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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浜岀淮鐮佷俊鎭畨鍏ㄧ嚎闃蹭吉鏍?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,鐧介厭闃蹭吉,淇濆仴鍝侀槻浼?/a>,蹇秷鍝侀槻浼?/a>, | 2018-07-20

浜岀淮鐮佷俊鎭畨鍏ㄧ嚎闃蹭吉鏍囦粙緇嶏細Two-dimensional code information security line Anti-Counterfeiting Mark錛?銆佸井緙╀簩緇寸爜鍔犲瘑鎶€鏈紝闇€涓撶敤杞歡鎵嶅彲鎵弿璇嗚錛屽寮洪槻浼瓑綰э紱 Miniature two-dimensional code encryption technology requires special software to scan, read and enhance the anti-counterfeiting level.2銆佷簩緇寸爜姝ｅ弽閮借兘璇嗚錛屾柟渚挎墦鍋囨煡璇紱 Both positive and negative two-dimensional codes can be read to facilitate anti-counterfeiting inquiry;3銆佸埗浣滃伐鑹哄叿鏈夌嫭鍗犳€э紝鍙湁

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鍙岃壊綰告棤鑶滄縺鍏夐槻浼爣

鍙岃壊綰告棤鑶滄縺鍏夐槻浼爣絳句粙緇嶏細Introduction of two-color paper film-free laser anti-counterfeiting label錛?銆佹柊鍨嬮槻浼潗鏂欙紝鏄撲簬鐩存帴璇嗗埆錛汵ew anti-counterfeiting material, easy to identify directly;2銆侀煣濡傜錛岄煣鎬уソ錛屽彲鎻愬崌璐存爣宸ヤ漢鐨勬搷浣滄晥鐜囷紱Toughness is as strong as bamboo and good in toughness, which can improve the operation efficiency of labeling workers.3銆佽杽濡傝潐緲鹼紝琛ㄤ綋杈冭杽錛岄槻杞Щ鏁堟灉濂斤紱It is as thin as cicada's wing, with thin surface and good anti-transfe

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鍏ㄦ伅褰╄櫣綰擱槻浼爣

鍏ㄦ伅褰╄櫣綰擱槻浼爣絳句粙緇嶏細Introduction of Holographic Rainbow Paper Anti - counterfeiting Label錛?銆佸叏鎭焊鏈韓甯︽湁鍏ㄦ伅闃蹭吉淇℃伅錛岀偒褰╃編瑙傦紝瑙嗚鍐插嚮鍔涘己錛岃繖鏄叾瀹冪焊寮犳墍鏃犳硶姣旀嫙鐨勶紱Holographic paper itself has holographic anti-counterfeiting information, bright and beautiful colors and strong visual impact, which is incomparable to other paper.2銆佹暟鎹鍙嶄竴涓€瀵瑰簲錛氭爣璇嗘闈㈠彲鍙樻暟鎹拰鏍囪瘑搴曡啘鍙彉鏁版嵁鑳藉疄鐜頒竴涓€瀵瑰簲錛汷ne - to - one correspondence of data: variable data on the front side of th

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閫氱敤浜岀淮鐮佸彉鐮侀槻浼爣璇?/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>,钄彍闃蹭吉,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,淇濆仴鍝侀槻浼?/a>, | 2018-07-20

