Palmer Safety X64: High-Performance Cut and Impact Resistant Gloves

The Palmer Safety X64 gloves are engineered to provide exceptional protection and comfort for professionals in demanding work environments. With a focus on durability and functionality, these gloves are ideal for tasks requiring high cut and impact resistance.

Key Features

• Superior Cut Resistance: Achieves an ANSI Cut Level A6 rating, offering robust protection against sharp objects.
• Enhanced Puncture Resistance: Rated at ANSI Puncture Level 4, safeguarding hands from puncture hazards.
• Durable Nitrile Palm: The black, sandy nitrile palm provides optimal abrasion resistance and a strong grip in both dry and wet conditions.
• Breathable HPPE Backing: Constructed with a light and breathable 13-gauge High-Performance Polyethylene (HPPE) backing that wicks moisture and offers flexibility.
• Reinforced Design: Features reinforced support between the thumb and forefinger to prevent wear in high-stress areas.
• Impact Protection: Equipped with stitched Hi-Vis Thermoplastic Rubber (TPR) for ideal impact resistance.
• Secure Fit: Adjustable Velcro closure ensures a snug and secure fit during use.

Technical Specifications

• Material: High-Performance Polyethylene (HPPE) with Thermoplastic Rubber (TPR)
• Color: Light Grey and Black with Hi-Vis Yellow accents
• Cuff Style: Adjustable Velcro Closure
• Packaging: Individually packaged, sold by the dozen

Performance Properties

• ANSI Cut Level: A6
• ANSI Puncture Level: 4
• ANSI Impact Level: 2
• CE EN-388:2016 Ratings:
  • Abrasion Resistance: Level 4
  • Cut Resistance (Circular Blade): Level 5
  • Tear Resistance: Level 4
  • Puncture Resistance: Level 4

Applications

• General Construction
• Industrial Work
• Tool Use
• Power Tools Operation
• Material Handling
• Demolition and Assembly
• Wet and Dry Conditions
• Heavy Lifting
• Oil and Gas Industry

Choose the Palmer Safety X64 gloves for reliable hand protection that combines high-level cut and impact resistance with exceptional comfort and dexterity, making them an ideal choice for demanding work environments.