18 Gauge Lightweight Industrial Safety Gloves Nitrile Foam Palm Anti-slip Work Gloves

13G Polyester Nitrile Foam Gloves Oil-Resistant Anti-Slip Safety Gloves Handling Machinery

Product Description:

This high-performance protective glove features a seamless 18-gauge liner made from starlight yarn, offering exceptional softness, comfort, and a snug fit. The starlight yarn is a specially engineered blend of nylon and spandex, produced using air-covered yarn (ACY) technology.

This advanced construction combines the durability and strength of nylon with the stretch and flexibility of spandex, ensuring a lightweight, breathable glove that comfortably conforms to the hand. The fine 18-gauge knitting enhances dexterity and tactile sensitivity, making the glove ideal for tasks requiring precision. In addition, the yarn's subtle shimmer gives the glove a sleek and professional appearance.

The palm is coated with black ultra-fine foamed nitrile, applied using a palm-dipped technique that reinforces high-wear areas such as the palm and fingertips. This foamed nitrile layer provides excellent grip, abrasion resistance, and oil repellency, even in slightly oily or damp environments. The micro-porous surface enhances traction while maintaining flexibility and softness, reducing hand fatigue during extended use. The palm dip design also keeps the back of the hand ventilated, improving airflow and helping to keep hands cool and dry.

Balancing comfort, dexterity, and durability, this glove is ideal for a wide range of applications including electronics assembly, automotive manufacturing, mechanical maintenance, warehousing, and logistics handling. Whether in dry conditions, repetitive operations, or light-oil environments, this glove delivers reliable protection and all-day comfort, making it a trusted choice for professional use.

Feature:

Ultra-Flexible Fit, All-Day Comfort

Crafted with 18-gauge starlight yarn, this glove offers a soft, lightweight, and snug fit that moves with your hand. Its high-density knit feels barely there—perfect for long shifts requiring precision and agility.

Breathable Starlight Yarn, Light with a Shine

The liner is made from a blend of nylon and spandex using air-covered yarn technology. It’s stretchy, durable, and breathable, with a subtle shimmer that adds a touch of style to your daily workwear.

Microfoam Nitrile Grip, Slip-Resistant Control

The palm is coated with ultra-fine black nitrile foam, providing superior grip and abrasion resistance. Its micro-textured surface enhances traction even in slightly oily or damp conditions—grip tools and parts with total confidence.

Palm Coated, Breathable Back

With a palm-dipped design, the glove offers targeted protection where you need it most—on the palms and fingers—while keeping the back of the hand ventilated to reduce heat and sweat buildup.

Built for Precision Work

Ideal for electronics, auto assembly, logistics, light manufacturing, and more. Whether you're handling delicate parts or working in light oil environments, this glove delivers the balance of comfort, protection, and control.

Applications:

✅ Precision Assembly & Electronics

The snug fit and high dexterity make it ideal for assembling small components, handling circuit boards, and working with sensitive devices without sacrificing control.

✅ Automotive Industry

Perfect for assembly lines or repair work involving tools, mechanical parts, and light oil exposure. The nitrile foam palm ensures a secure grip in complex environments.

✅ Warehousing & Logistics

Great for packaging, sorting, and moving boxes or plastic containers. Breathable design and non-slip grip keep hands dry and movements stable during extended shifts.

✅ Appliance & Light Manufacturing

Reliable for daily operations on factory floors. Whether pushing buttons, turning knobs, or handling parts, the glove offers protection without limiting mobility.

✅ General Maintenance & Multi-Purpose Use

Electricians, mechanics, and maintenance crews will appreciate the comfort, durability, and functionality in dynamic, task-diverse environments.