鈫? 閲嶅簡闃蹭吉-浜旂浘縐戞妧綰沖叆甯傜鎶€鍨嬩紒涓氭暟鎹簱

閲嶅簡浜旂浘縐戞妧鏈夐檺鍏徃琚撼鍏ラ噸搴嗗競縐戞妧鍨嬩紒涓氭暟鎹簱Chongqing wudun technology co., ltd. is included in the database of Chongqing science and technology enterprises

闃呰璇︾粏

NFC--閰掔被鍖呰鐩掕姱鐗囬槻浼?/h2>

鍒嗙被: NFC鑺墖闃蹭吉, | 鏍囩: 浜у搧闃蹭吉,鐧介厭闃蹭吉,鐧介厭闃茬獪璐?/a>,闃蹭吉,闃蹭吉鏍囪瘑,RFID,RFID鐢靛瓙鏍囩,NFC 闃蹭吉,閲嶅簡RFID,閲嶅簡NFC,NFC闃蹭吉鍖呰, | 2018-11-18

瀹炵幇Implementation錛?銆丯FC鑺墖闃蹭吉楠岃瘉鍙婃函婧愶紱NFC chip anti-counterfeiting verification and traceability;2銆佽姱鐗囨敞濉戝埌鍖呰鐩掑唴錛汭njection molding the chip into the packaging box;3銆佸疄鐜拌姱鐗囧寘瑁呴槻浼猂ealizing anti-counterfeiting of chip packaging鍙傛暟Parameters錛氬崗璁甈rotocol錛欼SO/IEC 14443 A                                           &nb

闃呰璇︾粏

NFC-浜у搧鍖呰寮€鍚姸鎬佽紺虹數瀛愭爣絳?/h2>

鍒嗙被: NFC鑺墖闃蹭吉, | 鏍囩: 浜у搧闃蹭吉,闃茬獪璐?/a>,鐢ㄦ埛鏁版嵁鏀墮泦,闃蹭吉鏍囪瘑,RFID,NFC,RFID鐢靛瓙鏍囩,NFC 闃蹭吉,閲嶅簡RFID,NXP,RFID璇嗚, | 2018-11-06

    涓昏閫傜敤鐗圭偣錛歁ain applicable features:1銆佸寘瑁呭紑灝佽鍙栨暟鎹紺猴紱 Warning to read data when packaging is opened;2銆佸寘瑁呭畬鏁翠駭鍝侀槻浼函婧愪俊鎭弽棣堬紱security traceability Information Feedback of Packaging Complete Products;3銆侀槻浼函ID涓庤姱鐗囩墿鐞哢UID榪涜緇戝畾錛屼笉鍙鏀逛笌澶嶅埗銆?nbsp; The anti-counterfeiting tracing ID is bound to the physical UUID of the chip and cannot be tampered with or copied.閮ㄤ喚鍙傛暟錛歋ome parameters:*闈炴帴瑙﹀紡鏁版嵁浼犺緭鍜屼緵

闃呰璇︾粏

NFC-Ntag21X緋誨垪闃蹭吉鑺墖

鐢變簬NTAG21x鏍囩IC鍏鋒湁楂樿緭鍏ョ數瀹癸紝鍥犳璇ヤ駭鍝佸挨涓洪€傜敤浜庤姹傚叿鏈夊皬灝哄鐨勫簲鐢紝鑰屼笉浼氶檷浣庢€ц兘銆傚皬鍨婲FC鏍囩鍙洿杞繪澗鍦板祵鍏ヤ駭鍝佹爣絳炬垨鐢靛瓙璁懼絳夌洰鏍囦腑銆俆hanks to the high input capacitance, NTAG21x tag ICs are particularly tailored for applications requiring small footprints, without compromise on performance. Small NFC tags can be more easily embedded into e.g. product labels or electronic devices.鐗規€eatures& 闈炴帴瑙﹀紡鏁版嵁鍜岀數鑳戒紶杈揅ontactless transmission of data and supply e

闃呰璇︾粏

鍔犲瘑褰╃爜鍙樿壊闃蹭吉

浜旂浘鍔犲瘑褰╃爜鍙樿壊鏍囨槸浠ョ幇浠ｅ瘑鐮佸鎶€鏈€侀€氳鎶€鏈€佽闊蟲妧鏈€両NTERNET緗戠粶鎶€鏈瓑澶氱璁＄畻鏈轟俊鎭妧鏈負鍩虹錛屼互緇堢娑堣垂鑰呮垨鐢ㄦ埛鏌ラ獙浜у搧鐪熶吉涓烘墜孌靛艦鎴愮殑涓€濂楅槻浼郴緇熸妧鏈€俆he 5-D encrypted color code color-changing label is a set of anti-counterfeiting system technology based on various computer information technologies such as modern cryptography, communication technology, voice technology, Internet network technology, and by means of checking the authenticity of products by end c

