Le meilleur guide des gants enduits de nitrile

26 septembre 2024

Auteur : NINGBO TOPRISE SECURITY PRODUCTS CO. LTD

What are the nitrile-dipped gloves?

Nitrile-dipped gloves are a type of glove made of synthetic nitriding rubber dipped in a dip process, covering the core of the glove.

What are the types of nitrile-dipped gloves?

Full immersion gloves

Description: The palms and wrists are covered with nitride rubber for comprehensive protection.
Application: Suitable for high humidity or chemical environment, such as chemical plants, food processing, etc.

Partial immersion gloves

Description: Apply nitride rubber only to the palms and fingertips, keep the back of the hands ventilated.
Application: Suitable for environments where flexibility and breathability are required, such as assembly line work.

Wear lined gloves

Description: Lining is usually made of cotton or polyester for enhanced comfort and fit.
Application: Suitable for long-wearing jobs, such as warehouse operations and manufacturing.

Non-slip gloves

Description: The surface of the palm has a special non-slip texture designed to enhance grip strength.
Application: Suitable for greasy or slippery environments, such as vehicle maintenance and handling work.

Antistatic gloves

Description: Antistatic material is added to prevent electrostatic damage to sensitive equipment.

Application: Suitable for electronic product manufacturing and repair industry.

What are the advantages and disadvantages of nitrile-dipped gloves?

Avantage

Résistance chimique:

Excellent resistance to a variety of chemicals (such as oils, solvents, and cleaners), suitable for use in chemical, automotive, and other industries.

Résistance à l'usure:

Strong wear resistance can effectively prevent hand injury in the work and extend the service life.

Confort:

It usually has good air permeability, and the lining material increases comfort and is suitable for long wearing.

Good grip:

The textured design of the glove surface enhances grip strength and maintains good operation even in slippery conditions.

Water resistance:

Can effectively prevent water penetration, suitable for the need for a waterproof working environment.

Inconvénients

Weak resistance to heat:

Not suitable for high-temperature environments, long-term exposure to high temperatures may lead to aging or damage to the material.

May cause allergies:

Although nitriding rubber is safe for most people, some people may be allergic to synthetic materials.

Not suitable for extreme cold environments:

It may harden at extremely low temperatures, affecting flexibility and comfort.

The price is relatively high.

Compared to ordinary cotton gloves, nitriding rubber gloves may be slightly more expensive, which needs to be balanced according to the frequency of use and protection needs.

What are the application scenarios of nitrile-dipped gloves?

Industrial manufacturing

It is often used in heavy industry environments such as automobile manufacturing and mechanical assembly to provide good protection and grip strength.

Chemical industry

It is suitable for handling a wide range of chemicals and is resistant to oil, solvents, and other chemicals.

Food processing

Comply with relevant safety standards during food processing and handling to ensure food safety.

Cleaning and maintenance

Used for cleaning, repair, and maintenance work to protect hands from chemical cleaners and oil.

Building and construction

Provides protection against scratches and wear on construction sites.

Electronic manufacturing

Prevent static electricity from damaging sensitive components during the assembly and maintenance of electronic products.

Horticulture and agriculture

Suitable for horticultural work, providing protection against plant protectants and soil.

What is the service life and maintenance method of nitrile dipped gloves?

Lifetime:

Frequency of use: The life of gloves is usually closely related to the frequency of use and the working environment. Frequent use or working in harsh environments can shorten the service life of gloves.
Material quality: High-quality nitride rubber materials are generally more wear-resistant and can extend the life of gloves.
Storage conditions: If the gloves are stored in a dry, cool place, they can effectively extend their life. Avoid direct sunlight and humidity.

Maintenance advice

Clean gloves with a mild cleaner and clean water. Avoid strong acid or alkaline cleaners that may damage the coating.
Dry naturally after cleaning; avoid hot air or direct sunlight exposure.
Store gloves in a dry, cool place away from heat and humidity to prevent the material from aging.
Do not overlap gloves to avoid friction and crushing.
Check gloves regularly for wear, cracks, or other damage, and replace them in time.
Pay attention to the lining of the glove for odor or dirt, and clean it if necessary.

Use tips:

Avoid using gloves when they are not completely dry to avoid affecting the protective effect.

Try to avoid excessive pressure when handling sharp or sharp objects.

With proper maintenance and regular inspection, the service life of nitrile-coated gloves can be significantly extended, ensuring safety and comfort at work.

How do you identify the quality of nitrile-dipped gloves?

The quality of nitrile-dipped gloves can be identified by:

Material testing

Flexibility: High-quality nitride rubber should have good flexibility, and the gloves will not appear to have significant deformation or cracks when stretched.
Thickness uniformity: Check that the coating thickness of the gloves is uniform. Too thin or uneven gloves may reduce protection.

Tensile strength

Tensile test: The tensile strength of gloves can be checked by stretching them. High-quality gloves should not break easily when stretched.

Anti-slip performance

Grip test: Test the non-slip texture of the glove surface to ensure a good grip in wet or greasy environments.

Résistance chimique

Small range test: Before use, perform a small range of chemical contact tests to observe whether the gloves are deformed, dissolved, or damaged.

Comfort and breathability

Try on experience: Wear gloves and feel their comfort and breathability. Qualified gloves should be able to provide a good fit, suitable for long-term use.

Certification mark

Check the mark: Check that the glove has the relevant safety certification mark (such as ANSI, CE, etc.), which usually indicates that the glove meets a specific safety standard.

Visual inspection

No defects: Check the gloves for obvious defects, air bubbles, or foreign bodies. Good gloves have a smooth surface and no obvious defects.

Through the above methods, the quality of nitrile-dipped gloves can be effectively identified to ensure reliable protection in the work.

If you have any extra doubts about nitrile-dipped gloves, contact us freely.