEA 105 Level A5 cut resistance — minimum 2,200g cut force protection for moderate-to-high laceration hazard environments
• 13-gauge HyperMax HPPE shell — high-thread-count knit creates a dense, form-fitting cut-resistant layer
• Salt-and-pepper polyurethane (PU) coating — distinctive black-and-white speckled finish provides multi-surface grip in dry, light-wet, and oily conditions
• Touchscreen-compatible fingertips — enables operation of tablets, scanners, and touchscreen equipment without glove removal
• Lightweight construction — significantly less hand fatigue compared to leather or heavy coated alternatives in repetitive-motion tasks
• Size: XX-Large — fits hand circumference approximately 11+ inches
• CutPro series: MCR Safety's precision-work cut protection line
• Brand: MCR Safety, ISO 9001-certified manufacturer
• Compliance: ANSI/ISEA 105 Level A5

Detailed Description

The 92752PU's salt-and-pepper polyurethane coating is one of the series' most recognizable and functional characteristics. The "salt pepper" terminology in the product name refers to the two-tone, black-and-white speckled visual texture of the PU coating — a finish that is created by blending two PU compounds of different densities and colors during the dip coating process. This multi-phase coating is not merely aesthetic: the varied-density surface creates micro-surface irregularities that improve grip mechanics on a wider range of surface types than a uniform-density single-color PU coating. In XX-Large gloves particularly, where palm surface area is greatest, this grip enhancement translates to reduced grip force requirements during sustained holding tasks, which directly reduces hand and forearm fatigue over long shifts.

The 13-gauge HyperMax HPPE knit shell is the engineering foundation of the 92752PU's A5 cut resistance rating. Gauge in cut-resistant knitting refers to the number of stitches per inch — a 13-gauge construction creates a denser, finer mesh than the 7- or 10-gauge knits used in heavier utility gloves. This density is essential for PU-coated cut-resistant gloves because the coating must penetrate and bond with the knit structure; a coarser gauge creates larger gaps in the coating where the HPPE yarns are exposed at their interstices, while a finer 13-gauge knit allows the PU to fully encase the structure, creating a unified cut-and-grip barrier. For an XX-Large glove, maintaining 13-gauge quality across the larger surface area requires precise tension control during knitting — a manufacturing precision point that separates performance brands from commodity alternatives.

Touchscreen compatibility is increasingly a non-negotiable feature in industrial environments that have adopted paperless operations through handheld scanners, tablets, and touchscreen workstations. For XX-Large-handed workers who frequently operate these devices — production supervisors, quality inspectors, logistics coordinators, or maintenance technicians — the alternative to touchscreen-compatible gloves is repeated glove removal, which introduces hand exposure risk and creates the behavioral habit of keeping gloves off "just in case" a device needs to be operated. The 92752PU-XXL eliminates this compromise, with conductive fiber integrated into the fingertip zones that transmits the capacitive charge of the finger through the glove to the screen.

In XX-Large sizing, the lightweight construction of the 92752PU-XXL is especially valuable because hand fatigue accumulates faster in poorly-fitting or unnecessarily heavy gloves. Workers with larger hands often develop tolerance for sub-optimal gloves because historically the selection of well-fitting, lightweight options in XX-Large has been limited. The 92752PU-XXL is knit to a true XX-Large pattern with appropriate palm width and finger barrel lengths — not simply an XL pattern stretched to fit — ensuring that the glove's minimal weight is not offset by the fatigue-inducing effort of working against a glove that is too tight or too short in the fingers.

For assembly, electronics, and automotive finishing applications, the A5 cut level is typically specified when workers handle components with stamped metal edges, sheet metal brackets, wire harnesses, or light fabricated parts where cut-resistant compliance is required but the ultra-thick constructions of A7–A9 gloves would reduce the dexterity needed for precision placement and fastening. The 92752PU-XXL sits in the optimal intersection of adequate protection and maximum hand speed for these applications, particularly for larger-handed workers who need the right size to maintain the grip precision that precision assembly demands.

