

The ICU Medical Hi-Flo Stopcocks provide a crucial solution for fluid management in medical settings. Available in a variety of configurations, including 4-way, 2-gang to 5-gang, each stopcock is equipped with non-vented blue caps and yellow handles for easy identification and use. Their construction from non-DEHP, non-PVC materials significantly reduces the risk of adverse reactions, making them safe for patients susceptible to allergies.
These stopcocks stand out for their lipid-resistant property, ideal for administering lipid-based therapies without compromising on quality. The use of both extended and swivel male luer locks ensures their adaptability and secure fit in various clinical applications. Available in packs ranging from 10 to 50 per case, these stopcocks guarantee efficiency and convenience in demanding healthcare environments.
The ICU Medical Hi-Flo Stopcocks provide a crucial solution for fluid management in medical settings. Available in a variety of configurations, including 4-way, 2-gang to 5-gang, each stopcock is equipped with non-vented blue caps and yellow handles for easy identification and use. Their construction from non-DEHP, non-PVC materials significantly reduces the risk of adverse reactions, making them safe for patients susceptible to allergies.
These stopcocks stand out for their lipid-resistant property, ideal for administering lipid-based therapies without compromising on quality. The use of both extended and swivel male luer locks ensures their adaptability and secure fit in various clinical applications. Available in packs ranging from 10 to 50 per case, these stopcocks guarantee efficiency and convenience in demanding healthcare environments.
1. What makes these stopcocks lipid resistant?
The stopcocks are manufactured using materials that resist degradation and damage from lipid-based solutions, ensuring reliable performance during lipid therapy.
2. Can these stopcocks be used with all types of fluids?
Yes, they are versatile and compatible with various IV medications and solutions, especially those that are lipid-based due to their lipid-resistant feature.



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