37results about How to "Excellent hydrophobic function" patented technology

A functional clothing for alleviating metabolic syndromes and manufacturing method thereof. The raw material of the functional clothing comprises primary functional layer fabric (C), and can further comprise secondary functional layer fabric (B). The inside surface of the primary functional layer fabric (C) is obtained through processing under a preset first process condition with a preset first coagent; the inside surface of the secondary functional layer fabric (B) is obtained through processing under a preset second process condition with a preset second coagent. The first coagent gives the inside surface of the primary functional layer fabric (C) hydrophilicity, warmth and breathability functions; the second coagent enables the inside surface of the secondary functional layer fabric (B) to have L-carnitine adhere. The functional clothing can directly contact skin, and the outside surface thereof has good hydrophobicity. By control of the functions of good hydrophilicity, warmth and excellent breathability of the inside surface thereof, and by utilizing the temperature and humidity environment of the skin surface to establish a drug transdermal release system to facilitate transdermal absorption of the micromolecular hydrophilic drug L-carnitine, the functional clothing worn by a user for a long time can alleviate secretion of insulin and obesity related factors, further alleviating metabolic syndromes. The method of manufacturing the functional clothing is easy of operation and has a low cost.

The invention relates to the technical field of building materials and particularly relates to super-hydrophobic artificial marble which is composed of following components, by weight: 100 parts of unsaturated polyester resin, 0.5-2 parts of a peroxide-type initiator, 0.1-2 parts of an accelerant, 5-30 parts of vinyl-type resin diluent, 5-30 parts of polyvinyl-type resin assistant crosslinker, 100-500 parts of ore slag micro powder, 10-30 parts of a flame retardant, and 3-15 parts of polyfluoro-modified bisphenol A epoxy acrylate polymer. In the invention, the polyfluoro-modified bisphenol A epoxy acrylate polymer, which has a super-hydrophobic function, is employed as a hydrophobic additive to prepare the artificial marble, so that the artificial marble is excellent in hydrophobic performance. A contact angle between the surface of the super-hydrophobic artificial marble and water is 150-170 degrees so that the surface of the super-hydrophobic artificial marble has an excellent self-cleaning function. In addition, the marble in deep color series is high in strength, is good in waterproof performance and is strong in corrosion resistance.

The invention relates to a preparation method of a cast aluminum alloy film coat, which is characterized by cleaning a cast aluminum alloy component firstly, performing chromate oxidation treatment secondly, and then preparing a film sealing coat of fluorine containing acrylicester on a chromate oxide film. Construction methods such as brushing or spraying is used for the invention, the methods are flexible and simple and has high maneuverability; the invention can be applied in the protective treatment for cast aluminum alloy of ZL102, ZL104, ZL107, ZL112, ZL114 and the like, and is particularly suitable for treatment of the cast aluminum alloy component used in the ocean environment; and the invention is also suitable for the protective treatment of other aluminum alloy materials or components, such as treatment of duralumin, super duralumin, wrought aluminum and rust-proof aluminum alloy.

The invention relates to a preparation method for constructing a super-hydrophobic layer on the surface of bamboo / wood by using geothermal water. Firstly, the lignin on the surface of bamboo / wood is treated with NaOH solution, so that the hydroxyl group is exposed on the surface as much as possible, and then it is immersed in methacrylic acid to shrink React in a glyceride solution, and finally deposit calcium carbonate crystals on the surface of bamboo and wood by hydrothermal method, and combine the low surface energy material polydimethylsiloxane to construct an aragonite calcium carbonate surface layer with hydrophobic function on the surface of bamboo / wood. Advantages: 1) NaOH solution is used to remove the lignin components on the surface of bamboo / wood, so that the hydroxyl groups in bamboo / wood are exposed on the surface as much as possible, which is beneficial to the next reaction. 2) Using GMA as the coupling agent, the epoxy group reacts with the hydroxyl group to fix it on the bamboo / wood surface, and the carboxyl group reacts with the Ca 2+ Formation of complexes, by regulating the carboxyl group and Ca 2+ The complexes formed control the growth crystal form and morphology of calcium carbonate. 3) Environmental protection, good biocompatibility, low production cost, and good hydrophobicity.