MCR Safety 9273SPU CutPro A9 Sandy PU Cut-Resistant Gloves
The MCR Safety 9273SPU-XS CutPro A9 Sandy Polyurethane Cut-Resistant Gloves in X-Small deliver the highest ANSI/ISEA 105 A9 cut-resistance rating in a precision-fit shell engineered for smaller hands working in food...
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The MCR Safety 9273SPU-XS CutPro A9 Sandy Polyurethane Cut-Resistant Gloves in X-Small deliver the highest ANSI/ISEA 105 A9 cut-resistance rating in a precision-fit shell engineered for smaller hands working in food processing, pharmaceutical manufacturing, and precision glass handling. Built on a 13-gauge HyperMax HPPE fiber shell with an FDA-accepted sandy polyurethane palm coating, SKU: 9273SPU-XS provides exceptional tactile sensitivity alongside extreme cut protection β critical for workers who cannot compromise dexterity on fine-detail tasks. This glove is the choice of safety managers who need documented, third-party-verified cut protection at the A9 level without sacrificing the fit required for X-Small hand sizes.
Key Features
- ANSI/ISEA 105 A9 Cut Resistance β Highest classification level; independently tested and certified for cut force β₯ 6000 grams
- 13-Gauge HyperMax HPPE Shell β Ultra-fine knit construction from MCR Safety's proprietary high-performance polyethylene fiber for maximum thread count and coverage
- Sandy Polyurethane (Sandy PU) Palm Coating β Micro-textured surface delivers grip on dry, slightly oily, and dusty surfaces while maintaining finger sensitivity
- FDA-Accepted Materials β Palm coating approved for incidental food contact; compliant for food processing environments
- X-Small Sizing β Purpose-sized shell eliminates bunching and slippage; reduces hand fatigue during repetitive precision tasks
- Seamless Knit Construction β No interior seams to irritate skin during extended wear shifts
- Lightweight Profile β Minimal bulk allows natural hand movement essential in electronics and pharmaceutical handling
- Certifications: ANSI/ISEA 105 A9 (Cut), meets applicable EN 388 performance standards
Detailed Description
MCR Safety's CutPro line represents the company's benchmark cut-protection technology, and the 9273SPU series takes that foundation to its maximum rated performance. The 13-gauge knit density means more fibers per square inch compared to standard 10- or 15-gauge alternatives, creating a tighter mechanical barrier between blade and skin. HyperMax HPPE is engineered to resist cutting forces that would shred conventional HPPE, making it the appropriate choice when hazard assessments identify high-frequency sharp-edge contact β stamped metal parts, tempered glass panels, precision-cut pharmaceutical components, or razor-edged packaging materials.
The sandy polyurethane coating is applied to the full palm and fingers, stopping short of a breathable knit back that keeps hands cooler during extended wear. The "sandy" texture is not merely cosmetic β the micro-granular surface geometry creates dozens of small contact points per square centimeter, dramatically improving grip security on flat, smooth, or lightly lubricated surfaces compared to a smooth PU coating. For workers handling glass panes, metal substrates, or pharmaceutical blister packs, this grip profile translates directly to fewer dropped items and lower product damage rates.
FDA acceptance of the coating materials makes the 9273SPU-XS a legitimate option for food-contact environments where cut protection is required β slicing operations, deboning lines, and produce processing. This removes the need to compromise between cut protection and food safety compliance. The X-Small size is purpose-engineered, not simply a scaled-down version of a larger glove; MCR Safety designs each size's shell geometry to maintain consistent tension and coverage proportions across the size range, so an X-Small worker gets the same protection and fit integrity as a Large worker in the same product line.
