Double Sandy Nitrile TPR Impact Gloves MT004

Double Sandy Nitrile TPR Impact Gloves MT004-3

Double Sandy Nitrile TPR Impact Gloves MT004-2

Double Sandy Nitrile TPR Impact Gloves MT004-1

Double Sandy Nitrile TPR Impact Gloves for Oil & Gas, Metal Handling, and Heavy-Duty Work

Featuring a double nitrile coating, the outer layer utilizes a sandy nitrile finish that provides excellent grip while enhancing resistance to splashes and liquid adhesion. These gloves incorporate high-visibility TPR impact protection and a cut-resistant liner made from a composite yarn blend—including aramid, fiberglass, polyester, spandex, and anti-static fibers—providing antistatic properties. This versatile nitrile safety glove balances protection, durability, and functionality. We are a reliable manufacturer of double nitrile TPR gloves.

Impact resistance
Cut resistance
Water resistance
Slip resistance
Multifunctional nitrile protective gloves

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Product Description

These gloves, featuring a double nitrile coating and TPR (Thermoplastic Rubber) elements, are suitable for medium-to-heavy-duty applications in sectors such as oil and gas, automotive manufacturing, and heavy equipment handling. They help provide a barrier against water, oil, and certain liquids, meet ANSI Cut Level A4 requirements, and provide enhanced protection through TPR pads covering the fingers and back of the hand.

Constructed with a 15-gauge cut-resistant liner to help protect against cuts from sharp edges and blades.
The sandy nitrile palm coating provides excellent grip, making them ideal for handling tasks in oily or wet environments.
A fully dipped inner nitrile layer enhances the barrier against water, oil, and certain chemical liquids while minimizing liquid adhesion.
Seamless knit construction; the liner is made from a composite of aramid, polyester, fiberglass, spandex, and antistatic fibers.
High-visibility yellow-green TPR impact pads effectively protect vulnerable areas like the back of the hand, absorbing external impacts and reducing the risk of injury to the knuckles and back of the hand.
ANSI Cut A4 rating; EN 388 3X31DP.
Pre-curved finger design ensures comfort during prolonged use and helps reduce hand fatigue.
OEM and ODM customization services available.

Application

Handling and processing heavy, sharp metal objects
Oil and gas extraction and pipeline maintenance
Automotive manufacturing and engine repair
Handling of construction materials

Specifications

Item	Specification
Product Name	Double-Layer Sandy Nitrile TPR Impact Gloves – MT004
Manufacturer	M-Tide Glove Manufacturer
Liner Material	Aramid, polyester, fiberglass, spandex, and antistatic fibers
Gauge	15 gauge
Construction	Seamless knit construction
Coating	Double-layer coating with a fully dipped inner nitrile layer and a sandy nitrile palm outer coating
Features	Impact-resistant, water-resistant, cut-resistant, high grip
Cuff	Elastic knit wrist
Size	XS-XXXL

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 is the difference between double-layer and single-layer nitrile-coated gloves?

Double-layer nitrile-coated gloves typically feature a fully dipped nitrile inner layer and a palm-dipped or sandy-finish nitrile outer layer. Compared to single-layer versions, these oil-resistant gloves offer superior, liquid impermeability, grip, and abrasion resistance. The inner layer provides a basic protective barrier, while the outer layer enhances slip resistance and durability, making them ideal for oily, wet, and heavy-duty handling environments. Single-layer nitrile gloves are generally lighter and more flexible, suitable for basic protection and general industrial tasks.

What do EN388 3X31DP and ANSI Cut A4 signify?

EN388 3X31DP is a European mechanical protection rating: ‘3’ indicates abrasion resistance; ‘X’ means the blade cut test was not performed; ‘3’ indicates tear resistance; ‘1’ indicates puncture resistance; ‘D’ signifies a high level of cut resistance under ISO 13997; and ‘P’ indicates the glove passed the impact protection test. ANSI Cut A4 is a US ANSI/ISEA 105 cut resistance rating, indicating that the glove provides medium-to-high level cut protection.

What are the options if higher cut resistance or thermal insulation is required?

For higher cut resistance, options include ANSI Cut A5 or A6 ratings; these typically utilize high-strength yarns—such as HPPE, fiberglass, or steel fibers—for the liner, combined with a double-layer nitrile structure for comprehensive protection. If thermal insulation is needed, an acrylic or fleece thermal layer can be added to the cut-resistant liner, making the gloves suitable for winter outdoor work, cold storage, and wet/cold industrial environments.

What are double-layer sandy-finish nitrile-coated TPR impact gloves?

These are multifunctional protective gloves that combine a double-layer nitrile coating, a cut-resistant liner, and a TPR impact-resistant structure, making them suitable for oily, wet, and medium-to-heavy-duty industrial environments.