Amphiphilic ultra-high molecular perfume stick and corresponding manufacturing method thereof

Abstract

The invention provides an amphiphilic ultra-high molecular perfume stick, and further provides a manufacturing method of the ultra-high molecular perfume stick. The amphiphilic ultra-high molecular perfume stick has the self-cleaning function, is high in adsorption rate, can adsorb essential oil in perfume, can also adsorb ethyl alcohol and water in the perfume, and thus is suitable for the various different oily or water-based or oil-water mixed perfume; bacteria do not grow to the amphiphilic ultra-high molecular perfume stick, mildewing is avoided, and reutilization can be achieved; when volatilizing, the perfume is adsorbed to the top slowly from the bottom of the perfume stick, and the perfume volatilizing rate is small because of compact pores; and the amphiphilic ultra-high molecular perfume stick is tough, simple in technology, low in cost and high in practicability. According to amphiphilic ultra-high molecular perfume stick, ultra-high molecular PE is sintered in a semi-molten mode to form a perfume stick body of the corresponding form, the pore diameter among all PE particles in the perfume stick body is 0.5-1.0 [mu]m, and the porosity is larger than 50%; and the perfumestick body has amphipathicity of hydrophilicity and lipophilicity, and is of a form structure with a certain length.

Description

technical field [0001] The invention relates to the technical field of perfume sticks, in particular to an amphiphilic ultra-high molecular weight perfume stick. The invention also provides a manufacturing method of the ultra-high molecular weight perfume stick. Background technique [0002] With the improvement of people's living standards, in order to improve the quality of life and increase some small pleasures in life, various types of auxiliary objects for volatilizing perfume appear on the market. There are many auxiliary volatilization structures in the prior art: pump , manual spraying and fiber sticks, sponges, rattan adsorption volatilization, etc., but these structures all have shortcomings. Among them, the disadvantages of volatilization by machine pump are manual operation, waste of resources, and lack of fragrance, which cannot be volatilized naturally; the disadvantages of manual spraying are that the residual fragrance and perfume are seriously wasted, the fr...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of people's living standards, in order to improve the quality of life and increase some small pleasures in life, various types of auxiliary objects for volatilizing perfume appear on the market. There are many auxiliary volatilization structures in the prior art: pump , manual spraying and fiber sticks, sponges, rattan adsorption volatilization, etc., but these structures have disadvantages

Among them, the disadvantages of volatilization by machine pump are manual operation, waste of resources, and lack of fragrance, which cannot be volatilized naturally; the disadvantages of manual spraying are that the residual fragrance and perfume are seriously wasted, the fragrance distribution is uneven, and the fragrance can only last for a short period of time. , not only causes a serious waste of perfume, but also cannot get long-term fragrance; the fiber stick has no self-cleaning function, it is easy to mold, the adsorption function is slow, and the effect is achieved by the tension of alcohol, and the concentration of perfume is low; the sponge has a large adsorption function, and the volatilization rate is too fast , there is no self-cleaning function, which is a waste of perfume; rattan sticks also do not have the function of self-cleaning, and it is easy to grow bacteria and mold for a long time, resulting in air pollution. For the first time, both ends must be soaked in perfume to absorb, and the gap is large and the volatilization rate is fast At present, the perfume sticks on the market need to be volatilized by the tension of alcohol, and they need to be placed in the perfume bottle to absorb and emit fragrance by the surface tension of alcohol. Similarly, they cannot be used for various oily or watery, oil-water mixed perfumes. , can only select a single type of perfume, the gap is large, the volatilization rate is fast, it is easy to breed bacteria, the climbing and imbibition function is poor, and the cost of the existing perfume stick is relatively high, and the secondary service life is not short