Applications and Use Cases

• Electronics assembly and PCB handling requiring ANSI A5 cut compliance with precision grip
• Automotive final assembly and trim installation where workers operate handheld scanners between tasks
• Light metal fabrication and stamped component handling requiring A5-rated protection
• Warehouse order fulfillment operations with box cutting and edge-exposure risk
• Quality inspection roles requiring cut protection and touchscreen equipment operation
• Pharmaceutical and food processing assembly where lightweight, form-fitting gloves reduce contamination risk
• HVAC assembly and light sheet metal work requiring dexterous A5-rated protection
• Logistics and distribution center operations with repetitive handling of packaged goods

Specifications

Related Products

• Cut-Resistant Gloves — Full Collection
• Work Gloves — General Industrial
• Mechanics Gloves — Assembly and Precision Work
• MCR Safety — Complete Product Line
• Impact Gloves — Knuckle and Dorsal Protection

Frequently Asked Questions

What is the 'salt pepper' coating on the 92752PU-XXL?

The 'salt pepper' coating refers to the distinctive black-and-white speckled polyurethane finish on the palm and fingers. This two-tone PU coating is created by blending two PU compounds of different colors and densities during the dip process. The resulting micro-surface variation improves grip performance across dry, light-wet, and lightly oily surfaces compared to uniform single-color PU coatings.

What cut resistance level does the 92752PU-XXL provide?

The 92752PU-XXL is rated at ANSI/ISEA 105 Level A5, which requires the glove to withstand a minimum of 2,200 grams of cut force on standardized testing equipment. A5 is appropriate for moderate-to-high laceration hazard environments including light metal fabrication, electronics assembly, and stamped component handling.

Does the touchscreen compatibility work reliably in XX-Large fingertips?

Yes. The conductive fibers in the fingertip zones are integrated into the 13-gauge knit at the XX-Large finger barrel dimensions, maintaining consistent capacitive signal transmission regardless of fingertip size. Workers with XX-Large hands typically report reliable touchscreen response on standard capacitive devices including tablets, smartphones, and handheld barcode scanners.

Why choose A5 instead of A7 or A9 for assembly and electronics work?

A7 and A9 rated gloves require thicker liner constructions that reduce tactile sensitivity and slow hand movements — a trade-off that is appropriate for glass handling or heavy fabrication but counterproductive in assembly, electronics, and precision work where hand speed and feel are critical. A5 provides adequate cut protection for typical assembly hazards (stamped parts, wire edges, box cutting) while maintaining the dexterity and fingertip sensitivity that precision work demands.

Is the 92752PU-XXL washable?

Yes. PU-coated cut-resistant gloves can generally be laundered in warm water on a gentle cycle and air dried. Avoid hot water, bleach, or fabric softeners, which can degrade the PU coating and reduce cut resistance performance over time. Regular laundering extends service life by removing contamination that can accelerate coating breakdown.

What is the expected service life of the 92752PU-XXL in light assembly?

In light assembly with minimal abrasion, the 92752PU-XXL typically provides 4–8 weeks of useful service life with regular laundering. In environments with more abrasive contact or chemical exposure, inspect the PU coating weekly for peeling, thinning, or loss of adhesion to the knit shell, which indicates replacement is needed to maintain cut-resistance performance.

Does wcsafety.com stock the 92752PU-XXL for same-day or next-day B2B orders?

wcsafety.com maintains stocking programs for MCR Safety CutPro series gloves. XX-Large availability is confirmed at the time of order; contact our B2B team for current stock levels and lead times for large-quantity requirements. Standard orders typically ship within 1–2 business days.

How does the 13-gauge construction improve grip compared to coarser-gauge alternatives?

A 13-gauge knit creates a finer, denser mesh than 7- or 10-gauge alternatives. This finer mesh allows the PU coating to fully penetrate and bond with the shell structure, creating a more uniform grip surface with fewer exposed yarn gaps. The result is better grip consistency and improved coating durability compared to coarser-gauge gloves where the PU coating sits on top of rather than within the knit structure.