Ergodyne 7072 ProFlex A7 Cut-Resistant ASX Nitrile Gloves

The Ergodyne ProFlex 7072 Nitrile Coated Cut-Resistant Gloves provide ANSI/ISEA 105-2016 Level A7 cut resistance in an 18-gauge knit shell with ASX all-surface nitrile palm coating — delivering near-maximum cut protection for blade handling, glass cutting, stamping press operations, and extreme-cut industrial environments where the A7 certification level is required alongside the versatile surface-condition grip performance of the ASX nitrile formulation, which provides consistent grip characteristics across the range of dry, slightly oily, and moist contact surfaces that heavy industrial operations present. The 18-gauge construction provides slightly more knit material than ultra-thin 21-gauge designs while maintaining a form-fitting profile that is substantially more dexterous than the heavy 13-15 gauge A7 gloves used in the most demanding metalworking applications — appropriate for the precision-adjacent operations of glass cutting, stamping press work, and blade-material handling where A7 protection is required but where extreme-heavy-gauge bulk would compromise the precision requirements of the specific task. ASX nitrile coating is Ergodyne's designation for a nitrile formulation engineered for versatile surface-condition performance — the coating provides grip characteristics on both dry and moist surfaces that standard sandy nitrile (optimized for dry) and foam nitrile (optimized for wet/moist) cannot both achieve simultaneously. For industrial environments with variable surface conditions — morning condensation on glass panels, cutting fluid mist on stamped parts, light oil on blade stock — ASX nitrile maintains consistent grip without the performance degradation that sandy nitrile experiences when surfaces become moist or the excessive softness of foam nitrile in fully dry conditions. Level A7 cut protection from the engineered shell construction provides near-maximum cut documentation for the materials and operations where very high cut force from specific material hardness, blade geometry, and edge profile requires A7-level fiber engineering to achieve the certified protection level that the hazard assessment calls for.

Ergodyne 7072 ProFlex A7 Cut-Resistant ASX Nitrile Gloves — Key Features

• ANSI/ISEA 105-2016 Level A7 cut resistance — near-maximum cut protection for blade, glass, and extreme-cut industrial materials
• ASX all-surface nitrile coating — versatile grip for dry, slightly oily, and moist surface conditions
• 18-gauge knit shell — dexterous construction above 13-15g heavy gauge A7 designs
• Stamping press, blade, and glass handling grade — A7 for variable-surface heavy industrial operations

Specifications

ASX Nitrile: All-Surface Grip for Variable Industrial Conditions

Industrial environments that require A7 cut protection often have variable surface conditions — stamping presses use cutting oils and lubricants that coat parts as they exit the press; glass operations may involve water lubrication or morning dew on panels; blade stock and cutting tool operations involve the oils and fluids used in precision manufacturing. Sandy nitrile performs best in dry conditions: its grit-textured surface maximizes friction against smooth dry surfaces through mechanical grip but loses effectiveness when the surfaces are wet or oily. Foam nitrile performs best in moist and wet conditions through its compliant foam structure but is not optimized for the dry grip demands of smooth metal in dry ambient conditions. ASX all-surface nitrile is designed to provide adequate grip performance across both surface condition types — providing the surface contact characteristics that allow workers to handle both dry and moist/oily surfaces with consistent confidence rather than specifying separate gloves for different surface conditions in the same work environment. For A7 cut environments specifically, the material contact zone — blade edges, glass panels, stamped parts — often has variable surface conditions depending on the process step: parts may be dry at the beginning of a batch and accumulate cutting fluid as the run progresses, glass panels may arrive dry from storage and become wet during water-lubricated cutting, and general metalworking operations involve a range of surface conditions throughout the typical shift. ASX nitrile's versatile grip chemistry addresses this surface variability within a single glove specification rather than requiring workers to assess and change gloves when surface conditions shift.

Compliance and Certifications

• ANSI/ISEA 105-2016 — Cut resistance Level A7
• OSHA 29 CFR 1910.138 — Hand protection requirements

Real-World Benefits

ASX all-surface nitrile provides consistent grip across the dry-to-moist surface condition variation typical of stamping press, glass handling, and blade operations — eliminating the grip performance degradation that sandy nitrile experiences when surfaces are oily or wet. Press operators, glass cutters, and blade handlers who encounter variable surface conditions through their shift maintain consistent grip confidence with ASX nitrile's broader surface-condition performance range — without the slip risk that sandy nitrile creates when oily or wet surfaces reduce its dry-optimized grip.

