Our quality HTSY® nitrile gloves are made from high quality nitrile rubber and other additives through sophisticated processing. They cause no allergic reactions to human skin, are non toxic, harmless, durable and sturdy, and have good adherence. They are the first choice for medical, household and laboratory use. Welcome customers at home and abroad to cooperate for mutual benefit.
HTSY® is a professional supplier of medical consumables. The HTSY® nitrile gloves we produce have the same breathability and comfort as latex gloves, but do not contain the proteins in latex that easily cause allergic reactions in the human body. They are resistant to acids, alkalis and oils, nontoxic, harmless and odorless, and have excellent cleanliness and antistatic properties. These gloves are widely used in household work, factory protection in electronics, chemical industry and other fields, hospitals, scientific research and other industries, as well as in laboratories for hightech product installation, hospitals, beauty salons and other areas.

1.Our HTSY® nitrile gloves fit the hand shape, offering flexible and comfortable operation. They are soft and elastic in texture, making operations more dexterous. Being ambidextrous, they are more convenient to wear.
2.These products are highly elastic, tearresistant, more flexible and have strong flexibility, so they are not easy to break. After being stretched and rebounded, they can return to their original shape without affecting use.
3.Our HTSY® nitrile gloves are made of thickened material, with enhanced puncture resistance. They are flexible, durable and long-lasting, and have excellent elastic puncture resistance, so they are not easy to be punctured during work.
4.They are made with exquisite craftsmanship, being leakproof to keep hands dry. The glove surface features a fingertip texture design, which has anti-slip properties, enhances grip, improves tactile sensitivity, and prevents water leakage.

5.The HTSY® nitrile gloves have excellent antistatic properties, making them easy to operate sensitive components. They are suitable for fields such as physical experiments and electronic manufacturing, with excellent antistatic effects to prevent electrostatic damage.