Applications and Use Cases
- Food Processing & Meat/Produce Handling: FDA-accepted PU coating supports incidental food contact; A9 rating handles high-frequency blade exposure on cutting lines
- Pharmaceutical Manufacturing: Precision grip and thin profile allow workers to handle vials, blister packs, and packaged components without loss of tactile feedback
- Precision Glass Handling: High cut resistance combined with sandy PU grip prevents slippage on flat glass panels, optical components, and medical device glass
- Electronics Assembly: Lightweight shell and sensitive fingertips allow circuit board handling and component placement at X-Small hand sizes
- Textile & Apparel Manufacturing: Protects against rotary cutters, scissors, and trimming blades; small size fits workers common in this sector
- Laboratory & Research Environments: Clean profile and thin construction suit lab environments where bulky gloves interfere with instrument operation
Specifications
| Specification | Detail |
|---|---|
| SKU | 9273SPU-XS |
| Size | X-Small (Size 6) |
| Shell Material | 13-Gauge HyperMax HPPE |
| Coating | Sandy Polyurethane β Palm & Fingers |
| Cut Resistance (ANSI/ISEA 105) | A9 |
| Gauge | 13 |
| FDA-Accepted Coating | Yes β Incidental Food Contact |
| Back of Hand | Uncoated Knit (breathable) |
| Cuff Style | Knit wrist |
| Color | Grey shell / Grey sandy PU palm |
| Sold | Per pair (1 pair) |
| Standards | ANSI/ISEA 105 A9 |
Related Products
- Shop All Cut-Resistant Gloves at WCSafety
- Full Work Gloves Collection
- Safety Gloves for Industrial Applications
- Complete Hand Protection Catalog
- All MCR Safety Products at WCSafety
Frequently Asked Questions
What does ANSI/ISEA 105 A9 cut resistance mean in practical terms?
ANSI/ISEA 105 A9 is the highest cut-resistance classification in the current standard. It requires the glove material to withstand a minimum cutting force of 6,000 grams as measured by the TDM-100 machine-blade test. In practical terms, an A9-rated glove provides meaningful protection against contact with sharp metal stampings, glass edges, and blade-intensive cutting tasks. It does not make the glove cut-proof, but it represents the most protective category available in the ANSI system and is appropriate for documented high-cut-risk environments.
Is the 9273SPU-XS safe for use in food processing environments?
Yes. The sandy polyurethane coating used on the MCR Safety 9273SPU series is made from FDA-accepted materials appropriate for incidental food contact. This makes the glove suitable for use on food processing lines, produce handling, and meat cutting operations where a cut-resistant glove may come into brief contact with food products. For direct, sustained food contact or handling of ready-to-eat foods, consult your food safety officer for a complete compliance review.
Why choose X-Small over simply wearing a Small glove?
Wearing the correct glove size is a critical safety and productivity factor. A glove that is too large creates finger bunching at the tips, which reduces tactile sensitivity, increases fatigue, and can catch on machinery or workpieces β creating a secondary hazard. MCR Safety engineers the X-Small shell with proportional finger lengths and palm width matched to smaller hand anatomy. Workers in the X-Small range β common in food processing, pharmaceutical, and electronics β will experience better grip, less fatigue, and more accurate hand movement in the properly fitted size.
How does HyperMax HPPE differ from standard HPPE or UHMWPE cut-resistant fibers?
Standard HPPE (High-Performance Polyethylene) provides solid cut resistance, but MCR Safety's HyperMax HPPE is engineered with a higher molecular weight and fiber architecture optimized for the TDM-100 blade test. The result is higher cut-resistance performance per unit of fiber weight, allowing a thinner, lighter glove to achieve A9 certification that would otherwise require a much heavier shell. This matters for workers who need maximum protection without the bulk that leads to glove non-compliance or removal during tasks.
Can these gloves be laundered and reused, or are they single-use?
The MCR Safety 9273SPU series is designed for multi-use applications and can typically be machine-washed on a gentle cycle with mild detergent and air-dried. However, industrial laundering frequency affects coating durability over time. Inspect gloves before each use for coating delamination, shell damage, or holes οΏ½οΏ½ any of which indicate the glove should be replaced. In food processing environments, follow your facility's PPE sanitation protocol and replace gloves per your scheduled PPE rotation or upon visible damage.
Does the sandy PU coating provide oil or chemical resistance?
The sandy polyurethane coating provides improved grip on lightly oily or greasy surfaces compared to bare knit gloves, and it offers a degree of resistance to water-based liquids. However, it is not rated for chemical resistance or prolonged immersion in oils, solvents, or industrial chemicals. If your application involves significant chemical exposure alongside cut hazards, a coated glove with a nitrile or neoprene chemistry may be more appropriate. The 9273SPU is optimized for dry-to-slightly-oily mechanical handling tasks.
How does WCSafety handle bulk orders for PPE programs?
WCSafety serves industrial buyers, safety managers, and procurement teams with bulk ordering capabilities. For large-quantity orders of the MCR Safety 9273SPU-XS or other cut-resistant gloves, contact WCSafety directly for volume pricing, scheduled delivery, and account setup. Multi-size orders across the CutPro A9 line can typically be consolidated into a single purchase order to simplify procurement and reduce administrative overhead for your safety program.
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