Bromobutyl Rubber Pistons

Biocompatibility: Medical bromobutyl rubber must pass rigorous biocompatibility testing to ensure that it does not cause adverse reactions when in contact with the human body.

High airtightness: In medical devices such as ventilators and anesthesia machines, airtightness is crucial. Bromobutyl rubber pistons provide excellent airtightness and prevent gas leakage.

Chemical resistance: Medical devices are often exposed to a variety of disinfectants and cleaning agents, and bromobutyl rubber pistons are resistant to these chemicals.

High temperature and steam resistance: Bromobutyl rubber pistons are stable during the high-temperature sterilization of medical devices and will not be deformed or damaged by high temperatures.

Aging and UV resistance: Medical bromobutyl rubber pistons have good aging resistance and can maintain performance even after prolonged use and multiple sterilizations.

Elasticity and resiliency: In medical devices, pistons need to maintain a good seal under pressure changes, and the elasticity and resilience of bromobutyl rubber ensure this.

Syringes and syringes: Medical bromobutyl rubber pistons are used to make the pistons of syringes to ensure precision and tightness when injecting drugs.

Respiratory equipment: In ventilators and anesthesia machines, bromobutyl rubber pistons are used to control the flow of gases and ensure the safety and effectiveness of patient breathing.

Hemodialysis machine: During hemodialysis, bromobutyl rubber pistons are used to control the flow of blood and dialysate to ensure the safety of the dialysis process.

Medical device seals: In various medical devices, such as endoscopes, surgical instruments, etc., bromobutyl rubber pistons are used as seals to prevent cross-infection.

Raw material selection: Choose brominated butyl rubber suitable for medical use, ensuring its purity and biocompatibility.

Formulation design: According to the specific requirements of medical equipment, the formulation of bromobutyl rubber is designed, and the necessary additives are added to improve the performance.

Mixing and mixing: Bromobutyl rubber is mixed with additives and homogeneously mixed by a rubber mixer.

Molding: The rubber is molded into the desired piston shape using specific molds and processes.

Vulcanization: Through the vulcanization process, the rubber is made to achieve the desired hardness and elasticity.

Post-processing: including cleaning, grinding, inspection, and packaging, ensuring that each piston meets the high standards of the medical industry.

Easy to clean and disinfect: Bromobutyl rubber pistons are easy to clean and can withstand multiple disinfection methods.

Long life: Due to its chemical resistance and aging resistance, bromobutyl rubber pistons have a long service life.

Reduced maintenance costs: Due to its durability, the maintenance cost and frequency of replacement of medical equipment is reduced.

Improved patient safety: By providing reliable sealing performance, bromobutyl rubber pistons help improve the overall safety of medical devices.