Ergodyne Cut-resistant Gloves A3 PU Coated Gray Large Unisex

Description

Product Overview

Ergodyne’s A3 cut‑resistant gloves are engineered for professionals who demand both safety and performance in demanding environments. Constructed from a high‑performance blend of 40% HPPE, 11% polyester, 11% glass fiber, 10% PU, 7% spandex, and 2% copper, these gloves deliver ANSI/ISEA 105‑2016 level A3 cut protection and level 6 abrasion resistance. The PU‑coated palm provides a strong yet flexible grip, allowing precise handling of tools, wires, and components without sacrificing dexterity. At just 0.01 inches thick, the gloves maintain a low profile while offering robust protection against cuts, punctures, and abrasions. The seamless 13‑gauge knit construction moves with the hand, reducing fatigue during prolonged use, and the long cuff design stays snug at the wrist to keep debris out.

Usage

These gloves excel in a wide range of applications where sharp objects are present. Whether you are a mechanic working on automotive parts, a carpenter handling lumber and metal, a laboratory technician dealing with glassware, or a construction worker cutting drywall, the Ergodyne A3 gloves provide the confidence needed to work safely. The PU‑coated palm enhances grip on oily or wet surfaces, making them ideal for tasks such as wiring, soldering, and assembling equipment. Their touchscreen‑compatible fingertips allow you to operate smartphones, tablets, and other devices without removing the gloves, which is especially useful for field technicians who need to reference digital manuals or input data on the go. The gloves are also machine washable, ensuring they can be cleaned after exposure to contaminants, chemicals, or grime, extending their service life.

Why Choose Us

Choosing Ergodyne means selecting a brand with a reputation for durability, quality, and innovation. Each pair of gloves undergoes rigorous testing to meet EN 388: 4X42C and ANSI/ISEA 105‑2016 standards, guaranteeing reliable cut resistance, abrasion resistance, and puncture protection. Ergodyne stands behind its products with a lifetime warranty that covers defects in materials and workmanship, reflecting confidence in the craftsmanship and material selection. The blend of HPPE and copper fibers not only enhances cut resistance but also provides antimicrobial properties, helping to reduce odor and maintain a fresh feel during extended wear. Additionally, the gloves are designed with user comfort in mind: the spandex component offers stretch for a form‑fit feel, while the copper element contributes to thermal regulation, keeping hands comfortable in both warm and cool environments.

Key Features

• ANSI A3 cut protection and level 6 abrasion resistance for superior hand safety.
• PU‑coated palm delivers a strong, flexible grip on wet, oily, or rough surfaces.
• 13‑gauge seamless HPPE knit with spandex ensures all‑day comfort and reduced hand fatigue.
• Touchscreen‑compatible fingertips let you operate devices without removing the gloves.
• Lifetime warranty and dedicated customer support provide peace of mind and reliable after‑sales service.

FAQ

What level of cut protection do these gloves provide?

The Ergodyne A3 gloves meet ANSI/ISEA 105‑2016 level A3, offering high‑grade cut resistance suitable for handling sharp tools and materials.

Can I use these gloves with my smartphone or tablet?

Yes, the gloves feature touchscreen‑compatible fingertips, allowing you to swipe, tap, and type on most capacitive screens without removing them.

Are the gloves machine washable?

Absolutely. The gloves are designed to be machine washable, making it easy to clean them after exposure to dirt, oil, or chemicals.

What is the warranty coverage for these gloves?

Ergodyne offers a lifetime warranty against defects in materials and workmanship for the original purchaser. Damage from misuse, abuse, or normal wear is not covered.

Do the gloves provide any protection against punctures?

Yes, they meet level 3 puncture resistance standards, offering additional protection against sharp objects that could penetrate the material.