TW422898B

TW422898B - The warm keeping cellulose and cloth and their manufacturing method

Info

Publication number: TW422898B
Application number: TW87117693A
Authority: TW
Inventors: Zo-Chun Jen
Original assignee: Nanya Plastics Corp
Priority date: 1998-10-26
Filing date: 1998-10-26
Publication date: 2001-02-21

Abstract

The warm keeping cellulose and cloth and their manufacturing method. We add (1) white conductive micro particles and (2) white micro particles of good far infrared emission rate into the forming cellulose polymer to obtain a compound which can be made as woven and a non-woven cloth with a characteristic of warm keeping that is suitable in the use for the need of good warm keeping.

Description

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案號 87117693 々、申請專利範圍質上為線性，不影響紡絲之纖維形成線性聚合體中，彳曰混合組成物；將此混合組成物以押出機溶融紡絲、延^ (或延伸假撚），而得到蓄熱保溫性長纖維或蓄熱短纖維，其中前述（1 )白色導電性微粒子以及（2、f且有良好逆紅外線放射效率之白色微粒子之添加方式，聚合體合成之階段加入，或是在紡絲時直接與原料聚合此合加入，或疋先製成高濃度之母粒，然後與原料聚合體混合，稀釋至所定之濃度；兩種微粒子之添加順序並殊之限制，可先加入白色導電性微粒子，或是先加入^ 良好遠紅外線放射效率之白色微粒子，或是兩者同時ς入亦可。 3 · —種蓄熱保溫性複合纖維之製造方法，係將 ::數在1000Ω· cm以下之由白色導電氧化錫、白色導電硫酸鋇、白色導電鈦酸鉀、白色導電二氧化鈦及混合物選出的白色導電性微粒子及（2 )具有於3 溫 f下，波長4〜2 5 之範圍之平均遠紅外線放射效率覆，6 5%以上之由氧化锆、氧化鋁、二氧化鈦、高嶺土、 ^化鎖及其混合物選出的白色微粒子，加入由聚醋、聚二、聚乙烯、聚丙#，以及實質上為上述聚合體之力二共聚合單冑改質纟，或是加入…基化合物共聚2 =貫質上為線性，不影響紡絲之纖維形成線性聚合體中: 添加量以全體複合纖維重量為計算基準，前述（^ ，導電性微粒子之添加量在〇 · 〇 5重量％以上，5重旦 %以下，前述（2 )具有遠紅外線放射效率之白色微粒=Case No. 87117693 々 The scope of the patent application is linear in nature, and does not affect the spinning fibers to form a linear polymer. 彳 The mixed composition is used; the mixed composition is melt-spun with an extruder, and extended (or extended false twist). ) To obtain long-term thermal storage fibers or short-term thermal storage fibers, in which the aforementioned (1) white conductive fine particles and (2, f) white fine particles with good reverse infrared radiation efficiency are added at the stage of polymer synthesis, or It is directly added to the raw material polymerization during spinning, or it is first made into a high-concentration masterbatch, and then mixed with the raw material polymer and diluted to a predetermined concentration; the order of addition of the two kinds of fine particles is subject to special restrictions. Add white conductive fine particles, or white fine particles with good far-infrared radiation efficiency, or both at the same time. 3 · —A method for manufacturing heat-storing composite fiber, the number is: 1000Ω White conductive selected below cm from white conductive tin oxide, white conductive barium sulfate, white conductive potassium titanate, white conductive titanium dioxide and mixtures The particles and (2) have an average far-infrared radiation efficiency at a temperature of 3 to f and a wavelength ranging from 4 to 25, and more than 65% are selected from zirconia, alumina, titania, kaolin, hydrazine, and mixtures thereof. White microparticles, adding poly (vinyl acetate, polydiene, polyethylene, polypropylene #), and the dimerization of monomers modified by the above-mentioned polymers, or copolymerization of basic compounds 2 = linear by mass In a linear polymer that does not affect the spinning fiber formation: The added amount is calculated based on the weight of the entire composite fiber. The above (^, the conductive fine particles are added in an amount of 0.05% by weight or more and 5% by weight or less, the foregoing (2) White particles with far-infrared radiation efficiency =

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ί植：：：；ί ϋ量％以下’得到混合組成物；將此現二：之微粒子之纖維形成線性聚合體，甲出七冷融ν入複合紡絲裝置，紡絲、延伸（或延 j號 87117R的六、申請專利範圍，=加巧.丄重量m，5重量％以下，而 = =溫性複合長纖維或蓄熱保溫性複“ 、、、，、中則述（1 )白色導電性微粒子以及前述（2 ) ϊΐί;;紅外線放射效率之白色微粒子之添加方式，可體11/°成ΐ階段加a ’或是在紡絲時直接與原料聚合成高濃度之母粒，然後與原料聚合之濃度；兩種微粒子之添加順序並無之：制，可先加入白色導電性微粒子，或是先加入具 2好逖紅外線放射效率之白色微粒子，或是兩者加入亦可。 ί·如申請專，範圍第2項之蓄熱保溫性纖維之製造方織成^所付的畜熱保溫性纖維經延伸假撚成加工紗後， 5.如申請專利範圍第3項之蓄熱保溫性複合纖維之製造 Γ去織=得：：熱保溫性纖維經延伸假燃成加工紗枯著聚自旨纖維混合後，妞ΙΪ溫性纖維經處理成短纖與熱織布。 ^…化、梳棉、針扎、熱壓製成不植 Plant ::; ί ％以下 %% to get a mixed composition; the present two: the fine particles of the fiber to form a linear polymer, a cold seven melted into a composite spinning device, spinning, stretching (or extension) 6. The scope of patent application for j number 87117R, = coincidence. 丄 weight m, less than 5% by weight, and = = warm composite long fiber or thermal storage and heat preservation complex ",,,,, and (1) white conductive (2); ί; white particles with infrared radiation efficiency can be added at the 11 / ° formation stage, or a 'can be directly polymerized with raw materials during spinning to form a high-concentration masterbatch, and then The concentration of the raw material polymerization; there is no order of adding the two kinds of fine particles: the system can be added with white conductive fine particles first, or white fine particles with 2 infrared radiation efficiency, or both. Ί · If you apply for a special application, the manufacturer of the thermal storage and thermal insulation fiber in the scope of item 2 is woven ^ The animal thermal insulation fiber that you paid is extended and false twisted into the processed yarn. 5. If you apply for the thermal storage and thermal insulation compound in the scope of the patent application, the third item Manufacture of fiber ：： Thermo-insulation fibers are stretched and false-burned into processed yarns and dries together. The purpose fibers are mixed, and the girls are treated into staple fibers and heat-woven fabrics. ^ ... chemical, carded, needle-punched, and hot-pressed Succeed

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