1. High elasticity: Latex gloves made from latex have high elasticity, which can better fit various hand types and are not prone to cracks, providing better protection.

2. Breathability: Poor breathability of ordinary gloves can lead to the breeding of mites, leading to skin diseases. And latex gloves have good breathability and a smooth surface, preventing mites from attaching, so latex gloves are very clean and tidy.

3. Bactericidal properties: The oak tree protein contained in the material of latex gloves can inhibit the attachment of bacteria and allergens, reduce the breeding of bacteria, mites, etc., and emit a special milk fragrance, which can also be applied to people with respiratory system diseases.

4. Removable and washable gloves: latex gloves also have the advantages that ordinary gloves do not have. This advantage is mainly reflected in the fact that latex gloves can be directly removed for cleaning. The latex has a porous structure. After cleaning, dehydration can be dried with an electric hair dryer or an oven, which is easy to operate and also relatively convenient. Considering the infection factor, disposable Medical glove are not recommended to be reused.

The product belongs to water-based resin, with good leveling and film surface smoothness. Film forming is transparent, film layer can reflect the color of the medium itself, and feel plump and smooth. Fresh appearance, stable performance, good scratch resistance and water resistance. It has stable slurry, good fluidity, tough film-forming, soft hand, good elasticity and stronger cortical sense. (there are paper and matte surfaces! The surface of photoresist products should not be used) After finishing, the film is endowed with high resilience, good extensibility, high tensile strength and excellent cold and heat.

Waterborne resins generally has a large number of hydrophilic groups, and the water resistance of the coating after film formation forms a group of contradictions with these hydrophilic substances. At present, soap free lotion and self crosslinking lotion have been developed to reduce the use of hydrophilic emulsifiers and reduce the absorption of water by increasing the crosslinking density. However, there is still a significant gap between the overall water resistance and solvent based properties. In addition, Waterborne resins is mainly in the form of lotion (such as acrylic acid) or dispersion (such as polyurethane). The glossiness after film formation is not as good as that of solvent type. The use of Waterborne resins is limited in the application fields with high requirements for high gloss.