A Home Fragrance Diffuser Sticks and a manufacturing method thereof belong to the technical field of fibrous products and their processing. The aroma oil diffuser sticks contains 80-99% of fiber filaments, 1-20% of adhesive, and 0.1-10% of liquid-absorbing agent. The manufacturing method of the Fibre Reed Diffuser Sticks. First, the fiber filaments are subjected to elastic treatment, and the processed fiber filaments are integrated into long fiber bundles according to the thickness and porosity of the Fibre Reed Diffuser Sticks; then, the above-mentioned fiber bundles are Preheat and shape the mold, then impregnate it with adhesive, cut it into a certain length of Aromatherapy Diffuser Sticks after drying; finally, treat the above aroma oil sticks with a liquid-absorbing agent with a concentration of 0.2-10% for 5-60 minutes, Dry, and then cut into the required length, that is Diffuser Fiber Sticks. The Diffuser Fiber Sticks has a high liquid absorption rate, can quickly absorb liquid and transfer the liquid to be detected, and does not interfere with the detection result; and has a certain mechanical strength, which is convenient and easy to use and transport; the manufacturing process is simple and the production cost is low.
The invention discloses a super-strong water-conducting fiber rod and its production method and application. Each of the double-layer multi-strand filaments includes a plurality of single-strand fiber filaments, and the single-strand fiber filaments are composed of a single inner core layer. The inner core layer The core layer is a hollow tube structure, the inner core layer is a high melting point inner core layer made of PP or PET or TPU or TPEE material, and multiple single strands of fiber filaments are bonded together. By heating, the outer layer with a low melting point is melted, while the inner core layer with a higher melting point is not dissolved. The physical effect produced by the dissolution of the outer layer can bond multiple strands of fiber filaments with only the inner core layer together. It will not produce any pollution, making the fiber rod an environmentally friendly, green and pollution-free product. At the same time, since there is no impurity to block the capillary pores, and it will not cause the fiber to swell and loosen, the fiber rod of the present invention has a stronger capillary water absorption effect And the service life, while the fiber filament adopts a hollow core structure, so that the fiber rod has a stronger porosity, and has better water conduction, water absorption, and filtration performance.
Post time: Sep-06-2023
