MCR Safety 92752PUS CutPro A5 PU Coated Gloves β Small
The MCR Safety 92752PUS CutPro A5 PU Coated Gloves in Small deliver ANSI/ISEA 105 A5 cut protection with a thin polyurethane palm coating engineered for precision assembly, parts handling, and light fabrication task...
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The MCR Safety 92752PUS CutPro A5 PU Coated Gloves in Small deliver ANSI/ISEA 105 A5 cut protection with a thin polyurethane palm coating engineered for precision assembly, parts handling, and light fabrication tasks where workers need genuine cut resistance without sacrificing fingertip sensitivity. Built on a 13-gauge HyperMax HPPE shell, the 92752PU series meets the A5 cut level while remaining thin and flexible enough for tasks requiring fine motor control β circuit board handling, small parts assembly, quality inspection, and light sheet metal work. The Small sizing ensures proper fit for hands measuring approximately 7 inches in circumference, eliminating the excess material at the fingertips that degrades both dexterity and safety in cut-hazard environments.
Key Features
- ANSI/ISEA 105 A5 Cut Resistance: HyperMax HPPE shell achieves A5 cut level, providing robust protection against sharp edges in light-to-medium fabrication, assembly, and parts handling applications.
- Thin Polyurethane Palm Coating: The PU coating is applied in a thin, conforming layer that enhances grip on dry and lightly oily surfaces while preserving the tactile sensitivity needed for precision assembly work.
- 13-Gauge Knit Shell: Fine gauge construction produces a thin, flexible glove that conforms to hand contours and allows workers to feel part edges, fastener threads, and surface irregularities.
- Small Fit (Size 7): Precision sizing for smaller hands, maintaining dexterity in tasks requiring finger-level control without excess material bunching.
- Seamless Construction: No interior seams means reduced pressure points during extended wear, supporting full-shift comfort in assembly and inspection roles.
- Lightweight Design: The 92752PU series is one of MCR Safety's lighter A5 options, reducing hand fatigue during repetitive motion tasks in electronics, automotive, and light manufacturing.
- EN 388 Compliant: Meets European mechanical risk standards alongside ANSI/ISEA 105, suitable for facilities with international compliance requirements.
Detailed Description
The MCR Safety 92752PU series occupies an important position in cut-protection glove programs: it provides genuine A5 cut resistance β strong enough for sheet metal handling, metal parts assembly, and light fabrication β in a glove thin and sensitive enough for the detailed work that many A5 hazard environments require.
A5 cut resistance is appropriate for a broad range of industrial applications including light metal stamping parts handling, automotive component assembly, electronics manufacturing involving sheet metal chassis, and quality inspection of machined parts. The ANSI/ISEA 105 A5 level requires the glove to withstand a minimum of 2,200 grams of cut force on the TDM-100 test blade β meaningful protection against the types of cuts that occur when a worker's hand contacts a sharp sheet metal edge, machined part burr, or exposed fastener under pressure.
The polyurethane coating on the 92752PUS is applied to the palm and fingers in a thin, conforming layer. PU coatings, compared to latex or nitrile alternatives, provide the highest level of tactile sensitivity β workers can feel through the coating to distinguish surface features of small parts. This is critical in electronics assembly, where a worker may need to verify component seating by touch, or in automotive assembly where fastener thread engagement must be felt during installation. PU coatings also maintain dry grip characteristics on machined metal surfaces, plastic housings, and finished components without leaving marks or residue on sensitive surfaces.
The 13-gauge HyperMax HPPE shell is fine enough to see slight finger movements through the knit β which translates directly to sensitivity during use. Unlike coarser 10-gauge cut-resistant gloves designed for heavier tasks, the 13-gauge construction of the 92752PU allows workers to handle small fasteners, operate controls, and manipulate delicate assemblies without removing their gloves.
Applications and Use Cases
- Light Sheet Metal Assembly: Handling formed and stamped sheet metal components in appliance, HVAC, and automotive body assembly where edges may not be fully deburred.
- Electronics and Circuit Board Manufacturing: Handling PCBs, chassis, and metal enclosures where static-sensitive components and sharp metal edges coexist as hazards.
- Automotive Parts Assembly: Installing metal brackets, body components, and trim pieces where sharp stamped edges and fastener hazards are present.
- Quality Inspection and Measurement: Running hands along machined or formed surfaces to detect defects, where cut hazards from burrs and edges are present but tactile sensitivity is critical.
