MCR Safety PD6952-XXXL Predator A7 Hi-Vis Impact Gloves — XXX-Large

MCR Safety PD6952-XXXL Predator A7 Hi-Vis Impact Gloves — XXX-Large

The MCR Safety PD6952-XXXL Predator A7 Hi-Vis Impact Gloves in XXX-Large represent the top tier of the Predator series—delivering ANSI/ISEA 105 A7 cut resistance, ANSI/ISEA 138-compliant impact protection, and high-visibility yellow bi-polymer coating in the largest size available to accommodate workers in heavy construction, heavy fabrication, and industrial roles who require XXXL fit. The PD6952 steps up from the PD6951's A6 rating to A7, requiring a minimum of 4,000 grams of cutting force to penetrate the HyperMax HPPE shell—a meaningful increase for environments with more aggressive cut hazards such as heavy structural steel, thick-gauge wire rope, and high-tension strapping. The hi-vis yellow bi-polymer palm coating adds a high-visibility element that is particularly valuable in construction environments where hand position and gesture communication are part of site safety management. For procurement and safety professionals managing crews in heavy construction, bridge work, structural steel erection, and similar applications, the PD6952-XXXL delivers the protection level and visibility enhancement that demanding applications require in a properly fitting XXXL size.

Key Features

• ANSI/ISEA 105 A7 Cut Resistance — One rating level above A6; requires a minimum of 4,000 grams of cutting force to penetrate—appropriate for heavy structural steel, thick wire rope, and aggressive cut hazard environments.
• Hi-Vis Yellow Bi-Polymer Coating — High-visibility yellow palm and fingertip coating enhances hand position visibility for gesture communication, load signaling, and reduced struck-by risk in high-traffic work zones.
• ANSI/ISEA 138-Compliant Impact Protection — Molded TPR knuckle and dorsal guards tested to deliver transmitted force below 9 kN; protects against pinch-point injuries and struck-by events from heavy tools and structural members.
• HyperMax HPPE Shell — MCR Safety's high-tenacity polyethylene fiber delivers A7 cut resistance with lower bulk and better moisture management than aramid alternatives at equivalent ratings.
• XXX-Large Fit — Properly sized for workers with very large hands (approximately 12+ inch hand circumference); eliminates the restricted dexterity and split seams associated with undersized gloves on larger hands.
• Adjustable Hook-and-Loop Wrist Closure — Scaled for larger wrists; secures the glove and prevents debris entry during cutting, grinding, and heavy material handling tasks.
• Machine Washable — Supports industrial laundering programs for multi-shift crew glove management and extended service life.
• Dual ANSI Compliance — Simultaneous ANSI/ISEA 105 A7 and ANSI/ISEA 138 compliance simplifies hazard documentation and supports OSHA 29 CFR 1910.138 PPE program records.

Detailed Description

The step from A6 to A7 in the ANSI/ISEA 105 cut resistance hierarchy is not merely a numerical increment—it reflects a meaningful increase in protection against the most aggressive cut hazards encountered in heavy industrial work. A7 requires a minimum cutting force of 4,000 grams in TDM-100 testing, compared to A6's 3,000-gram threshold. For workers handling heavy structural steel with rough, unfinished edges, manipulating thick wire rope under tension, cutting heavy-gauge strapping, or working adjacent to high-speed metalworking processes, the additional cut resistance margin that A7 provides can be the difference between a near-miss and a serious laceration.

The PD6952-XXXL's hi-vis yellow bi-polymer coating is a functional differentiator that goes beyond aesthetics. In construction and heavy fabrication environments, workers' hands are constantly in motion—signaling to crane operators, directing equipment, and communicating with co-workers across noise-filled work areas where verbal communication is impossible. High-visibility yellow hands are significantly easier to track visually at distance and in dynamic motion, supporting the hand signal communication protocols that govern crane operations and heavy lifts. Additionally, in environments where struck-by incidents from moving equipment are a credible risk, hands that are visually prominent are more likely to be seen by equipment operators and co-workers before contact occurs.

The bi-polymer coating on the PD6952-XXXL differs from the standard PU coating of the PD6951 series. Bi-polymer coatings combine two polymer materials or coating layers to achieve a balance of grip, abrasion resistance, and flexibility that single-polymer coatings may not optimize simultaneously. For the demanding grip requirements of heavy structural work—where workers handle rough steel, concrete forms, cable assemblies, and heavy tools—the bi-polymer coating's enhanced durability and surface texture provide reliable grip retention through extended shift use.

