PIP ATG 44-3745 MaxiCut Ultra Gloves, Nitrile MicroFoam, Blue, 1 Dozen

PIP ATG 44-3745 MaxiCut Ultra Seamless Knit Engineered Yarn Glove, Main Image

PIP ATG 44-3745 MaxiCut Ultra Seamless Knit Engineered Yarn Glove, Back

PIP ATG 44-3745 MaxiCut Ultra Seamless Knit Engineered Yarn Glove, Palm

PIP ATG 44-3745 MaxiCut Ultra Seamless Knit Engineered Yarn Glove, Peformance Data

Roll over image to zoom in Click on image to zoom

PIP ATG 44-3745 MaxiCut Ultra Seamless Knit Engineered Yarn Glove - Nitrile Coated MicroFoam Grip - Touchscreen Compatible, Blue, 1 Dozen

PIPSKU: PIP44-3745XS-DZ-DS

No reviews

Size: X-Small

Variant

Price:

$157.79 $173.57

Quantity:

Share this product

PIP ATG 44-3745 MaxiCut Ultra Seamless Knit Engineered Yarn Glove - Nitrile Coated MicroFoam Grip - Touchscreen Compatible, Blue - 1 Dozen

PIP ATG 44-3745 MaxiCut Ultra Seamless Knit Engineered Yarn Glove - Nitrile Coated MicroFoam Grip and Touchscreen Compatible is a high-performance cut-resistant work glove designed for precision, comfort, and safety in demanding industrial tasks. Featuring a seamless engineered yarn construction, nitrile-coated microfoam grip, and touchscreen-compatible fingertips, this glove provides superior cut protection, enhanced dexterity, and reliable grip in both dry and lightly oily conditions. Its ergonomic, flexible design reduces hand fatigue while maintaining tactile sensitivity during detailed or repetitive work. Ideal for metal fabrication, assembly, and material handling, this glove helps workers stay safe and productive by combining cut resistance, precision handling, and enhanced grip.

Manufacturer	PIP
Brand	PIP ATG
Family	MaxiCut
Main Category	Work Gloves
Color	Blue
Packaging	12PR/DZ
Weight	1.0 lb

Specifications:

Seamless knit engineered yarn construction for cut resistance and comfort
Nitrile-coated micro-foam grip on palm and fingers for secure handling
Touchscreen-compatible fingertips
Blue color
Full-finger glove design
Lightweight, flexible, and breathable
Durable for extended wear in industrial environments
Sold in 1 dozen per pack

Ideal Industries:

Manufacturing
Automotive
Construction
Warehousing and logistics
Maintenance and repair services
General industrial work

Ideal Applications:

Precision assembly and manufacturing
Material handling with sharp or slippery components
Warehouse and logistics operations
Construction and maintenance tasks
Operations requiring touchscreen device use without removing gloves
General industrial work requiring cut-resistant protection

The PIP ATG 44-3745 MaxiCut Ultra Seamless Knit Engineered Yarn Glove is designed to deliver advanced cut protection, enhanced grip, and superior dexterity for professionals in industrial, manufacturing, and construction environments. Its seamless engineered yarn shell provides lightweight cut resistance while maintaining flexibility, breathability, and comfort for all-day wear. The nitrile-coated micro-foam grip on the palm and fingers ensures a secure hold on both wet and dry surfaces, addressing common concerns about glove slippage in precision tasks. Additionally, touchscreen-compatible fingertips allow users to operate electronic devices safely without removing their gloves, improving efficiency in modern industrial workflows. Buyers often ask whether cut-resistant gloves reduce tactile sensitivity; the MaxiCut Ultra design preserves hand mobility while providing reliable protection, making it ideal for assembly, warehouse handling, maintenance, and construction work. Sold in convenient 1-dozen packs, these gloves are perfect for team outfitting or maintaining consistent PPE inventory. Enviro Safety Products, a trusted and experienced supplier of certified personal protective equipment, guarantees that each glove meets strict quality, performance, and durability standards. Professionals searching for cut-resistant gloves, industrial touchscreen-compatible safety gloves, grip-enhanced protective gloves, or high-dexterity work gloves can rely on the PIP ATG 44-3745 MaxiCut Ultra to provide dependable performance, comfort, and control in demanding industrial conditions.