PIP NOVAX 147-2-14 14-Inch Class 2 Rubber Insulating Glove with Straight Cuff, Orange, 1 Pair

PIP NOVAX 147-2-14 14-Inch Class 2 Rubber Insulating Glove with Straight Cuff, Orange, 1 Pair
PIP NOVAX 147-2-14 14-Inch Class 2 Rubber Insulating Glove with Straight Cuff, Orange - 1 Pair
PIP NOVAX 147-2-14 14-Inch Class 2 Rubber Insulating Glove with Straight Cuff is a high-voltage electrical safety glove designed to protect workers from electrical shock hazards up to 17,000 volts AC. Made from premium natural rubber using an environmentally friendly dipping process, it ensures excellent dielectric properties, flexibility, and durability. The 14-inch length and straight cuff design provide extended forearm coverage and easy donning over workwear. Each glove is electrically tested and certified to meet or exceed ASTM D120 and IEC EN60903 standards for Class 2 protection. Ideal for utility, electrical maintenance, and industrial applications, the NOVAX glove combines comfort, dexterity, and maximum protection for professionals working in energized environments.
Original: $157.69
-70%$157.69
$47.31Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
PIP NOVAX 147-2-14 14-Inch Class 2 Rubber Insulating Glove with Straight Cuff, Orange - 1 Pair
PIP NOVAX 147-2-14 14-Inch Class 2 Rubber Insulating Glove with Straight Cuff is a high-voltage electrical safety glove designed to protect workers from electrical shock hazards up to 17,000 volts AC. Made from premium natural rubber using an environmentally friendly dipping process, it ensures excellent dielectric properties, flexibility, and durability. The 14-inch length and straight cuff design provide extended forearm coverage and easy donning over workwear. Each glove is electrically tested and certified to meet or exceed ASTM D120 and IEC EN60903 standards for Class 2 protection. Ideal for utility, electrical maintenance, and industrial applications, the NOVAX glove combines comfort, dexterity, and maximum protection for professionals working in energized environments.

















