Power Grid four-way stretch fabric is comfortable and allows a wide range of motion. A jersey microfiber exterior enhances moisture wicking, while a unique interior grid pattern in the fabric maximizes warmth without adding bulk and weight. It also channels moisture away, for added comfort.

Power Grid four-way stretch fabric is comfortable and allows a wide range of motion. A jersey microfiber exterior enhances moisture wicking, while a unique interior grid pattern in the fabric maximizes warmth without adding bulk and weight. It also channels moisture away, for added comfort.

Insulated with an Indura® FR quilted lining, which keeps the wearer warm and helps the Overalls provide an ATPV rating of 4.6 cal/cm², which meets HRC (Hazard Risk Category) 1 requirements. Note: There is a 5 to 6 week lead time for all Neese outerwear.

Insulated with an Indura® FR quilted lining, which keeps the wearer warm and helps the Overalls provide an ATPV rating of 4.6 cal/cm², which meets HRC (Hazard Risk Category) 1 requirements. Note: There is a 5 to 6 week lead time for all Neese outerwear.

A two-piece liner that features an FR cotton upper beanie cap (ATPV of 7.2 cal/cm²) and a lower 18-oz modacrylic soft rib knit shroud (ATPV of 28.6 cal/cm²). The cap and shroud attach together with a Nomex® zipper which allows for the shroud to be removed when it’s not needed. Meets NFPA 70E and ASTM F1506.

Rugged 6-oz Nomex IIIA is inherently flame resistant, which means that the material does not require any topical treatment and won’t lose any of its effectiveness when laundered. 3M Scotchlite silver and yellow reflective stripes enhance visibility and safety. (Note: Coveralls do not meet ANSI high-visibility standards

Tall sizes are 2” longer to accommodate bigger workers. Rugged 6-oz Nomex IIIA is inherently flame resistant, which means that the material does not require any topical treatment and won’t lose any of its effectiveness when laundered. 3M Scotchlite silver and yellow reflective stripes enhance visibility and safety. (Note: Coveralls do not meet ANSI high-visibility standards.

Insulated with an Indura® FR quilted lining, which keeps the wearer warm and helps the Coveralls provide an ATPV rating of 4.6 cal/cm², which meets HRC (Hazard Risk Category) 1 requirements. Note: There is a 5 to 6 week lead time for all Neese outerwear.

Insulated with an Indura® FR quilted lining, which keeps the wearer warm and helps the Coveralls provide an ATPV rating of 4.6 cal/cm², which meets HRC (Hazard Risk Category) 1 requirements. Note: There is a 5 to 6 week lead time for all Neese outerwear.

A 70% modacrylic/30% viscose blend is inherently flame resistant. It also has the unique ability to keep the body from becoming too hot or too cold. FR Control utilizes Thermocules®, phase change microcapsules which have the ability to store heat. In warm conditions heat is absorbed into the Thermocules. When the body cools, the stored energy is released back to the body, providing warmth. The result is comfort in both cool and warm environments.

Power Grid four-way stretch fabric is comfortable and allows a wide range of motion. A jersey microfiber exterior enhances moisture wicking, while a unique interior grid pattern in the fabric maximizes warmth without adding bulk and weight. It also channels moisture away, for added comfort.

A 70% modacrylic/30% viscose blend is inherently flame resistant. It also has the unique ability to keep the body from becoming too hot or too cold. FR Control utilizes Thermocules®, phase change microcapsules which have the ability to store heat. In warm conditions heat is absorbed into the Thermocules. When the body cools, the stored energy is released back to the body, providing warmth. The result is comfort in both cool and warm environments.

A 70% modacrylic/30% viscose blend is inherently flame resistant. It also has the unique ability to keep the body from becoming too hot or too cold. FR Control utilizes Thermocules®, phase change microcapsules which have the ability to store heat. In warm conditions heat is absorbed into the Thermocules. When the body cools, the stored energy is released back to the body, providing warmth. The result is comfort in both cool and warm environments.