MCR Safety 9273SPU-XL CutPro A9 Sandy PU Cut-Resistant Gloves — X-Large

The MCR Safety CutPro 9273SPU-XL is an ANSI/ISEA 105 A9 cut-resistant glove in X-Large size, combining the maximum commercial cut protection level with an FDA-accepted sandy polyurethane palm coating that makes this glove equally at home in food processing facilities, pharmaceutical manufacturing, and the most demanding precision industrial environments. The 13-gauge HyperMax HPPE shell resists more than 6,000 grams of cut force per ASTM F2992 testing — the A9 standard representing the highest protection level commercially available. The sandy PU coating delivers fine-textured dry grip for precise handling of food products, glass panels, pharmaceutical components, and precision-machined parts, while the FDA-accepted coating formulation ensures the glove meets food safety regulatory requirements without special approval documentation. For safety procurement managers at food processing companies, pharmaceutical manufacturers, glass cutting operations, and heavy industrial facilities, the 9273SPU-XL in X-Large covers the most widely needed glove size in manufacturing workforces while delivering protection that no other cut level can match.

Key Features

• ANSI/ISEA 105 A9 Cut Resistance: Maximum commercial cut resistance level, resisting 6,000+ grams of cut force per ASTM F2992 — engineered for food processing blades, precision glass cutting edges, pharmaceutical cutting tools, and heavy industrial stamping.
• 13-Gauge HyperMax HPPE Shell: Proprietary MCR Safety high-performance polyethylene fiber provides A9 protection in a 13-gauge construction that maintains dexterity for precision handling tasks.
• FDA-Accepted Sandy PU Coating: Fine-textured polyurethane palm coating accepted for incidental food contact, enabling compliant deployment in food processing, food packaging, and food manufacturing environments.
• Sandy Texture for Precision Dry Grip: The fine, even sandy surface provides controlled, precise grip on dry items including food products, glass panels, pharmaceutical packaging, and precision components.
• X-Large Sizing: Designed for hands with a circumference of approximately 10 inches — the most common size in heavy manufacturing and industrial processing workforces.
• Seamless Knit Liner: No internal seams to create discomfort during extended precision work and sustained fine-motor tasks.
• Knit Wrist Cuff: Maintains proper glove positioning through extended tasks including product handling, glass positioning, and precision assembly.
• Breathable HPPE Base: Open-knit liner allows air circulation for hand comfort during sustained work in processing environments.

Specifications

Maximum A9 Cut Protection with FDA-Accepted Sandy PU Coating

The MCR Safety CutPro 9273SPU-XL addresses a specific and demanding market requirement: workers who need the highest available cut protection and who operate in regulated food, pharmaceutical, or precision industrial environments where the coating itself must meet additional compliance standards beyond cut resistance. The A9 certification — 6,000+ grams of cut force resistance under ASTM F2992 — is not a marketing distinction. It is a meaningful performance step above A7 (2,000–2,999 grams) that is justified by the actual hazard profiles of the industries the 9273SPU serves. A food processing worker operating adjacent to a band saw, a glass cutter working with freshly scored and snapped glass blanks, or a pharmaceutical line worker handling precision cutting instruments faces hazard forces that exceed what A7 gloves are designed to withstand.

The HyperMax HPPE construction at 13 gauge achieves A9 in a knit profile that is far more dexterous than the alternative method of reaching A9 through thick, multi-ply constructions or steel-core blended yarns. This dexterity is not incidental — it is critical. Food processing workers must feel and orient products; glass cutters must precisely position and handle cut pieces; pharmaceutical workers must manipulate small components and read labels and markings. If the glove impairs these functions, workers will remove it during the tasks that matter most. The 9273SPU-XL is engineered to remain on the worker's hand through the full complexity of their task, providing continuous A9 protection rather than protection with gaps.

The sandy polyurethane coating with FDA-accepted status is the distinguishing feature that positions the 9273SPU-XL specifically for food processing and pharmaceutical applications. The fine, even sandy micro-texture provides the dry precision grip required for food product handling, glass panel placement, and pharmaceutical component manipulation — contexts where a coarse or foamy texture would be excessive and potentially problematic. The FDA-accepted status of the coating removes the regulatory complication that arises when deploying non-food-safe coatings in HACCP-controlled environments, allowing safety managers to issue these gloves as standard PPE on food processing lines without exception requests or special review processes. The X-Large size covers the most statistically common hand size in industrial processing workforces, making the 9273SPU-XL the highest-volume SKU in many facilities' A9 glove inventories.

