Composite adsorbent material with embossing and preparation method thereof
A composite adsorption material and embossing technology, applied in chemical instruments and methods, adsorption water/sewage treatment, alkali metal compounds, etc., can solve problems affecting crop growth, loss of flight function, bird death, etc., to improve surface lock control ability, enhanced adsorption and lock control ability, and the effect of not easy to elute
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Embodiment 1
[0030] The invention provides a composite adsorption material with embossing, the adsorption material is composed of a matrix layer and a surface layer coated on the surface of the matrix layer, the surface of the adsorption material has embossments evenly distributed, and the embossments are in a three-dimensional structure, The matrix layer is activated carbon fiber, the surface layer is a mixture of hollow fibers and short fibers, and the mixture is distributed on the surface of the activated carbon fibers in an irregular form, and the mixture is closely combined with the surface layer of the activated carbon fibers; the hollow fibers The inner diameter of the short fiber is 300-600 μm, the wall thickness is 50-70 μm, and the fiber length of the short fiber is 1-3 mm.
[0031] The fiber diameter of the activated carbon fiber is 5-10 μm, and the specific surface area is 1000-1500 m 2 / g, the activated carbon fiber is evenly distributed with a number of micropores, and the av...
Embodiment 2
[0034] A method for preparing the above-mentioned composite adsorption material with embossing, comprising:
[0035] S1, prepare the spinning solution;
[0036] S2. Filter the prepared spinning hydraulic pressure, and use spinning equipment to extrude the spinning solution from the spinneret composed of two concentric tubes to obtain unconsolidated hollow filaments, and cool and shape the hollow filaments;
[0037] S3. laying the cooled hollow fibers on the surface of the activated carbon fibers, wherein the transmission speed of the activated carbon fibers is less than twice the extrusion speed of the hollow fibers, thus making the hollow fibers distributed on the surface of the activated carbon fibers in an irregular form;
[0038] S4, pumping the pulpy short fiber slurry to the surface of the hollow fiber and the activated carbon fiber;
[0039] S5. Spunlace intertwining short fibers, hollow filaments, and activated carbon fibers;
[0040] S6, drying the material obtained...
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Abstract
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