Women's Reebok Work Ketia RB459 - Size: 8.5, Black

Description

The shoe is made from a durable leather and mesh to provide a lightweight shoe, while inside is a composite safety toe to protect your toes against impact and compression. Composite Toe Caps are made from a non-ferrous elastrometric material, which is lightweight and will not conduct heat, cold, or electricity. This Reebok ESD Footwear allows static electricity to be dissipated from the wearer's body into the walking surface to prevent static electricity build up. These shoes and the toe caps are manufactured to meet or exceed the current ASTM F2413 standard for class 75 impact and compression for protective footwear. These shoes are to be used in areas where the generation of static electricity could harm electrical equipment, circuit board assembly, the manufacture of computer chips, or paint application processes. Lightweight and breathable design while you spend grueling hours on your feet. Ideal for medical, dental, hospitality and utility fields. The shoe is made with a removable EVA cushion insert, and will be static dissipative. The Reebok Women's Composite Toe Work Shoe RB448 has been built to let you keep your cross trainer look, with the safety of a work boot.

Key Features

• These shoes and the toe caps are manufactured to meet or exceed the current ASTM F2413 standard for class 75 impact and compression for protective footwear.
• The shoe is made from a durable leather and mesh to provide a lightweight shoe, while inside is a composite safety toe to protect your toes against impact and compression.
• Composite Toe Caps are made from a non-ferrous elastrometric material, which is lightweight and will not conduct heat, cold, or electricity.
• The shoe is made with a removable EVA cushion insert, and will be static dissipative.
• The Reebok Women's Composite Toe Work Shoe RB448 has been built to let you keep your cross trainer look, with the safety of a work boot.
• This Reebok ESD Footwear allows static electricity to be dissipated from the wearer's body into the walking surface to prevent static electricity build up.