Medical salt compress bag and manufacturing method thereof

Abstract

The invention discloses a medical salt compress bag and a manufacturing method thereof. The medical salt compress bag comprises an outer packaging bag and cold compress salt. The outer packaging bag is made with medical nonwoven, gauze, or watertight breathable polymeric film; the cold compress salt is made from 100 g of water-bearing sodium sulfate or water-bearing magnesium sulfate, 28 g of borneol, 120 g of alcohol, and 75 g of a penetrant. The finished medical salt compress bag herein has certain weight and can apply pressure to the skin of an affected part; the cold compress salt can gainfull contact with the skin to absorb heat and melt, so that cooling is provided for the affected part by cold compress, and capillaries of the affected part are shrunk indirectly to relieve swellingand stop pain; by adding the ingredients, such as alcohol, borneol and the penetrant, double results are achieved with half work; no pollution or residue occurs, and the medical salt compress bag is convenient to carry, is widely applicable, and can provide cooling, swelling relief and pain relief for the human parts before and after surgery; the medical salt compress bag can absorb heat and meltslowly and continuously, can act for a long term after being applied, and has no need for repeated operation; physical cooling of the medical salt compress bag is mild and nonirritating to the skin, with no adverse effects caused, such as swelling and shiver.

Description

Technical field [0001] The invention relates to the technical field of medical supplies, and more specifically, it relates to a medical salt compress bag and a manufacturing method thereof. Background technique [0002] The cold compress is modified based on traditional cold compress methods (such as: cold water, ice water, alcohol, etc.). The new TDDS drug release system prepared on the basis of polymer gel is the core. It consists of a backing layer, a gel layer, and an anti-sticking layer. The surface of the anti-adhesive layer has a polyester protective film embossed film layer, which is removed before use. The embossed surface can form a pattern on the gel surface, which can ensure the skin respiration and metabolism of the application site and increase skin contact The surface makes the application more reliable and the absorption is more complete. [0003] The cold pack is composed of high-tech polymer and high-density plastic paper. The product has good practicability and ...

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Problems solved by technology

[0004] However, the existing medical cold compress bags will face various problems in actual use. For example, when the patient uses the cold compress bag, it is easy to slip due to changes in body posture. During the cold compress process, in order to prevent the cold compress bag from slipping and falling , the patient needs to keep the sitting or lying position unchanged, which may easily cause muscle spasm for a long time, and the length of the cold compress bag cannot be adjusted flexibly. However, exudation, cold compress duration is short, and the action time after application cannot reach more than 12 hours. Repeated operations are required, and the patient's clothes will be soaked, causing discomfort to the patient. For this reason, we propose a medical salt compress bag and its manufacturing method Solve the deficiencies of existing technology

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