- Packaging and Fulfillment: Handling products with metal closures, packaging straps, or sharp cardboard edges in distribution and fulfillment center operations.
- Medical Device Assembly: Light assembly of metal device components where precision and cut protection are both required.
- General Light Manufacturing: Any production environment where workers handle parts with moderate cut hazards and fine assembly or inspection work is part of the job.
Specifications
| Attribute | Detail |
|---|---|
| SKU | 92752PUS |
| Product ID | 8747999002712 |
| Brand | MCR Safety |
| Series | CutPro 92752PU |
| Size | Small (Size 7) |
| Shell Material | 13-Gauge HyperMax HPPE |
| Coating | Polyurethane (PU), Palm and Fingers |
| ANSI/ISEA 105 Cut Level | A5 |
| Gauge | 13 |
| Cuff Style | Knit Wrist |
| Back of Hand | Uncoated (Breathable) |
| Color | Gray/Black |
| Compliance | ANSI/ISEA 105 A5, EN 388 |
| Applications | Light Fabrication, Assembly, Electronics, Inspection |
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What is the difference between the MCR Safety 92752PU (A5, PU coated) and the 92752 (A5, uncoated)?
Both the 92752PU and 92752 are built on the same 13-gauge HyperMax HPPE A5 shell. The key difference is the palm coating: the 92752PU has a polyurethane coating on the palm and fingers, which improves dry grip on smooth or lightly oily surfaces and provides a small amount of additional abrasion resistance. The uncoated 92752 relies on the knit surface alone for grip, which can be slippery on smooth metal parts. For most assembly and fabrication tasks, the PU coating of the 92752PU is the better choice; the uncoated 92752 may be preferred in applications where coating residue on parts is a concern or where maximum breathability is needed.
Is A5 cut protection sufficient for metal stamping parts handling?
A5 cut protection is appropriate for handling finished or semi-finished stamped metal parts β removing parts from bins, presenting them for assembly, and inspecting them. For direct press-feeding operations or handling raw sharp-edged blanks coming off a slitter or shear, the higher A8 cut level of the MCR Safety 92743LT series is recommended. The A5 level in the 92752PU provides meaningful protection against the incidental sharp-edge contacts common in assembly environments while maintaining the dexterity those tasks require.
Does the polyurethane coating work well on oily or lubricant-covered parts?
Polyurethane coatings perform best on dry to lightly oily surfaces. On heavily lubricated or wet parts, a crinkle latex or foam nitrile coating provides better grip. If your application involves parts coated with machining coolant, cutting oil, or rust inhibitor, consider the MCR Safety 92743LT (crinkle latex) for better grip performance in wet or oily conditions. The 92752PU is the right choice for dry assembly, inspection, and light-oil environments.
How long does the PU coating on the 92752PU typically last?
In typical light assembly and parts handling applications, the PU coating on the 92752PU holds up for several weeks of daily use before showing significant wear. Factors that accelerate coating wear include heavy abrasion against rough metal surfaces, repeated contact with solvents, and high-cycle repetitive grip tasks. Inspect the palm coating regularly and replace gloves when the coating shows cracking, peeling, or thinning, as worn coating provides reduced cut and abrasion protection compared to the original glove.
Can the 92752PUS be used in food processing environments?
The 92752PU is not specifically certified for food contact applications. For food processing environments requiring cut-resistant gloves, verify that the specific glove chosen meets applicable food safety standards (USDA, FDA contact compliance) for your operation. WC Safety can help identify MCR Safety gloves with appropriate food-contact certifications if that is a requirement for your facility.
What sizes are available in the MCR Safety 92752PU series?
The MCR Safety 92752PU series is available in Small (92752PUS), and additional sizes through the 92752PU size run. WC Safety stocks the sizes needed to equip full production crews with consistent A5 PU-coated protection. For bulk orders of multiple sizes, contact WC Safety for case quantity pricing and availability.
How does the 92752PU compare to A2 or A4 gloves for cost-effectiveness in a light assembly program?
The A5 rating of the 92752PU provides meaningful additional protection over A2 or A4 gloves with relatively modest price difference. In light assembly environments where workers make hundreds of part contacts per shift, even infrequent contact with a sharp edge can cause a serious injury. Specifying A5 over A2 or A4 provides a larger safety margin that reduces the probability of a cut even when technique lapses. From a total cost perspective, preventing a single lost-time hand injury far exceeds the cost difference between A2 and A5 glove programs over a year.
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