Compliance and Standards

• ANSI/ISEA 105 A9: Maximum commercial cut resistance level per the American National Standard for Hand Protection Selection Criteria, independently tested per ASTM F2992 (TDM-100 blade method), resisting 6,000+ grams of cut force.
• ASTM F2992: Standard test method for measuring cut resistance of protective clothing and equipment materials.
• FDA-Accepted Coating: Sandy PU coating formulation accepted for incidental food contact, supporting compliance with FDA food safety regulations, HACCP programs, and GMP requirements.
• OSHA 29 CFR 1910.138: Supports documented hand protection compliance for workers exposed to the highest-severity cut hazards in food processing, glass cutting, pharmaceutical manufacturing, and precision industrial operations.

Real-World Benefits

A9 Stops Cuts That A7 and Below Cannot. The gap between A7 and A9 is not a minor increment — it is the difference between a glove rated for 2,999 grams of cut force and one rated for 6,000+ grams. For workers whose tasks expose them to freshly scored glass edges, band saw blade proximity, or heavy stamping die edges, the additional protection of A9 represents a genuinely different safety outcome on incidental contact. Safety managers who have documented high hand laceration rates despite deploying A6 or A7 gloves in their most severe-hazard tasks should seriously evaluate whether the hazard's actual force profile warrants A9. The 9273SPU-XL makes the upgrade straightforward for X-Large workers.

FDA Compliance Simplifies Food Safety PPE Programs. Managing PPE compliance in food processing facilities that operate under HACCP, SQF, BRC, or FDA manufacturing oversight is complicated by the fact that not all PPE meets food safety requirements. The 9273SPU-XL's FDA-accepted sandy PU coating eliminates one common complication from this management challenge: safety managers can issue these gloves on food processing lines without requiring special food safety exceptions, without creating HACCP deviation records, and without risking audit findings related to non-food-safe gloves in contact zones. A single, properly documented glove that meets both the cut protection and food safety requirements simplifies the compliance record considerably.

Precision Grip for Tasks That Demand Both Safety and Control. The sandy PU coating on the 9273SPU-XL is specifically engineered for the fine motor control requirements of the industries it serves. Food processing workers who orient and position product, glass cutters who precisely align glass blanks, and pharmaceutical workers who handle small components all need a coating that provides grip without excessive texture that could damage delicate surfaces or impair fingertip sensitivity. Sandy PU achieves exactly this balance — fine enough to preserve touch sensitivity, textured enough to grip securely, and clean enough to meet food contact standards.

Applications and Use Cases

• Meat processing, poultry processing, and fish processing lines adjacent to cutting equipment
• Produce processing and prepared foods manufacturing with blade-intensive operations
• Food packaging operations in HACCP-controlled manufacturing environments
• Precision flat glass and specialty glass cutting, scoring, and post-cut handling
• Pharmaceutical manufacturing involving precision cutting, assembly, and packaging
• Medical device assembly with sharp component edges and precision cutting tools
• Cold storage and frozen food order picking with sharp packaging and product edges
• Heavy-gauge metal stamping and die handling where A9 cut level is warranted

Related Products

• Browse All Cut-Resistant Gloves — Complete ANSI A1–A9 cut protection catalog including food-safe and industrial gloves
• Hand Protection Collection — Full hand PPE range for regulated and industrial environments
• Safety Gloves — General purpose and specialty safety gloves across all industries
• Personal Protective Equipment — Complete PPE catalog for all body protection requirements
• MCR Safety 9273SPU-XXL CutPro A9 Sandy PU Gloves (XX-Large) — Same A9 FDA-accepted protection in XX-Large
• MCR Safety 9273SPU-L CutPro A9 Sandy PU Gloves (Large) — Same A9 FDA-accepted protection in Large

Frequently Asked Questions

What makes A9 the maximum cut resistance level?

ANSI/ISEA 105 A9 is the highest cut level currently defined in the American National Standard for Hand Protection Selection Criteria. To achieve A9, glove materials must withstand more than 6,000 grams of cut force under the ASTM F2992 TDM-100 standardized blade test. This threshold represents the maximum protection level achievable in commercially produced gloves that retain sufficient flexibility for productive work. Some specialty or extreme-hazard applications use multi-layer or rigid-panel protection beyond the ANSI scale, but for standard commercial cut-resistant work gloves, A9 is the ceiling — and the 9273SPU-XL achieves it in a 13-gauge, palm-coated construction suited to precision work environments.

What does "FDA-accepted for incidental food contact" mean specifically?

