Kevlar Latex Coated Cut Resistant Gloves

Kevlar Latex Coated Cut Resistant Gloves -1

Kevlar Latex Coated Cut Resistant Gloves -2

Kevlar Latex Coated Cut Resistant Gloves -3

Kevlar Latex Coated Cut-Resistant Gloves

M-Tide manufactures Kevlar latex-coated cut-resistant work gloves in a wide range of models. The gloves feature latex-dipped palms and fingers with a textured surface and have passed EN 388 cut resistance level 4 testing. Available gauge options include 7G, 10G, and 13G. Custom options include gloves for glass handling, woodworking, and other industrial applications. ANSI/ISEA 105 performance must be confirmed against the report for the selected construction.

Seamless knit construction
Kevlar is a high-performance cut-resistant fiber
Flexible, lightweight, and durable construction
Selectable 7G, 10G, or 13G configurations

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Product Description

We offer Kevlar latex-coated glove solutions using Kevlar yarn and a surface coating process to support cut resistance, flexibility, and comfort. Liner blend, gauge, rubber-latex formulation, and surface finish can be adjusted for the handling task. Below are the key features of M-Tide gloves:

Verified EN 388 cut resistance level 4; confirm that the supplied construction matches the tested report.
M-Tide supports custom sample development to meet customer requirements.
Kevlar fibers provide thermal insulation and are resistant to burning and melting.
The Kevlar liner maintains a lightweight construction, reducing glove weight and improving hand flexibility while maintaining cut resistance.
Crinkle or textured rubber-latex finishes increase friction, support dry and wet grip, and reduce the risk of material slipping. Natural or synthetic latex formulations are available.
The coating is abrasion-resistant, and the strong Kevlar liner resists snagging.
Seamless knit construction conforms to the hand’s shape, reducing friction and enhancing comfort and flexibility.
7-gauge, 10-gauge, and 13-gauge liner options are available to meet different requirements for cut resistance and flexibility. Kevlar, steel wire, and fiberglass can be used in blended constructions.

Gauge Options

7-gauge Kevlar yarn is thicker and more robust, making it suitable for heavy-duty handling applications.
10-gauge Kevlar offers moderate thickness, balancing cut resistance, abrasion resistance, and flexibility for general industrial applications.
13-gauge Kevlar features a denser knit structure and a closer fit, making it suitable for precision tasks that require more finger control.

Application

Wood sawing, stacking, and rough timber handling
Rebar tying and building-material handling
Glass cutting and edged-glass sheet handling
Sheet-metal handling and light stamping
Assembly of sharp parts and components

These are potential task directions rather than automatic approvals. Confirm edge geometry, required cut level, grip condition, fit, and any additional hazards before selecting the final glove configuration. The cut-resistant glove category explains where different liner and coating directions fit.

Product Specifications

Item	Specification
Product Name	Kevlar Latex Coated Cut-Resistant Gloves
Liner Material	Custom blends using Kevlar, steel wire, and fiberglass
Gauge	7G / 10G / 13G available
Coating Material	Rubber latex; natural or synthetic formulations available
Coating Coverage	Palm and fingertips
Surface Finish	Textured or crinkle options
Cut Resistance	EN 388 cut resistance level 4
EN 388	Cut resistance level 4, verified by the applicable product report
Size	S–XXL
Configuration Boundary	Liner blend, gauge, latex formulation, finish, size, and protection report are finalized per order
Product Tags	Cut-resistant gloves for glass handling, woodworking, sheet-metal handling, and sharp-parts assembly

What to Confirm Before Sample Approval

Use the sample and RFQ stage to lock the exact configuration rather than ordering only by the product-family name.

Liner and gauge: State whether the liner uses Kevlar with steel wire, fiberglass, or both, and select 7G, 10G, or 13G according to the required balance of structure and finger control.
Coating: Specify natural or synthetic rubber latex, palm-and-fingertip coverage, and a textured or crinkle finish. Test grip with the actual dry or wet material used on the job.
Protection report: Request the ANSI/ISEA 105 and EN 388 report for the same liner, gauge, coating, size range, and production construction being approved.
Fit and workmanship: Check finger length, cuff fit, coating consistency, liner exposure, seams, and repeated hand movement on the sample.
Task limits: Record edge type, force, contact frequency, contamination, and any heat, chemical, puncture, or impact hazard that requires a different glove or additional testing.

For task-level selection, compare the Kevlar yarn guide, the glass-handling selection guide, and the woodworking glove guide before the final sample is approved.

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 Kevlar gloves do you offer?

M-Tide provides different types of Kevlar protective gloves for various work environments, including Kevlar latex palm-dipped gloves, crinkle latex anti-slip gloves, heat-resistant protective gloves, heavy-duty handling gloves, and 7G, 10G, and 13G structures. We also support customization for cut-resistance level, coating color, size, packaging, and brand logo, making them suitable for wood carving and for glass, metal, construction, and other industrial applications. The finished configuration and its protection report should match the intended task.

What is the difference between rubber latex and natural latex?

In M-Tide cut-resistant gloves, natural latex refers to latex derived from rubber trees, offering softness, elasticity, and a close fit. Rubber latex is a wider coating category that can use natural or synthetic latex formulations. These coating materials can be adjusted through formulation to improve abrasion resistance, grip, and surface feel. For handling glass, sheet metal, or slippery materials, crinkle and textured finishes provide more stable friction.

Do Kevlar gloves have cut resistance?

Yes. The Kevlar used by M-Tide is a high-strength aramid fiber commonly used in cut-resistant, heat-resistant, and industrial protective gloves. It offers high strength, light weight, and good melt resistance while maintaining hand dexterity. This product has passed EN 388 cut resistance level 4 testing. The supplied construction should match the liner, gauge, coating, and other details covered by the applicable report.

What does EN 388 cut resistance level 4 mean?

EN 388 cut resistance level 4 records the result achieved under the cut test stated in the applicable report. It should not be treated as an ANSI rating or as proof of protection against every sharp-object hazard. Buyers should match the tested liner, gauge, coating, and production construction to the supplied glove and assess the actual edge, force, and exposure frequency before approval.