浜岀淮鐮侀槻浼爣璇嗙殑浠嬬粛Introduction of Two - dimensional Code Anti - counterfeiting 錛氫簩緇寸爜鎶€鏈殑闃蹭吉鍔熻兘錛岃嚜21涓栫邯浠ユ潵琚ぇ鑼冨洿鐨勫簲鐢ㄤ簬鍚勪釜鐢熶駭棰嗗煙錛屼粠椋熷搧鍔犲伐鍒版満姊板埗閫犻兘鍙互鐪嬪埌澶ч噺鐨勪簩緇寸爜闃蹭吉鎶€鏈殑騫挎硾搴旂敤銆備簩緇寸爜闃蹭吉鏍囩姝ｆ槸鍥犱負瀹冪嫭涓€鏃犱簩鐨勯槻浼浘妗堬紝緹庤澶ф柟鐨勫悓鏃舵洿鍖呭惈鐫€澶ч噺鐨勪俊鎭唴瀹癸紝瀹㈡埛鍙渶鎷胯搗鎵嬫満渚垮彲浠ュ強鏃朵究鎹風殑鏌ヨ浜у搧鐢熶駭鏃ユ湡銆佺敓浜у湴銆佷駭鍝佷俊鎭瓑鍐呭銆俆he anti-counterfeiting function of two-dimensional code technology has been widely used in various production fields since the 21st century, and a large number of two-dimensional c

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鍙岃壊鍙屽畾浣嶅眬閮ㄥ叏鎭槻浼爣璇?/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,闃蹭吉鏍囩,闃蹭吉鏍囪瘑,鍖栧鍝侀槻浼?/a>, | 2018-07-20

鍙岃壊鍙屽畾浣嶅眬閮ㄥ叏鎭槻浼爣璇嗕粙緇嶏細Introduction of Two - color Double Positioning Local Holographic Anti - counterfeiting 錛氬弻鑹插畾浣嶅眬閮ㄥ叏鎭槻浼妧鏈槸灝嗕袱縐嶆縺鍏夊叏鎭俊鎭€氳繃涓撶敤璁懼鍜屽厛榪涚殑宸ヨ壓鎶€鏈簿紜湴鍒跺鍦ㄦ墍璁懼畾鐨勫熀鍑嗚寖鍥村唴錛屼互杈懼埌闅句互浠垮埗鏄撲簬璇嗗埆鐨勯槻浼洰鐨勩€傚叾闃蹭吉鎶€鏈惈閲忛珮錛屼笖鐢熶駭璁懼涓轟笓鐢紝鍙湁鏁堝湴闃叉閫犲亣鑰呯儷鍗拌漿縐匯€?nbsp;Two - color positioning local holographic anti-counterfeiting technology is to accurately prepare two kinds of laser holographic information within the set reference range through spec

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鏍稿緞榪癸紙閲嶇瀛愶級闃蹭吉鏍?/h2>

鍒嗙被: 闃蹭吉鎶€鏈駭鍝?/a>, | 鏍囩: 浜у搧闃蹭吉,姘存灉闃蹭吉,鐧介厭闃蹭吉,闃蹭吉榪芥函,闃蹭吉緋葷粺,鍖栧鍝侀槻浼?/a>, | 2018-07-19

 鏍稿緞榪圭患鍚堥槻浼爣璇嗕粙緇嶏細Introduction of nuclear track integrated anti-counterfeiting mark錛?nbsp;鏍稿緞榪圭患鍚堥槻浼爣璇嗗浘妗堢敱姣忓鉤鏂瑰帢綾沖嚑鍗佷竾鍒板嚑鐧句竾涓井綾崇駭寰瓟緇勬垚銆傚井瀛斿湪鍏夌嚎涓嬪弽灝勫艦鎴愮櫧鑹插浘妗堛€傚井瀛斿瓟寰勫緢灝忥紝瀛旀暟寰堝錛屽井瀛斿湪騫抽潰涓婃寜緇熻瑙勫緥鍒嗗竷錛屽瓟閬撲負鍦嗘煴褰紝鍏鋒湁鑹ソ鐨勯€忔皵銆侀€忔按鎬ц兘銆傞€氳繃妯℃嫙璇曢獙錛岃瘉鏄庡埄鐢ㄦ縺鍏夋墦瀛旀垨鏈烘鍔犲伐鎵嬫錛屾棤娉曞埗寰楀拰鏍稿井瀛旈槻浼啘綾諱技鐨勪駭鍝併€俆he nuclear track comprehensive anti-counterfeiting mark pattern consists of hundreds of thousands to millions of micron-sized micropores per square centimeter. The micropores

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