18-gauge construction provides a substantially more form-fitting and dexterous A7 glove than 13-15 gauge heavy industrial designs — appropriate for precision-adjacent operations where extreme-cut protection must coexist with the hand mobility of industrial precision work. Glass processors and stamping press operators who need A7 cut documentation while maintaining the hand mobility for precise part positioning, glass scoring, and equipment operation benefit from the 18g construction's substantially lighter feel over heavier A7 alternatives.

Applications and Use Cases

• Stamping press operations — blade and die edges with A7 cut force in oily environments — 7072 for press operators and die handlers working with blade-profile stamping dies and sharp-edge stampings in oily metalworking environments where ASX nitrile provides consistent grip on oily parts and tooling
• Glass cutting and processing — A7 cut materials with water-lubricated surfaces — A7 ASX nitrile gloves for glass fabricators and processors handling freshly cut glass panels and using water-lubricated cutting operations where surface conditions vary from dry to wet
• Blade stock and cutting tool handling — extreme cut materials in variable conditions — near-maximum cut protection with all-surface nitrile for workers handling blade-grade metal stock, cutting tool inserts, and precision tooling with A7 cut force in environments with variable oil and moisture exposure

Related Products

For A7 cut in 21g thin gauge with touchscreen, see Ergodyne ProFlex 7073 A7 Cut-Resistant Sandy Nitrile Gloves. For A7 cut with ANSI 138 impact, see Ergodyne ProFlex 7070 A7 Cut + Impact Nitrile Work Gloves. For A6 cut in 21g PU palm, see Ergodyne ProFlex 7061 A6 Cut-Resistant PU Palm Gloves. Browse the complete Hand Protection collection.

Frequently Asked Questions

What does "ASX" coating mean compared to sandy nitrile and foam nitrile?

ASX is Ergodyne's designation for an all-surface nitrile formulation designed to provide adequate grip on both dry and moist/oily surfaces. Sandy nitrile maximizes dry-surface grip through textured mechanical friction but loses effectiveness when surfaces are wet or oily. Foam nitrile provides better wet-surface compliance through the foam structure's surface conformability but is not optimized for maximum dry-surface friction. ASX nitrile addresses both surface conditions at a functional performance level — providing a grip that is adequate for dry-to-moist-to-oily surface conditions without the optimization extremes of the two specialized formulations.

Is 18 gauge sufficient for A7 cut protection in heavy stamping press applications?

Yes — the A7 certification is determined by the ANSI/ISEA 105-2016 test protocol measuring the cut force resistance of the specific glove construction, not by gauge number directly. 18-gauge construction achieves A7 through the high-performance fiber content of the engineered yarn — the cut-resistant fiber provides A7-level force resistance at 18-gauge construction. Gauge affects the glove's thickness, stiffness, and tactile performance; the A7 certification confirms the cut force resistance regardless of gauge. For the most physically demanding press operations with heavy tool and die contact, verify your hazard assessment includes the impact exposure level — if dorsal impact is documented alongside A7 cut, the 7070 A7+impact design may be more appropriate than cut-only A7 designs.

How does the 7072 A7 18g compare to the 7070 A7+impact for stamping operations?

Both provide A7 cut protection. The 7070 adds ANSI/ISEA 138-2019 dorsal impact certification for press operations where tool and die contact can deliver impact force to the dorsal hand alongside the cut hazard. The 7072 provides A7 cut only without impact armor, appropriate when the cut hazard is documented but dorsal impact from tool contact is not part of the documented hazard assessment. For press loading and unloading where the hand approaches the die zone, the 7070's impact protection may be appropriate — for general stamping material handling away from the die contact zone, the 7072's A7 cut with better dexterity from the 18g construction may be the appropriate specification.

Can the 7072 be laundered and reused in a production environment?

Verify the specific laundering instructions in Ergodyne's current product documentation for the 7072. Many nitrile-coated cut-resistant gloves support hand washing with mild detergent and air drying; machine washing compatibility varies by design. The 18g shell and ASX coating should maintain integrity through gentle washing, but verify that the specific design's construction materials and coating chemistry support the washing method and temperature before establishing a laundering and reuse program. Inspect for coating degradation, knit wear, and structural integrity after each washing cycle and replace when condition affects protection performance.

What is the difference in application between the A6 (7061) and A7 (7072) for glass handling?

A6 protection is appropriate when glass edge cut force from your specific glass type, thickness, and edge condition tests within the A6 threshold in a formal hazard assessment. A7 is appropriate when measured cut force from the specific glass profile exceeds the A6 threshold — typically thicker glass panels, freshly scored and snapped glass with razor-profile edges, or glass types with higher material hardness that generate higher cut force per unit of contact pressure. If you haven't had a formal cut hazard assessment, consult your safety professional to determine the appropriate cut level for your specific glass handling materials and operations.