Paster

Abstract

The invention provides a patch, which consists of silica gel materials X-500A / B, far infrared powder and silicone oil. The manufacturing method for the patch is as follows: firstly, the silica gel materials X-500A / B and the far infrared powder are mixed with each other according to the proportional requirement, and the silicone oil which has the function of an intermediate mixed bridge is added according to the proportional requirement to integrate the far infrared powder and the silica gel into a whole; secondly, the far infrared powder and the silica gel are placed into a vacuum pressure cooker, so that intermolecular gaps of the far infrared powder and the silica gel are dissolved and combined with each other; thirdly, the far infrared powder and the silica gel are strongly grinded by a roller to be closely integrated into a whole; fourthly, an X-500B bridge agent is added according to the proportional requirement, and the two raw materials are strongly grinded and mixed by the roller to generate a bridge; and fifthly, the bridge is placed into a steel die, heated until the temperature is 80 DEG C, and subjected to cooling molding after 60 minutes. The flexible elastic thin patch has simple manufacturing technique, can be reused, has no storage life, and can be used in different fields.

Description

(1) Technical field: [0001] The present invention relates to a patch, in particular to a flexible thin patch manufactured by mixing and stirring a soft, flexible, temperature-resistant and non-toxic silicone material with far-infrared powder, which belongs to the technical field of materials. (2) Background technology: [0002] Because of its longer wavelength, far infrared rays can penetrate into the internal tissues of objects, vibrate and activate the molecules in the object to produce a resonance / resonance effect, making the molecules of the object more minute and nanometer, so it is used in daily health care and promotes the activation of blood circulation in the body. Metabolism, relieve pain and other functions. When far-infrared rays are applied to liquid materials (such as fuel), they can absorb the vehicle temperature and release wavelengths to resonate with the fuel, making the fuel molecules finer and completely combusting the fuel to save fuel and enhance the horsepo...

AI Technical Summary

Problems solved by technology

[0003] However, conventional far-infrared products on the market are all products with a single use range and are thrown away after use.

For example, a patch with far-infrared function for body contusion is torn off after a period of time on the affected part of the user. Next time you want to use it again, you have to replace it with a new patch. A piece of patch with far-infrared function The function is still there after being torn off, but it cannot be reused, which is very wasteful

Images