Material: PA66+GF30+15PTEE
Net weight: 1.10g
Medical injection molding PA66+GF30+15PTEE injection pen drum gear parts are specially designed for precision medical equipment. They use advanced injection molding technology to perfectly combine high strength, high wear resistance, and good self-lubricating properties. The PA66 base material gives the gears mechanical strength and rigidity, ensuring stability and accuracy during frequent operations; while the added 30% glass fiber significantly improves the impact resistance, temperature resistance, and dimensional stability of the overall structure. It maintains performance even under usage conditions. In addition, the added 15% polytetrafluoroethylene (PTFE) as a lubricant effectively reduces the friction coefficient during gear operation, reduces wear, increases service life, and ensures smooth and quiet operation, bringing more comfort to patients. Comfortable experience. The design of this medical injection pen drum gear not only complies with strict medical-grade material standards but also undergoes fine tolerance control and surface treatment to ensure a precise fit with other parts of the injection pen without risk of leakage, ensuring the accuracy and accuracy of drug delivery. Patient safety. Its chemical resistance can also cope with the challenges of various pharmaceutical ingredients. It is an indispensable key component of modern medical injection pens.

As the global automotive industry accelerates toward electrification, lightweight design, and intelligent manufacturing, automotive plastic injection ...
READ MOREThe automotive industry continues to evolve, with manufacturers constantly seeking innovations to improve efficiency, reduce weight, and enhance perfo...
READ MOREThe automotive industry increasingly relies on plastic injection molding technology to manufacture high-precision, lightweight, and cost-efficient com...
READ MOREThe global automotive industry is undergoing rapid transformation driven by electrification, lightweight design, and intelligent manufacturing. Among ...
READ MORE