A kind of anti-moth bright willow rattan softener and its preparation method

Abstract

A mothproof brightening willow rattan softener is disclosed. The softener is prepared from following raw materials by weight in part: 12-15 of sodium carbonate, 6-8 of glycerin, 1-2 of salicylic acid, 2-3 of sodium tetrathiocarbonate, 4-5 of ammonium triphosphate, 5-6 of povidone-iodine, 4-5 of eucalyptus robusta smith, 3-4 of common cnidium fruit, 4-5 of red sage root, 10-12 of zornia gibbosa, 10-12 of arundina graminifolia, 3-4 of auxiliary agents and 100 of water. The softener adopts the sodium tetrathiocarbonate, the sodium carbonate, and the like, and is low in surface corrosion and uniform in softening. Willow rattans are good in toughness and smooth in surface, thus increasing the weaving efficiency. By using the common cnidium fruit, the red sage root, and other Chinese herbal medicines and the povidone-iodine, mildew rattan surfaces are high in glossiness and in a sandalwood color, and damage by worms can be prevented.

Description

technical field [0001] The invention relates to the field of softeners, in particular to a mothproof bright willow rattan softener and a preparation method thereof. Background technique [0002] It has been many years since the stems of plants have been woven into various daily necessities. With the improvement of people's living standards, many of these woven fabrics have become works of art, with more and more peculiar and complex shapes. In the process of weaving, the stems are hard and difficult to weave, so they need to be softened. At present, the softening methods are mainly traditional methods such as soaking, stuffing, etc., which are not only time-consuming but also often fail to achieve good results. Further research on new softeners is needed. , not only has a good softening effect and fast speed, but also has little damage to the stems, and it is best to protect it to prolong the service life. Contents of the invention [0003] The object of the present inven...

AI Technical Summary

Problems solved by technology

During the weaving process, the stems are hard and difficult to weave, and need to be softened. At present, the softening methods are mainly traditional methods such as soaking, stuffing, etc., which are not only time-consuming but also often fail to achieve good results. Further research on new softeners is needed. , not only has a good softening effect and fast speed, but also has little damage to the stems, and it is best to protect it to prolong the service life