Ergodyne 7551 ProFlex Cut-Resistant Waterproof Winter Work Gloves, A5

The Ergodyne ProFlex 7551 Cut-Resistant Waterproof Winter Work Gloves combine ANSI/ISEA 105-2016 Level A5 cut resistance with full waterproof protection and fleece-lined winter insulation — providing cut-hazard protection, cold weather comfort, and wet-weather performance in a single glove for workers in outdoor and cold-storage operations with both sharp materials and cold or wet conditions. The 7551's 13-gauge HPPE (High Performance Polyethylene) fiber knit shell delivers A5-level cut resistance for applications involving glass, sheet metal, wire, and other sharp materials encountered in construction, utility, and manufacturing operations. The full latex waterproof exterior coating provides waterproof protection against water, sleet, and wet working conditions — keeping the hand warm and dry during outdoor winter operations or wet industrial environments. The brushed fleece lining delivers insulation and comfort against cold temperatures, making the 7551 appropriate for year-round outdoor work in cold climates and winter seasonal operations where workers handle sharp materials in cold, wet conditions. ANSI/ISEA 105-2016 Level A5 cut resistance represents a high cut protection level — above the A4 threshold and appropriate for moderate-to-high cut hazard operations where glass, metal, and wire handling requires protection beyond standard work gloves but where the full waterproof exterior and winter insulation of the 7551 also provide practical performance benefits the A5 cut-only gloves in lighter construction do not.

Ergodyne 7551 ProFlex Cut-Resistant Waterproof Winter Work Gloves — Key Features

• ANSI/ISEA 105-2016 Level A5 cut resistance — 13g HPPE fiber knit shell for glass, metal, and wire handling
• Full latex waterproof exterior — complete water exclusion for wet weather and wet-environment operations
• Brushed fleece lining — winter insulation for cold-temperature comfort
• Combined cut + waterproof + thermal protection — three-function glove for demanding outdoor and cold-storage use
• Machine washable — maintains hygiene and performance through regular program laundering

Specifications

ANSI/ISEA A5 Cut Resistance: When High Cut Protection is Needed

ANSI/ISEA 105-2016 cut resistance levels range from A1 (lowest) through A9 (highest), with each level requiring greater force to cut through the test specimen. A5-rated gloves like the 7551 address the mid-to-high cut hazard range — operations involving glass pane handling and installation, sheet metal fabrication and handling, automotive glass work, wire rope and cable operations, and manufacturing operations with sharp metal components where lower cut levels leave workers exposed to laceration risk from accidental contact with sharp edges. The 13g HPPE shell provides this cut protection at a relatively light and flexible construction compared to heavier engineered fiber gloves — maintaining dexterity for tasks requiring grip and feel alongside cut protection. The full latex waterproof exterior adds complete water exclusion without requiring a separate waterproof glove layer over the cut-resistant inner glove — simplifying layering and ensuring the cut protection function of the HPPE shell is not compromised by incompatible outer glove combinations. For operations in cold, wet conditions with A5-level cut hazards — glass work in wet weather, utility operations in winter, outdoor metal fabrication — the 7551 addresses all three requirements without the compromises of assembling separate cut, waterproof, and thermal protection components.

Compliance and Certifications

• ANSI/ISEA 105-2016 — Cut resistance Level A5; hand protection performance standard
• OSHA 29 CFR 1910.138 — Hand protection requirements (select based on hazard assessment)

Real-World Benefits

A5 cut resistance addresses glass, sheet metal, and wire hazards in a waterproof winter glove construction. Construction workers handling glass panes, utility workers working with wire and cable in winter, and outdoor fabrication workers contact sharp edges in cold, wet conditions — the 7551 provides the A5 cut protection level required for these hazards without requiring separate glove systems for cut, water, and cold protection.

Full latex waterproof exterior provides complete water exclusion for outdoor and wet-environment operations. Workers in rain, sleet, or wet industrial environments maintain warm, dry hands throughout the shift with the 7551's full latex exterior — preventing the cold-related dexterity loss and discomfort that follows wet glove liner saturation in winter conditions.

Applications and Use Cases

• Glass installation and glazing — outdoor winter operations — 7551 for glaziers, window installers, and glass handling workers in outdoor winter operations where A5 cut protection and waterproof winter comfort are both required
• Utility and electrical construction — wire and cable operations in winter — cut-resistant waterproof winter glove for utility workers handling wire, cable, and metal hardware components in cold, wet seasonal conditions
• Outdoor metal fabrication and sheet metal operations — A5 cut and waterproof protection for fabricators and ironworkers handling sheet metal, structural steel, and sharp metal components in outdoor or wet environments

Related Products

For A2 cut resistance with waterproof winter construction, see Ergodyne ProFlex 7501 Coated Waterproof Winter Work Gloves — A2. For lightweight winter gloves without cut resistance, see Ergodyne ProFlex 7401 Coated Lightweight Winter Work Gloves. Browse the complete Hand Protection collection.

Frequently Asked Questions

What is the difference between the 7551 and the 7501 for winter cut-resistant glove selection?

The 7551 provides ANSI/ISEA Level A5 cut resistance, appropriate for glass handling, wire rope, and sharp sheet metal operations with higher cut hazard. The 7501 provides Level A2 cut resistance, appropriate for lower-to-moderate cut hazard operations with general sharp edge and puncture risk. Both feature full latex waterproof exteriors and fleece liners for wet, cold conditions. Select the cut level based on your specific hazard assessment — the cut resistance level should match the documented cut exposure level of the task, as over-specifying cut resistance reduces dexterity unnecessarily while under-specifying creates laceration risk.