Difference between nitrile blend gloves and nitrile gloves

Nitrile is an organic compound that is an excellent combination of mechanical strength and chemical resistance, and is a synthetic rubber. Because the combination of nitrile polymers is so tight, nitrile gloves that have been pulled under rigorous testing are stronger than other gloves in terms of defense against bacteria. And nitrile gloves have good physical properties, good resistance to tearing, puncture resistance, anti-friction properties, and do not bounce back immediately after tension expansion, and hand fatigue can be relieved. In addition, nitrile blend gloves also have the characteristics of acid resistance, alkali resistance, abrasion resistance, resistance to oily erosion, itself without static electricity. Since there is no water-soluble protein and no chemical residue after process improvement, skin allergy can be eliminated.

Production process of nitrile blend gloves: nitrile blend gloves are made by dipping latex in the hand mold and then dipping nitrile rubber to form a composite glove with nitrile layer on the inner surface and latex layer on the outer surface, the production process is hand mold dipping coagulant - dipping vulcanized latex - drying - dipping nitrile rubber - drying and shaping - demoulding - soaking and chlorination - finally drying.

It is used in domestic work, electronics, chemical, aquaculture, glass, food and other factory protection, hospitals, scientific research and other industries. In order to prevent gloves from slipping and improve the comfort of use, the palm of the anti-cutting gloves is dipped in rubber, which is divided into latex, nitrile and polyurethane according to the different rubber dipping bodies. Among them, polyurethane gloves with a thin gel, generally used for relatively high sensitivity requirements of gardening, electronics industry, etc.

nitrile blend gloves have the advantages of latex gloves and nitrile gloves acid-resistant, alkali-resistant, oil-resistant, non-toxic, harmless, tasteless. The inner layer of the glove is smooth and easy to put on, while the outer layer of the glove has a certain coefficient of friction, which makes it easy to use and achieves the standard of astringent outside and slippery inside. And because the inner layer is nitrile, it can prevent the protein in the latex layer from leaking out, solving the problem of protein allergy in latex gloves. Compared with the general polymer coating, nitrile can be chlorinated to make it smooth without damaging its structure.

Pure Nitrile Gloves: A glove produced by processing the synthetic material nitrile rubber (NBR), a substance derived from a combination of different molecules. In the case of NBR, the chemist combines butadiene and acrylonitrile through a polymerization process. These molecules provide the properties of the glove: acrylonitrile enhances the chemical properties, while butadiene creates flexibility and tear resistance.

Hybrid nitrile gloves: Both latex and nitrile gloves have the advantages of a smooth inner layer for easy donning, and an outer layer of gloves with a certain coefficient of friction for ease of use, meeting the standard of an astringent outer and slippery inner layer. And because the inner layer is nitrile, it can prevent the protein in the latex layer from leaking out, solving the problem of protein allergy in latex gloves. Compared with the general polymer coating, nitrile can be chlorinated to make it smooth without damaging its structure.
nitrile blend gloves are selected for their advanced formulation process, soft feel, comfort and slip resistance, and flexibility in operation. With softness, comfort and hand-fitting, with durability and safety, etc., does not contain phthalate, silicone oil, amino compounds, with very good clean performance and anti-static properties, aging resistance and oil resistance performance, the shape of the glove according to the human hand shape and design, with great sensitivity, excellent tensile properties and puncture resistance, high tensile strength and excellent wear resistance.


Post time: Sep-30-2021