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PIP 43-802 Hot Mill Double-Layered Seamless Knit Double-Sided EverGrip Coated Glove - 32 Ounce, Natural, 1 Dozen

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PIP 43-802 Hot Mill Double-Layered Seamless Knit Double-Sided EverGrip Coated Glove - 32 Ounce, Natural, 1 Dozen

PIP 43-802 Hot Mill Double-Layered Seamless Knit Double-Sided EverGrip Coated Glove - 32 Ounce, Natural - 1 Dozen

PIP 43-802 Hot Mill Double-Layered Seamless Knit Double-Sided EverGrip Coated Glove – 32 Ounce is a premium heavy-duty work glove designed for extreme heat and rugged industrial applications. Constructed with a thick 32 oz double-layered seamless knit, this glove offers exceptional thermal insulation and durability for hot mill and high-heat material handling. The double-sided EverGrip coating provides superior grip performance in dry and oily conditions while extending glove life through reduced wear. Its flexible, ergonomic design enhances comfort and dexterity, helping reduce hand fatigue during long shifts. Ideal for hot mills, foundries, metal fabrication, and other high-temperature environments where maximum protection and grip are critical.

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From $23.58

Original: $78.59

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PIP 43-802 Hot Mill Double-Layered Seamless Knit Double-Sided EverGrip Coated Glove - 32 Ounce, Natural, 1 Dozen—

$78.59

$23.58

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PIP 43-802 Hot Mill Double-Layered Seamless Knit Double-Sided EverGrip Coated Glove - 32 Ounce, Natural - 1 Dozen

PIP 43-802 Hot Mill Double-Layered Seamless Knit Double-Sided EverGrip Coated Glove – 32 Ounce is a premium heavy-duty work glove designed for extreme heat and rugged industrial applications. Constructed with a thick 32 oz double-layered seamless knit, this glove offers exceptional thermal insulation and durability for hot mill and high-heat material handling. The double-sided EverGrip coating provides superior grip performance in dry and oily conditions while extending glove life through reduced wear. Its flexible, ergonomic design enhances comfort and dexterity, helping reduce hand fatigue during long shifts. Ideal for hot mills, foundries, metal fabrication, and other high-temperature environments where maximum protection and grip are critical.