Medical gloves are key personal protective equipment in hospital outpatient clinics. They protect healthcare professionals from various infections and prevent the spread of any infection or environmental pollution to patients. Medical gloves are often used in hospitals, such as for examining patients or performing surgeries. Among them, nitrile gloves are particularly suitable for use in hospitals because they can provide stronger maintenance for healthcare professionals.
Medical gloves can be divided into nitrile gloves, PVC gloves, and latex gloves based on their materials. Nitrile gloves are made of nitrile latex, which has excellent compatibility and durability, extraordinary tensile strength and oil resistance. Gloves produced with nitrile latex have more significant advantages in organic solution resistance and puncture resistance. Compared to PVC gloves and latex gloves, nitrile gloves are more durable and have stronger breathability. In addition, because nitrile gloves have no protein, they are less likely to cause allergic symptoms to people with allergic constitutions.
Raw material for medical nitrile gloves – nitrile latex
Nitrile latex is a liquid generated latex that releases the glossiness of milk, with extraordinary tensile strength and oil resistance. It is mainly used as a raw material for medical gloves and other styrene butadiene rubber products.
What are the advantages of nitrile latex?
One Strong defensive capability
Nitrile latex raw materials have extraordinary tensile properties, while medical nitrile gloves are more resistant to punctures and wear. Medical personnel working on the front line can wear them daily to avoid viral infections more reasonably.
II Delicate hand feel
Nitrile latex material is delicate and has a high aspect ratio that meets and softens, making it less likely for medical personnel to harm their fingertips when wearing, ensuring higher efficiency in various diagnostic and treatment work.
III Long term application
Nitrile latex raw materials have extraordinary durability, solvent resistance, water permeability, and oil resistance, and can be used for a longer time to maintain frontline medical personnel in a reasonable and continuous manner.