FDA-accepted for incidental food contact means that the coating material has been reviewed and determined acceptable by the U.S. Food and Drug Administration for situations where the coated surface might come into brief, unintended contact with food during processing or handling. This differs from "food grade" (safe for sustained direct contact with food) and from "not for food contact" (unsuitable for any food-contact application). For typical food processing, food packaging, and food manufacturing uses — where gloves handle food products, packaging materials, and processing equipment but are not themselves consumed — incidental food contact acceptance is the standard that HACCP programs, FDA GMP regulations, and most third-party food safety certification audits require of hand PPE. Always verify with your facility's food safety program manager that this standard meets your specific compliance requirements.

When should a facility upgrade from A7 to A9 cut-resistant gloves?

The upgrade from A7 to A9 is warranted when a formal PPE hazard assessment identifies cut forces or contact scenarios that exceed the A7 protection envelope (2,999 grams). Practical indicators include: recurring cut injuries to workers wearing A7 gloves on specific tasks; tasks involving direct, sustained contact with freshly cut glass edges or score-and-break operations; food processing operations where workers are adjacent to band saw blades or industrial slicers; pharmaceutical or medical device assembly with very sharp precision components; and heavy-gauge metal stamping where die edges generate extreme cut forces. If A7 gloves are showing through-cuts or significant damage patterns in a specific application, that is direct evidence that A9 is the appropriate choice.

Can the 9273SPU-XL be used in pharmaceutical manufacturing environments?

Yes, the 9273SPU-XL is suitable for pharmaceutical manufacturing environments. The FDA-accepted sandy PU coating meets the standard required for contact with pharmaceutical materials and packaging in most GMP-regulated settings. The A9 cut resistance protects workers who handle precision cutting instruments, razor blades, and sharp packaging materials common in pharmaceutical production. The clean, fine-textured sandy PU surface is easy to sanitize and does not shed particles that could contaminate pharmaceutical products. Confirm with your facility's quality assurance and regulatory affairs team that the 9273SPU-XL meets your specific GMP and contamination control requirements before issuing at scale.

How does sandy PU compare to nitrile foam in terms of grip performance?

Sandy PU and nitrile foam coatings are optimized for different grip applications. Sandy PU excels in dry, clean environments where precision and tactile sensitivity are primary requirements — food processing, pharmaceutical assembly, glass handling, and precision component manipulation. Its fine texture provides controlled grip without excessive friction that could drag on delicate surfaces. Nitrile foam excels in wet, oily, and heavy industrial environments where the foam cell structure compresses to increase contact area and grip on contaminated or irregular surfaces. For food processing and pharmaceutical applications, sandy PU is the appropriate choice. For metal fabrication, stamping, and recycling, nitrile foam (as in the 9277NF series) is the better fit.

What size is appropriate for X-Large hands?

X-Large gloves are designed for hands with a circumference of approximately 10 inches, measured around the widest part of the palm excluding the thumb. X-Large is among the most common sizes in industrial workforces including food processing, glass manufacturing, and heavy industrial operations. Workers near the boundary between Large (9 inches) and X-Large (10 inches) should try both sizes before issuing at scale. The correct size should allow full finger extension without resistance at the fingertips, fit snugly but not constrictingly at the knuckles, and have the knit wrist cuff sit naturally at the wrist without riding up the forearm or bunching at the base of the palm.

How should I care for the 9273SPU-XL in a food processing environment?

Machine wash in warm water with a mild, food-safe detergent approved for use in your facility's sanitation program. Rinse thoroughly to remove all detergent residue that could affect food contact safety. Air dry completely before returning gloves to service — do not use high-heat dryers, which can degrade the PU coating over time. Do not use bleach, which can compromise both coating integrity and FDA-accepted status. In food processing environments with defined glove sanitation cycles, consult your food safety manager to integrate glove washing into your standard sanitation schedule. Inspect gloves regularly for coating wear, holes in the liner, and any contamination that cannot be removed through standard washing.

Is the 9273SPU available in smaller sizes for food processing workers with smaller hands?

Yes. The MCR Safety CutPro 9273SPU series is available in Large, X-Large, and XX-Large. For food processing facilities with workers requiring sizes below Large, WCSafety's broader cut-resistant glove catalog includes A9-rated options in smaller sizes from MCR Safety and other brands. Contact your WCSafety account representative for size availability and cross-brand A9 recommendations for workers with smaller hands. Ensuring every worker on your highest-cut-hazard food processing tasks has properly sized A9 protection is both an OSHA compliance requirement and a fundamental duty of care in regulated food environments.