闃呰璇︾粏

鏁板瓧鍏ㄦ伅浜岀淮鐮侀槻浼?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,浜岀淮鐮佹函婧?/a>,姘存灉闃蹭吉,鐧介厭闃蹭吉,闃蹭吉,闃蹭吉鏍囩,闃蹭吉鏍囪瘑,闃蹭吉緋葷粺,閲嶅簡闃蹭吉鍏徃, | 2018-08-14

鏁板瓧鍏ㄦ伅浜岀淮鐮侀槻浼粙緇嶏細Anti - counterfeiting of Digital Holographic Two - dimensional Code錛氭暟瀛楀叏鎭簩緇寸爜錛屾槸浠ョ偒褰╃編瑙傜殑鍏ㄦ伅鏁堟灉鏇夸唬鐜版湁甯傚満涓婂嵃鍒鋒補澧ㄥ崟榛戜簩緇寸爜錛屼笉浠呭叿鏈夌粴涓藉褰┿€佺編杞編濂傜殑瑁呴グ鏁堟灉錛屼笖鍏鋒湁鍏ㄦ伅闃蹭吉鍔熻兘銆傛暟瀛楀叏鎭簩緇寸爜涓嶄粎鍙繘琛屽湪綰垮伐涓氱駭鎵弿錛屾墜鎸佹満銆佹櫤鑳芥墜鏈虹瓑鍧囧彲璇嗚銆俆he digital holographic two-dimensional code replaces the single black two-dimensional code printed with ink on the existing market with a colorful and beautiful holographic effect, not only has a gorgeous and beautiful d

闃呰璇︾粏

鈫? 鍏徃鑾峰緱浣滃搧钁椾綔鏉?/h2>

鍒嗙被: 鍏徃鏂伴椈, | 鏍囩: 浜у搧闃蹭吉,闃茬獪璐?/a>,浜岀淮鐮佹函婧?/a>,寰俊淇冮攢,闃蹭吉鏍囪瘑,浜岀淮鐮佷績閿€,RFID鐢靛瓙鏍囩,閲嶅簡婧簮, | 2018-08-08

浜旂浘縐戞妧鏈夐檺鍏徃鐩劇墝LOGO鑾峰緱鍥藉鐗堟潈灞€浣滃搧钁椾綔鏉冦€係hields LOGO of Wudun Technology Co., Ltd. Won Copyright of Works by National Copyright Administration

闃呰璇︾粏

鐩樺甫鏍囷紙鍗風瓛鏍囷級

琛ㄩ潰鏉愭枡Surface material錛氭爣絳劇殑鍧氭尯搴︽槸鍑烘爣鐨勫叧閿紝鍥犳瑕佹眰琛ㄩ潰鏉愭枡鐨勪竴瀹氱殑寮哄害鍜岀‖搴︼紝鏍囩鐨勫潥鎸哄害鍙堝拰鏉愭枡鐨勫帤搴﹀拰鏍囩鐨勯潰縐湁鍏籌紝鎵€浠ヤ嬌鐢ㄦ煍杞殑钖勮啘鏉愭枡鏃訛紝瑕侀€傚綋澧炲姞鍏跺帤搴︼紝涓€鑸帶鍒跺湪100渭m浠ヤ笂銆傝杽鐨勭焊寮犵被鏉愭枡錛屽60~70g/m2鐨勮創鏍囩焊錛屼竴鑸笉閫傚悎鍋氬ぇ鏍囩錛岃€岄€傚悎鍔犲伐鎴愬皬鏍囩錛屽鏍囦環鏋笂浣跨敤鐨勪環鏍兼爣絳俱€傛爣絳劇殑鍧氭尯搴﹀樊浼氬鑷磋創鏍囨椂涓嶅嚭鏍囷紝鎴栨爣絳懼悓搴曠焊涓€鍚屽鍗鳳紝浣胯嚜鍔ㄨ創鏍囧け鏁堛€俆he strength of the label is the key to marking, so it requires a certain strength and hardness of the surface material. The strength of the label is related to the thickness of the material and the

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褰╄壊綰挎鐗圭綰擱槻浼?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,浜岀淮鐮佹函婧?/a>,椋熷搧闃蹭吉,椋熷搧婧簮,鐧介厭闃蹭吉,闃蹭吉鏍囩,闃蹭吉鏍囪瘑,闃蹭吉緋葷粺,閲嶅簡闃蹭吉,闃蹭吉鐮?/a>, | 2018-08-08

