ProGARM 4693 Hi-vis Orange Arc Coverall (6.2 cal/APC 1)

Rated ELIM 6.2 cal/cm² (APC 1), the ProGARM 4693 Hi-vis Orange Arc Coverall pairs proven arc flash protection with a fit built for industrial electrical, power generation, petrochemical, utilities and rail crews.

Description

The ProGARM 4693 Hi-vis Orange Arc Coverall is rated ELIM 6.2 cal/cm² (APC 1), built for industrial electrical, power generation, petrochemical, utilities and rail teams who need certified arc flash protection that holds up to a full shift.

ProGARM’s mission is to lead with innovation, introducing newest, lightest and most comfortable high-vis orange arc coverall style 4693, also available in ladies’ fit style 4694. Coverall’s feature newest lightweight 240gms fabric, extremely breathable, designed with intention of achieving lightest and most breathable results.

Certified to EN 61482-2 and rated ELIM 6.2 cal/cm² (APC 1), it’s backed by ProGARM’s Lifetime Seam Guarantee.

Features & Benefits

• Mandarin collar // Maximum neck protection
• Kneepad pockets // Wear with kneepads for extra comfort
• Chest pockets // Secure storage
• Gas monitor loop // Secure fixing point
• SafetyICON™ on arm // Visual EN Norm icon system
• 5cm FR AS reflective tape // Double stitched for longer life
• Phone Pocket on sleeve with flap // Safe and secure
• Cuff tabs with VELCRO® brand fasteners // Close fit around wrists
• Side access pockets with flaps // With entry inside coverall
• ThermSAFE™ plastic FR zippers // CE Certified
• Internal elastic 2 point adjustable waistband // Ensures close fit
• Double stitched side seams // Lifetime quality assurance
• Easy-Stretch™ side panels // Maximum wear comfort

Key Specifications

Care Instructions

• Do not bleach, do not boil, do not use soap based products – only detergents
• Dirty clothing may lead to a reduction in protection
• Company will not accept liability for garments where care labels have been ignored, neglected, defaced or removed
• Always store in clean dry conditions
• Do not store in places subject to direct strong sunlight