Clean, sterile, and sterilizable Class 100 nitrile gloves are a type of protective gear widely used in fields with extremely high requirements for hygiene and cleanliness, such as the medical and electronics industries. Here is a detailed introduction:

Material

• The main component is nitrile rubber, which is formed by the emulsion polymerization of butadiene and acrylonitrile. This material endows the gloves with excellent chemical resistance. They can withstand a variety of chemicals, including acids, alkalis, and organic solvents, effectively protecting the user’s hands from chemical hazards. Moreover, nitrile rubber also has outstanding abrasion resistance and tear resistance. It is not easily damaged and can maintain good integrity in relatively complex operating environments.

Cleanliness Class – Class 100

• According to international standards, a Class 100 cleanliness level means that the number of particles greater than or equal to 0.5 microns per cubic foot of air does not exceed 100. These high – cleanliness gloves go through strict production and purification processes. From the selection of raw materials to every step of the manufacturing process, strict cleanliness control measures are implemented. For example, they are produced in a dust – free workshop with the use of high – efficiency air – filtering systems. This ensures that the surface of the gloves has almost no dust particles and microorganisms, making them suitable for use in occasions with extremely high requirements for environmental cleanliness, such as electronic chip manufacturing, precision instrument assembly, and biopharmaceutical production.

Sterile Characteristics

• Clean, sterile, and sterilizable Class 100 nitrile gloves undergo strict sterilization treatment after production. Common sterilization methods include ethylene oxide sterilization or radiation sterilization. After sterilization, the number of microorganisms on the gloves is controlled at a very low level, achieving a sterile state. They can be directly used in aseptic operating environments, such as operating rooms and sterile experiments in laboratories, effectively reducing the risk of infection caused by microorganisms carried by the gloves.

Sterilizability

• These gloves have the characteristic of being sterilizable, meaning that they can be re – sterilized according to specific needs and usage environments before use to ensure their aseptic state. The sterilizability allows the gloves to be flexibly used in different aseptic operation scenarios. Even after multiple sterilizations, the physical and protective properties of the gloves can still remain at a high level, without significant damage or performance degradation due to the sterilization process.

Performance Characteristics

• Fit and Comfort
  The design of the gloves usually follows the principles of ergonomics. They can fit closely to the hands, neither impeding the flexible operation of the hands nor providing a comfortable wearing experience. At the same time, the nitrile material has a certain degree of elasticity, adapting to various hand movements, and it is not easy to cause fatigue even after long – term wearing.
• Good Tactility
  Despite being protective gloves, clean, sterile, and sterilizable Class 100 nitrile gloves have good tactility. Users can clearly perceive details such as the shape and texture of the objects being manipulated through the gloves. This is crucial for some tasks that require fine operations, such as suturing in surgical operations and soldering of electronic components, helping to improve the accuracy and success rate of the operations.
• Antistatic Performance
  In some environments sensitive to static electricity, such as electronic production workshops, these gloves also have antistatic properties. They can effectively prevent the generation and accumulation of static electricity, avoiding damage to electronic components caused by static electricity and ensuring the safety of the production process and the quality of products.

Application Fields

• Medical Field
  In departments such as operating rooms, intensive care units, stomatology departments, and obstetrics and gynecology departments, medical staff need to wear clean, sterile, and sterilizable Class 100 nitrile gloves during operations, wound treatment, and medical device operations to prevent cross – infection and ensure the safety of patients and medical staff.
• Electronics Industry
  In processes such as electronic chip manufacturing, semiconductor production, and liquid crystal display manufacturing, there are extremely high requirements for environmental cleanliness and static electricity control. Class 100 nitrile gloves can effectively prevent dust particles and microorganisms from the operator’s hands from contaminating electronic components. At the same time, their antistatic properties can also protect electronic devices from static damage.
• Pharmaceutical Industry
  During the production, research and development, and quality inspection of drugs, to ensure the quality and safety of drugs, workers need to wear clean and sterile nitrile gloves to prevent impurities and microorganisms from the hands from mixing into the drugs and affecting the quality of the drugs.
• Laboratory Research
  In biological and chemical laboratories, when conducting high – precision experiments, clean, sterile, and sterilizable Class 100 nitrile gloves can provide reliable protection for experimenters, preventing the hands from contaminating experimental samples and ensuring the accuracy and reliability of experimental results.