Honeywell WorkEasy™ Gloves: Superior Sensitivity for High-Precision Tasks

Honeywell's WorkEasy™ glove is a solution designed for operators who require the highest level of touch and dexterity, making it the preferred choice in inspection and electronic assembly lines. Its extremely lightweight construction allows for precise handling of minuscule components while simultaneously providing necessary protection against abrasion and oils.

Technical Features and Operational Capabilities

• 13 Gauge (13G) Knit: Features a seamless gray polyester liner that ensures an ergonomic fit, eliminating pressure points and fatigue during prolonged shifts.
• Polyurethane (PU) Coating: Provides a thin yet resistant barrier on the palm and fingertips, offering a secure dry grip without sacrificing tactile sensitivity.
• Breathable Design: The ventilated back allows for hand perspiration, maintaining comfort in laboratory or clean room environments.
• Specialized Structure: The gray color conceals light dirt, extending the aesthetic lifespan of the glove in maintenance and inspection processes.

Safety Notice and Limitations of Use

IMPORTANT: Although the WorkEasy™ glove offers protection against abrasion and oils, it is not designed for extreme cut hazards, punctures, or exposure to aggressive chemical substances. The user must inspect the gloves before each use to ensure that the PU coating and fabric do not show structural damage. It is recommended not to use these gloves near rotating machinery where there is a risk of entanglement.

Maintenance and Care Instructions

• Cleaning: It is recommended to clean with a damp cloth or wash at low temperature with mild detergents.
• CRITICAL PROHIBITION: Do not use strong chemical solvents, bleaches, or high-temperature industrial washing processes, as these can degrade the integrity of the polyurethane coating and the elasticity of the fabric.
• Storage: Store in a cool, dry place away from direct sunlight to prevent the deterioration of synthetic materials.
• Inspection: Replace immediately if cuts, excessive wear on the fingertips, or compromised grip due to contaminant saturation are observed.

Industrial Applications

• Quality Inspection: Detection of burrs or defects in small parts.
• Electronics: Assembly of circuits and handling of micro-components.
• Automotive: Fine adjustments and handling of small fasteners.