浠嬬粛Introduction錛?銆佺壒縐嶆潗鏂欙紝鍦ㄩ€犵焊鏃跺皢鎸囧畾淇℃伅妞嶅叆綰稿紶鍐咃紝鍚庢湡鏃犳硶鏇存敼錛屼笖綰挎涓轟笉瑙勫垯鍒嗗竷錛?nbsp;Special materials, when making paper, insert the specified information into the paper, which cannot be changed later, and the line segments are irregularly distributed;2銆佹縺鍏変俊鎭殣钘忓叾涓紝鎻紑鍓嶄笉鏄劇幇錛屾彮寮€鍚庢墠鍙湪鍓ヨ惤灞傚強搴曡啘涓婃樉鐜幫紝璧峰埌闅愯棌闃蹭吉浣滅敤錛?nbsp;The laser information is hidden in it. It does not appear before it is uncovered, and can only appear on the peeling layer

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RFID-鍦ㄧ嚎鍙墦鍗頒笉騫茶兌鏍囩錛圲HF錛?/h2>

鍒嗙被: RFID鑺墖搴旂敤, | 鏍囩: 浜у搧闃蹭吉,闃蹭吉鏍囪瘑,RFID,NFC,鐢靛瓙鏍囩,RFID鐢靛瓙鏍囩,鍖哄潡閾鵑槻浼?/a>,NFC 闃蹭吉,閲嶅簡闃蹭吉, | 2018-07-21

瑙勩€€銆€鏍糋auge錛?0X15mm鏍規嵁涓嶅悓搴旂敤瀹氬埗customized according to different applications浜у搧澶囨敞Product Notes錛氬彲鎵撳嵃錛屼綆鎴愭湰錛岀畝鍗曞疄鐢╬rintable, low cost, simple and practicalRFID 鍙墦鍗頒笉騫茶兌鏍囩Introduction to RFID printable sticker浜у搧璇存槑Product description鍗忚Protocol錛欵PC CLASS1 Gen 2 / ISO 18000-6C 鑺墖Chip錛欻3宸ヤ綔棰戠巼Operating frequency:915MHz錛?60-960MHz錛夊瓨鍌ㄥ閲廠torage capacity:96bit瑙勬牸灝哄Size: 鍙畾鍒?nbsp; Customizable宸ヤ綔妯″紡Working mode錛?/p> 闃呰璇︾粏

鏈嶈闃蹭吉鍚婄墝涓€浣撳寲

 闃蹭吉鍚婄墝浠嬬粛Introduction to anti-counterfeiting tag錛?nbsp;     錛?錛夋潗璐?nbsp;Material錛氱櫧鍗＄焊銆侀摐鏉跨焊銆佺壒縐嶉槻浼挒鍒哥焊銆佸畨鍏ㄧ嚎綰哥焊銆佹按鍗扮焊銆丳ET鏉愭枡絳夛紱white cardboard, copper paperboard, special anti-counterfeiting banknote paper, security thread paper, water-stamp paper, PET material, etc.     錛?錛夋補澧↖nk錛氭櫘閫氭補澧紝娓╁彉鑹叉補澧ㄣ€佹按鎬ф補澧ㄣ€佸厜鍙樻補澧ㄣ€佽繙綰㈠娌瑰ⅷ絳夈€俢ommon ink, thermochromic ink, water-based ink, photochromic i

闃呰璇︾粏

姘存礂甯冿紙鍞涳級鍙樼爜闃蹭吉鏍?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,浜岀淮鐮佹函婧?/a>,鍐滀駭鍝侀槻浼?/a>,闃蹭吉,闃蹭吉鏍囩,闃蹭吉鏍囪瘑,闃蹭吉緋葷粺,淇濆仴鍝侀槻浼?/a>,姹借濺闆墮儴浠墮槻浼?/a>,蹇秷鍝侀槻浼?/a>, | 2018-07-20

姘存礂甯冨彉鐮侀槻浼爣浠嬬粛錛欼ntroduction to the Anti - counterfeiting Label of Washed Cloth Changing Code錛?銆佸叿鏈夐槻浼€佸彲鍙樹簩緇寸爜絳変俊鎭紝鍙煡璇㈤槻浼強浜у搧婧簮錛?nbsp;It has information such as anti-counterfeiting and variable two-dimensional codes, and can inquire about anti-counterfeiting and product traceability.2銆佹爣絳懼熀鏉愪負姘存礂甯冪被鏍囩錛屽彲鍗板埛綺劇編LOGO鍙婂浘妗堬紱 The label substrate is a washed cloth label that can print exquisite LOGO and patterns.3銆佹爣絳懼叿澶囪€愭按

