Tubular product for effectively reducing condensate water of breathing pipeline

Abstract

The invention discloses a tubular product for effectively reducing condensate water of a breathing pipeline. The tubular product comprises the following raw materials in parts by weight: 85 to 105 parts of a thermoplastic material, 0.5 to 5 parts of a microsphere foaming agent, and 1 to 8 parts of silicone oil. The experimental test result shows that the prepared tubular product for effectively reducing the condensate water of the breathing pipeline has good mechanical properties such as thermal insulation property, tensile strength, and elongation at break and meanwhile has excellent hydrophobic property, so that tiny water droplets are more easily delivered to a patient along with gases, and thus formation of the condensate water is reduced while the airtightness of the tubular product is ensured. In addition, the adopted materials are all safe and environmentally friendly materials, physical foaming is adopted, foaming can be performed both under normal pressure and pressurization,the foaming technology is simple and convenient and fast, and large-scale industrial production is facilitated.

Description

technical field [0001] The invention relates to the field of medical materials, in particular to a pipe material that can effectively reduce the condensed water of the breathing pipeline. Background technique [0002] Medical respiratory equipment such as ventilators, as a core life support equipment, plays a vital role in clinical anesthesia respiratory management, respiratory failure treatment, rescue and resuscitation of critically ill patients. [0003] Among them, most of the breathing tubes in the breathing equipment have a slender lumen structure, and the gas in the tube is transported with a saturated humidity of more than 30°C, so the inside of the tube is very easy to adhere to condensed water, not only the possibility of condensation The danger of water pouring back into the respiratory tract can also cause ventilator-associated pneumonia, causing huge safety hazards to hospitals and patients. In the prior art, in order to prevent the generation of condensed wate...

AI Technical Summary

Problems solved by technology

[0003] Among them, since most of the breathing tubes in the breathing equipment have a slender lumen structure, and the gas with a saturated humidity of more than 30°C is transported in the tubes, condensed water is easily attached to the inside of the tubes, and not only condensation may occur The danger of water pouring into the respiratory tract can also cause ventilator-associated pneumonia, which poses a huge safety hazard to hospitals and patients

In the prior art, in order to prevent the generation of condensed water in the breathing circuit, a heating guide wire is often added to the breathing circuit or a thermal insulation test is wrapped outside the circuit to keep the inside of the circuit dry, but this not only increases the medical cost, but also It also increases the loss of pipelines and brings many unsafe factors

At the same time, the breathing tubes in the prior art also have insufficient tensile strength and elongation at break. During the transportation of equipment, or during the use of patients, accidents of breathing tube rupture are very likely to occur, which is harmful to the safety of patients. make an impact

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