Pro-safe PS-725-PCN-L Large Navy Blue 5-pocket Smock

Product Description

The PRO-SAFE PS-725-PCN-L is a size large navy blue work smock built for trade and industrial environments where coverage, mobility, and pocket access matter. Constructed from a polyester-cotton blend at 8.0 oz material weight, this smock features three-quarter sleeves and a back snap closure that allows easy on and off without disrupting whatever is being worn underneath. Five pockets provide storage for tools, pens, inspection equipment, and other essentials kept within reach during a shift. It is worn by technicians, service professionals, and facility workers across a range of trades.

This smock suits residential and commercial service environments where a lightweight protective outer layer is needed over street clothes or a uniform. The three-quarter sleeve length keeps cuffs clear of work surfaces while still providing forearm coverage. The back snap closure keeps the front profile clean and unobstructed. Five pockets distribute storage across the garment, reducing the need for a separate tool pouch or apron. The navy color hides common shop soiling and presents a professional appearance on service calls or in customer-facing environments.

Key Features

• Size Large for a comfortable fit over standard work clothing
• Navy blue color with professional appearance and soil-masking properties
• Five pockets for tools, pens, and service essentials
• Three-quarter sleeves keep cuffs away from work surfaces
• Back snap closure for fast donning and removal
• Polyester-cotton blend construction at 8.0 oz material weight

Compatibility

Designed as a general-purpose work smock suitable for trade service professionals, technicians, and facility staff requiring a lightweight protective outer garment in size large.

Installation Notes

No tools are required to put on or remove this smock. Inspect snaps at the back closure before each use to confirm they are fully engaged during wear. Follow the garment care label for laundering to maintain material integrity and snap function over time.