闃呰璇︾粏

濉戣啘鍏ㄦ伅瀹氫綅鎻紑闃蹭吉鏍?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,闃蹭吉,闃蹭吉鏍囩,闃蹭吉鏍囪瘑,闃蹭吉榪芥函,闃蹭吉緋葷粺,姹借濺闆墮儴浠墮槻浼?/a>,鍖栧鍝侀槻浼?/a>,蹇秷鍝侀槻浼?/a>, | 2018-07-20

濉戣啘鍏ㄦ伅瀹氫綅鎻紑闃蹭吉鏍囦粙緇嶏細Introduction of plastic film holographic positioning to uncover anti-counterfeiting mark  1銆佸叏鎭笌鏁扮爜緇煎悎闃蹭吉錛氭棦鏈夋暟鐮侀槻浼姛鑳斤紝涔熸湁嬋€鍏夊叏鎭槻浼紝緇煎悎闃蹭吉鎬ц兘楂橈紱 Holographic and digital integrated anti - counterfeiting: both digital anti-counterfeiting and laser holographic anti-counterfeiting have high integrated anti-counterfeiting performance;2銆侀槻杞Щ鏁堟灉鏋佸ソ錛屾彮鍚悗鏃犳硶澶嶅師錛屾湁鏁堥樆鍑諱豢鍐掑拰鎵撳亣錛汿he anti-transfer effect is

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鍏ㄦ伅鏅鴻兘鐐瑰厜婧愬彲瑙嗗寲鍔ㄦ€侀槻浼爣

鏅鴻兘鐐瑰厜婧愬彲瑙嗗寲鍔ㄦ€侀槻浼爣浠嬬粛錛欼ntelligent point light source visualization dynamic Anti-Counterfeiting Mark錛?nbsp;1銆佸井鍔ㄦ€佹妧鏈紝鍦ㄥ厜婧愪笅浠庝笉鍚岃搴﹀彲瑙佺Щ鍔ㄧ壒瀹氬唴瀹癸紱Micro - dynamic technology, which can see and move specific content from different angles under the light source;2銆佽彶娑呭皵閫忛暅鎶€鏈紝鍦ㄥ厜婧愪笅鍙娣卞害瀹氬埗闃蹭吉淇℃伅錛?nbsp;Fresnel lens technology, customized anti-counterfeiting information in visible depth under the light source;3銆佹縺鍏夊叏鎭珛浣撴誕闆曟妧鏈珮绔€佸ぇ姘斻€佷笂?。娆″Q?/p> 闃呰璇︾粏

褰㈢姸璁板繂闃蹭吉鏍囪瘑

褰㈢姸璁板繂闃蹭吉鏍囪瘑浠嬬粛Introduction to Shape Memory Anti - counterfeiting錛氭鏍囪瘑鏄敤鐗規畩鐨勯珮鍒嗗瓙褰㈢姸璁板繂鏉愭枡鍋氬熀鏉愶紝緇忚繃澶氱宸ヨ壓鍔犲伐鑰屾垚錛涘湪65鈩冪殑娓╁害涓嬶紝瀹冭兘鎭㈠浠栨渶鏃╃殑璁板繂鍔熻兘錛屽皢闅愯棌鍦ㄦ潗鏂欓噷鐨?D绔嬩綋鏂囧瓧錛堝浘妗堬級閲婃斁鍑烘潵銆俆his logo is made of special polymer shape memory materials and processed through various processes. At a temperature of 65 鈩? it can restore his earliest memory function and release 3D characters ( patterns ) hidden in the material.鍙揪鍒版晥鏋滐細鏂囧瓧鍙樻枃瀛楋紝鏂囧瓧鍙樺浘妗堬紝鍥炬鍙樻枃瀛桾he ef

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濉戣啘鍏ㄦ伅闅愬瘑闃蹭吉鏍?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,钄彍闃蹭吉,闃蹭吉,闃蹭吉鏍囩,闃蹭吉鏍囪瘑,闃蹭吉淇冮攢, | 2018-07-20

濉戣啘鍏ㄦ伅闅愬瘑闃蹭吉鏍囩浠嬬粛錛欼ntroduction of plastic film holographic hidden anti-counterfeiting label錛?銆佸彲鍒彲鎻紝婊¤凍涓嶅悓娑堣垂鑰呴渶姹傦紱It can be scraped and uncovered to meet the needs of different consumers;2銆佹縺鍏変俊鎭殣钘忓叾涓紝鎻紑鍓嶄笉鏄劇幇錛屾彮寮€鍚庢墠鍙湪鍓ヨ惤灞傚強搴曡啘涓婃樉鐜幫紝璧峰埌闅愯棌闃蹭吉浣滅敤錛汿he laser information is hidden in it. It does not appear before it is uncovered, and can only appear on the peeling layer and the bottom film after it is uncovered, thus playing a

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閫氱敤浜岀淮鐮佸彉鐮侀槻浼爣璇?/h2>

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