MCR Safety 9188SFBS CutPro A4 Kevlar Sandy Nitrile Gloves — Small

MCR Safety 9188SFBS CutPro A4 Kevlar Sandy Nitrile Gloves — Small

The MCR Safety 9188SFBS CutPro A4 Kevlar Sandy Nitrile Gloves in Small bring ANSI/ISEA 105 A4 cut protection to environments where oil, grease, and wet surface grip are as important as blade resistance. SKU 9188SFBS is built on an 18-gauge black Kevlar shell — the iconic high-strength aramid fiber trusted for decades in cut-resistant applications — and finished with a sandy nitrile foam palm coating engineered to grip in oily, wet, and contaminated surface conditions. This is the glove for small-handed workers in automotive assembly, metalworking, general manufacturing, and maintenance operations where cut hazards and oil contamination are daily realities.

Key Features

• ANSI/ISEA 105 A4 Cut Resistance — Kevlar-based construction provides reliable blade protection appropriate for a wide range of industrial cutting hazard environments
• 18-Gauge Black Kevlar Shell — aramid fiber knit provides a balance of cut resistance and hand mobility; black coloring helps maintain a clean appearance on oily and dirty work tasks
• Sandy Nitrile Foam Palm Coating — textured nitrile foam delivers superior grip in oily, wet, and greasy conditions compared to latex or polyurethane coatings
• Small Size (Size 6) — proper fit for small-handed workers; correctly sized gloves improve dexterity, reduce fatigue, and increase compliance rates
• Oil-Resistant Nitrile Coating — nitrile provides inherent resistance to petroleum-based oils, fuels, and light solvents common in manufacturing and maintenance environments
• Foam Nitrile Texture — the foam structure within the nitrile coating creates additional cushioning and conformability, improving grip performance on irregular or contoured surfaces
• Breathable Open Knit Back — uncoated back of hand promotes airflow and reduces sweat accumulation during long shifts in warm production environments
• Black Kevlar Aesthetic — dark shell resists visible soiling from oils and machine lubricants, maintaining a professional appearance longer than lighter-colored alternatives

Detailed Description

Kevlar is one of the most proven materials in cut-resistant glove manufacturing. The 9188SFBS uses an 18-gauge Kevlar knit shell that delivers ANSI A4 cut resistance — a protection level appropriate for the vast majority of industrial environments involving blade tools, metal edges, stamped parts, and cutting machinery. What distinguishes the 9188SFBS from other A4 Kevlar gloves is its nitrile foam coating, which is specifically optimized for the most demanding grip conditions in manufacturing.

Sandy nitrile foam is the coating technology of choice for metalworking, automotive assembly, and maintenance operations. The nitrile polymer is inherently resistant to petroleum-based oils and light solvents — meaning the coating maintains its integrity and grip performance in the presence of machine oil, cutting fluid, lubricant mist, and hydraulic fluid. The foam structure within the nitrile creates a three-dimensional grip surface that conforms to tool handles, part contours, and fastener heads, providing a secure connection between the worker's hand and the object being controlled.

The black Kevlar shell of the 9188SFBS serves a practical purpose beyond aesthetics: dark-colored gloves maintain their visual cleanliness far longer in oily manufacturing environments where lighter-colored gloves quickly appear soiled and unprofessional. For facilities managing personal protective equipment programs with strict appearance standards, or for workers who take pride in their equipment, the black Kevlar construction is a meaningful quality-of-life improvement.

The 18-gauge construction of the 9188SFBS strikes an effective balance between hand mobility and cut protection. It is finer than the 13-gauge shells common in heavier-duty cut-resistant gloves, producing a closer-fitting and more dexterous glove, while still providing the Kevlar fiber density needed to achieve A4 cut resistance. For small-handed workers — the target user of the 9188SFBS — this fine-gauge construction is especially beneficial because smaller hands tend to be more dexterous by nature and benefit most from gloves that preserve that inherent precision.

Applications and Use Cases

• Automotive Assembly & Stamping — handling stamped metal parts, sheet edges, and assembly components in oily manufacturing environments
• Metal Parts Machining — operating near CNC machines, lathes, and metal cutting equipment where chips, swarf, and coolant create combined cut and oil hazards
• Maintenance & Repair Operations (MRO) — general industrial maintenance involving hand tools, fasteners, and machine component handling
• HVAC & Ductwork Installation — handling sheet metal ducts, fittings, and insulation with sharp cut edges in both new construction and retrofit applications
• Warehouse & Logistics (Heavy Cut Risk) — opening boxes, cutting strapping, and handling palletized goods with significant sharp-edge exposure
• Metal Fabrication Shops — welding preparation, grinding support, and general metal shop tasks where oily parts and cut hazards coexist
• Glass & Window Installation — handling glass panes, mirror glass, and window frames where oil or glazing compound creates wet-grip challenges alongside cut hazards

Specifications

Related Products

Explore Kevlar, nitrile-coated, and oily-grip hand protection for your industrial operations:

• Cut-Resistant Gloves — Full Collection
• Work Gloves — Industrial & General Purpose
• Safety Gloves — Standards-Compliant Protection
• Hand Protection — Browse All Categories
• MCR Safety — Complete Brand Lineup

Frequently Asked Questions

What is the difference between Kevlar and HPPE in cut-resistant gloves?

Kevlar (para-aramid) and HPPE (high-performance polyethylene) are both high-strength fibers used in cut-resistant glove shells. Kevlar has excellent heat resistance and decades of proven performance. The 9188SFBS uses Kevlar to deliver reliable A4 protection with a durable, time-tested fiber system.

Why is nitrile foam better than latex for oily grip conditions?

Nitrile is chemically resistant to petroleum-based oils, fuels, and many solvents that degrade latex over time. Nitrile foam also maintains better grip in oily conditions without swelling or becoming tacky, keeping the grip surface stable across a full work shift.

Is the 9188SFBS appropriate for automotive assembly line use?

Yes. The combination of A4 Kevlar cut resistance, black shell, and sandy nitrile foam grip makes it well-suited for automotive assembly and stamping operations.

How long does the nitrile foam coating last with regular industrial use?

For moderately demanding applications with regular laundering, the 9188SFBS provides reliable service over multiple weeks of daily use. Inspect the coating regularly for cracking or delamination at high-wear areas and replace when significant wear is evident.

Can the 9188SFBS be used for welding support tasks?

The 9188SFBS is appropriate for welding support tasks such as handling cooled welded parts, grinding preparation, and wire brushing. It is not a dedicated welding glove — for direct arc welding, a proper leather welding glove should be used.

Is the 9188SFBS available in other sizes?

The 9188SFBS is the Small variant. Medium, Large, and XL sizes are available in the CutPro collection on wcsafety.com.