The XXX-Large sizing of the PD6952 addresses a persistent problem in industrial PPE programs: large-handed workers—a population that includes many experienced ironworkers, pipe fitters, and heavy equipment operators who have spent careers in physical trades—often cannot fit into even XL gloves without restricting circulation and hand movement. Forcing a large-handed worker into an undersized glove creates seam stress that accelerates glove failure, restricts the range of motion needed for heavy work, and creates discomfort that leads to premature glove removal. The XXXL pattern ensures that the largest-handed workers on a crew receive gloves that fit correctly.

The TPR impact guards in the PD6952-XXXL are scaled to the XXXL pattern to ensure proper knuckle and dorsal coverage. At XXXL sizing, the spacing between knuckle positions and the dorsal hand dimensions change in ways that require pattern-specific guard placement rather than simple scaling from smaller sizes. MCR Safety's XXXL guard positioning ensures that the energy-absorbing TPR compound is located at the correct anatomical zones for large hands.

Applications and Use Cases

• Heavy Structural Steel Erection — Ironworkers handling large structural members, connection hardware, and high-tension rigging need A7-level protection for the most aggressive cut edges in construction work.
• Bridge Construction and Infrastructure Work — Bridge work combines structural steel, wire rope, and heavy fabricated components with overhead and lateral impact hazards where the PD6952's dual protection is critical.
• Heavy Fabrication and Plate Work — Shops fabricating large structural assemblies from heavy plate stock, angle iron, and thick-walled pipe require A7 protection for workers handling rough-cut and flame-cut edges.
• Crane Rigging and Signaling — Hi-vis yellow coating enhances hand signal visibility during crane operations, directly supporting the visual communication on which safe lift operations depend.
• Wire Rope and Cable Handling — Wire rope and synthetic rope assemblies under tension present aggressive cut and crush hazards; A7 cut resistance provides meaningful protection over A6 for sustained rope contact.
• Offshore Oil and Gas — Offshore platform construction and maintenance involve heavy steel handling, wire rope operations, and marine construction work where A7 protection is appropriate for the hazard level.
• Mining and Mineral Processing — Surface mining, conveyor system maintenance, and underground access work involve heavy steel and cable handling that benefits from A7 cut protection and impact defense.

Specifications

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Frequently Asked Questions

What is the difference between ANSI/ISEA 105 A6 and A7 cut resistance?

A6 requires a minimum cutting force of 3,000 grams in TDM-100 testing; A7 requires 4,000 grams. The PD6952 (A7) provides approximately 33% more cut resistance margin than the PD6951 (A6). A7 is specified when workers regularly handle very aggressive cut hazards—heavy structural steel edges, thick wire rope, heavy-gauge strapping—where the A6 margin may be insufficient.

Why does the PD6952 use a hi-vis yellow bi-polymer coating instead of standard PU?

The hi-vis yellow bi-polymer coating serves two functions: the high-visibility color enhances hand position visibility for crane signaling and gesture communication, and the bi-polymer formulation provides enhanced grip durability for rough surfaces and heavy-load conditions common in structural steel and heavy fabrication work.

Does the XXXL size provide the same A7 protection as smaller sizes?

Yes. ANSI/ISEA 105 A7 is a material property of the HyperMax HPPE liner, independent of glove size. Every size of the PD6952 series achieves A7 cut resistance. The XXXL wearer receives identical cut protection to workers wearing smaller sizes of the same model.

What hand circumference requires an XXXL glove?

XXX-Large is designed for hand circumferences of approximately 12 inches or greater, measured around the widest part of the palm excluding the thumb. Workers who find that XL gloves are tight across the knuckles or restrict finger movement are typically candidates for XXXL sizing.

Is the hi-vis yellow coating effective for crane signaling in bright daylight?

Hi-vis yellow provides significantly better visual contrast than standard black or gray coatings across a range of ambient light conditions including bright daylight and overcast conditions. For night work or low-light environments, dedicated reflective or LED hand signal equipment supplements glove visibility.

Can these gloves be ordered in case quantities for a large ironworking crew?

Yes. The PD6952-XXXL is available in case quantities for large crew programs. Contact WC Safety's B2B team for volume pricing, current lead times, and mixed-size case configuration across the PD6952 line.

Should I choose A7 (PD6952) or A6 (PD6951) for general construction work?

A6 (PD6951) is appropriate for most construction cut hazards including structural steel, rebar, and metal decking. A7 (PD6952) is warranted when hazard assessment identifies particularly aggressive cut exposures—heavy structural steel, thick wire rope, or high-tension strapping. In heavy structural and offshore applications, A7's additional margin is preferred.