ESD Cut Resistant Work Gloves

Q: What types of cut-resistant yarns do you use?

M-tide uses high-performance cut-resistant yarns, such as HPPE and UHMWPE yarns. We also use reinforcing fibers like glass fiber, steel wire, and aramid. The difference between ESD anti-static gloves and other types of gloves is that conductive carbon fiber yarn is incorporated into the yarn structure, giving the gloves the ability to dissipate static electricity. We support OEM customization of yarn structures, adjusting yarn ratios and weave patterns to enhance specific performance characteristics.

Q: Are your ESD cut-resistant gloves abrasion-resistant?

Yes, our ESD cut-resistant gloves offer excellent abrasion resistance. The gloves are made with high-strength HPPE/UHMWPE cut-resistant yarns, which inherently possess superior tensile strength and abrasion resistance, making them suitable for applications such as electronics assembly, handling sharp metal edges, and precision equipment manufacturing. The standard uncoated version prioritizes softness, breathability, and flexibility; if customers require enhanced abrasion resistance, slip resistance, and grip, we can provide PU-dipped fingertips, PU-dipped palms, or nitrile-coated options. Actual abrasion resistance and service life depend on work intensity, contact materials, washing frequency, and the operating environment.

Q: Do you manufacture ANSI Cut Level 6 ESD gloves?

Yes. In addition to the standard ANSI Cut Level A3, we also produce cut-resistant gloves at ANSI Levels A2, A4, and A6 to meet the diverse needs of our customers. Different manufacturing processes are employed for each level.

Q: Which industries are ESD cut-resistant gloves suitable for?

ESD cut-resistant gloves are suitable for applications including electronics manufacturing, PCB assembly, semiconductors, precision instruments, lithium-ion batteries, automotive electronics, IDC data centers, power equipment, glass processing, and metal parts handling.

ESD cut-resistant gloves are suitable for handling, assembling, and inspecting electronic products. They are commonly used personal protective equipment in electronics manufacturing. These gloves reduce the risk of cuts from sharp edges and protect sensitive components from electrostatic discharge. They help improve productivity and support worker safety. M-tide offers high-quality ESD cut-resistant, anti-static gloves

Made with 18-gauge HPPE/UHMWPE yarns
Carbon fiber conductive yarn
ESD surface resistance < 10^7 Ω; ANSI Cut Level A3
available in uncoated, PU-dipped fingertip, or PU-dipped palm versions
ESD surface resistance can be as low as 10^7 Ω.
Machine washable and reusable

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Product Description

M-tide has over 10 years of experience manufacturing ESD gloves, specializing in gloves designed for electrostatic-sensitive environments. Our ESD cut-resistant gloves meet ANSI Cut Level A3 and help reduce the risk of cuts and abrasions from sharp edges. We use HPPE/UHMWPE high-performance yarns. With built-in ESD protection, a single pair of gloves combines ESD protection and cut resistance, helping to reduce inventory and procurement complexity. Our gloves feature the following characteristics; we welcome your company’s procurement managers to contact us. Here are our key features:

M-tide offers sample testing, performance testing, and customized solutions
Passes ANSI Cut Level A3 testing and ISO 13997 Level C; resistance value below 10^7 Ω, compliant with ANSI/ESD SP15.1 requirements
carbon fiber provides antistatic performance and helps dissipate static charge, protecting electronic equipment and workers
Utilizes 18-gauge HPPE/UHMWPE yarn, allowing for reinforced areas on the palm, fingertips, or knuckles
Uncoated by default, offering a balance of softness, flexibility, and breathability
Available with polyurethane (PU) dip coating on fingertips or palms
Touchscreen compatible, enabling operation of smartphones, tablets, industrial displays, and more
Customization options include logos, packaging, colors, sizes, and coating methods

Application

Maintenance and Operation of Power Plants and Substations
IDC Data Center Operations and Maintenance
Transportation, Handling, Assembly, and Inspection of Electronic Products
ATEX-Compliant Electrostatic-Sensitive Work Environments
Assembly and Manufacturing of Precision Equipment

Product Specifications

Parameter	Specification
Manufacturer	M-tide
Material Structure	18-gauge HPPE/UHMWPE yarn with carbon fiber conductive yarn
Coating	Uncoated, Nitrile, PU
Protective Performance	ESD surface resistance < 10^7 Ω; cut resistance up to ANSI Cut Level A3 / ISO 13997 Level C
Product Features	Anti-static, cut-resistant, abrasion-resistant, breathable
Production Model	OEM/ODM

Product Information

We offer customization services for the following:

Custom liner materials
Custom coating options
Custom packaging options
Custom product design and mass production

The minimum order quantity is 10,000 pairs/800 dozen. For special styles, the MOQ can be as low as 1,200 pairs (depending on the style).

Please contact our sales team for details.

Work gloves should be stored in a dry, well-ventilated, and cool environment, away from heat, moisture, and direct sunlight. The ideal storage temperature is typically between **10°C–25°C**. Excessively high temperatures can cause the rubber, nitrile, or coating to age, become sticky, or crack, thereby reducing protective performance.

When measuring glove sizes, first use a soft tape measure to measure palm circumference at the widest point (excluding the thumb), then measure hand length from the base of the middle finger to the fingertip. Refer to the size chart based on these two measurements to select sizes such as S, M, L, or XL. If the palm circumference and finger length correspond to different sizes, generally prioritize the palm circumference and choose a tighter or roomier fit based on personal preference.

FAQ

What types of cut-resistant yarns do you use?

M-tide uses high-performance cut-resistant yarns, such as HPPE and UHMWPE yarns. We also use reinforcing fibers like glass fiber, steel wire, and aramid. The difference between ESD anti-static gloves and other types of gloves is that conductive carbon fiber yarn is incorporated into the yarn structure, giving the gloves the ability to dissipate static electricity. We support OEM customization of yarn structures, adjusting yarn ratios and weave patterns to enhance specific performance characteristics.

Are your ESD cut-resistant gloves abrasion-resistant?

Yes, our ESD cut-resistant gloves offer excellent abrasion resistance. The gloves are made with high-strength HPPE/UHMWPE cut-resistant yarns, which inherently possess superior tensile strength and abrasion resistance, making them suitable for applications such as electronics assembly, handling sharp metal edges, and precision equipment manufacturing. The standard uncoated version prioritizes softness, breathability, and flexibility; if customers require enhanced abrasion resistance, slip resistance, and grip, we can provide PU-dipped fingertips, PU-dipped palms, or nitrile-coated options. Actual abrasion resistance and service life depend on work intensity, contact materials, washing frequency, and the operating environment.

Do you manufacture ANSI Cut Level 6 ESD gloves?

Yes. In addition to the standard ANSI Cut Level A3, we also produce cut-resistant gloves at ANSI Levels A2, A4, and A6 to meet the diverse needs of our customers. Different manufacturing processes are employed for each level.

Which industries are ESD cut-resistant gloves suitable for?

ESD cut-resistant gloves are suitable for applications including electronics manufacturing, PCB assembly, semiconductors, precision instruments, lithium-ion batteries, automotive electronics, IDC data centers, power equipment, glass processing, and metal parts handling.