201249938 六、發明說明： 【發明所屬之技術領域】 涉及-種負離子遠紅外線健康塗料。 【先刚技術】 近年來，消費者的購買能力和環 來越多的消費者在選購乳膠漆時了不），越 .^ ^ 命守不再只看重價格，而是紛紛 把乳膠漆的環保性能，放在考慮的首位。 ® 置ΐ的家因為過重的油漆味’而不能馬上入住。 因為傳統油漆粉刷後，殘留的刺鼻油漆味，容易揮之不去，往 退^舍’這些過4的氣味’通常代表著大量的化學物 丄疋讓人擔心會吸入過多的有毒揮發物質，以往有些 =中添加 ’讓__來有錢氣味，但這並不表示二 疋女全0 法降2 肖t者的歡心’各大油漆塗料品牌，都在想方設 I,告產f中=5害物f的含量’甚至讓其變得芳香撲 要需V。;斗市場’壤保健康的淨味產品已經成為消費者的主 士大/由f塗料品牌’在產品外包震上也都在極力突出綠 衣保淨味、竹厌、零VOC[揮發性有機化合物/y〇latile 的rrcrr_ds胸色概念’形形色色的產品，林林總總 =心、’消費者很容易眼花雜，摸不著頭腦，在諸多概念中， 豉引人〉主目的「淨味」和「零VOC」。 家庭祕追求環保的共識影響，因此各大油漆塗料品 ^開^推出、推廣，命名為「淨味漆」，低氣味的乳膠漆產品， ^周味或是淨味才是未⑽勢，絲藉淨化线、消除異 b4 i、居至更清新等賣點，赢得了不少消費者的青睐，讓粉刷 寻、如刷後，都不用再害怕難聞的啥鼻油漆味，會危害健康。 201249938201249938 VI. Description of the invention: [Technical field to which the invention pertains] relates to an anion-infrared far-infrared health coating. [First technology] In recent years, the purchasing power of consumers and the more consumers around the time are not buying latex paint. The more. ^ ^ The defensive is no longer only valued, but the latex paint Environmental performance, put in the first place of consideration. ® The home of the house is not allowed to stay because of the heavy paint smell. Because the traditional scent of the scented paint after painting, it is easy to linger, and the scent of these 4s usually represents a large amount of chemicals, which is worried that it will inhale too much toxic volatile substances. Some = add 'Let __ to have a rich smell, but this does not mean that the second prostitute all 0 law drop 2 Xiao t's favors' major paint brands, are thinking about setting I, telling f = 5 The content of the pest f' even makes it necessary to become aroma. The bucket market 'Liaobao health net taste products have become the consumer's master's master / by the f paint brand' in the product outsourcing shock are also strongly highlighting the green clothing, the taste, bamboo, and VOC [volatile organic Compound / y〇latile rrcrr_ds chest color concept 'all kinds of products, Lin Lin = heart, 'consumers are easy to dazzle, can not figure out, in many concepts, 豉 〉 〉 〉 『 『 『 『 『 『 『 『 『 『 『 『 『 『 『 『 VOC". Family secrets pursue the influence of environmental protection consensus. Therefore, all major paints and coatings are launched and promoted. They are named as “net paint”, low-odor latex paint products, and the taste of Zhou or net is not (10) potential. By purifying the line, eliminating the different b4 i, and staying fresher and other selling points, it has won the favor of many consumers, so that after the brush is searched, if it is brushed, it will not be afraid of the unpleasant smell of the nose, which will endanger health. 201249938
Ik著樂活風的盛行，「淨味塗料」也提供想為居家換新衣 的民眾，一種健康又環保的新選擇。 而總體上來說’目前塗料市場上的淨味原理，主要有兩種： <第一種技術，即以乳液技術，直接消除氣味，也就是真正 的淨味技術’基於此平台所開發的淨味塗料系列產品，塗料本 身就幾乎沒有氣味，或者氣味超低又能快速散發，只有採用這 種技術的產品，才是真正的淨味塗料。 第二種技術，即用香精覆蓋乳液氣味，顧名思義，只是用 香精的氣味，來遮蔽塗料自身刺鼻的味道，故而它是一種偽淨 味技術，甚至不能稱為一種技術，而是一種假象，香精雖然可 以把塗料的刺鼻氣味遮蔽’並不代表氣味就被消除，所以使用 者除了聞到香精的氣味，在不知不覺中，同時也會受到塗料氣 味的傷害。 而目前第一種技術的淨味塗料中，多以「低VOC」、「低化 學單體」的清新級樹脂液、或添加淨味功能之助劑，在原料基 礎上，降低可能會產生的化學氣味，而為了增加功能性，大多 還會再加入下列物質，以增加塗料本身的功能性： [1] 奈米白竹炭：用以吸附室内異味。 [2] 曱殼素高分子：用以吸附分解室内臭味。 [3] 分解曱醛之助劑：用以降低室内空氣中的甲醛含量。 惟採上述機能之氣味清淨塗料，生產的成本，一直居高不 下’而且整體的功能性上，亦均有一定年限的效能維持期限， 無法永久長效淨味，加之單價高卻不實用，嚴重阻礙淨味塗料 的推廣應用。 有鑑於此’如何提供一低成本、能長效淨味、殺菌、抑菌、 去污’並能有效克服上述缺陷之永久長效淨味，滿足眾多用戶 對淨味塗料性能，日趨豐富多元之國際潮流需求的淨味塗料， 便成為本發明欲改進的目的。 201249938 【發明内容】 一、本發明的技術手段： 卜本發明目的在於提供一種低成本、能長效淨味、殺菌 '抑 菌、去污的負離子遠紅外線健康塗料。 為解決前述問題及達到本發明的目的，本發明的技術手 •k，其為一種負離子遠紅外線健康塗料，其包括： 一具有附著性的塗料(1〇〇); 其特徵在於： 其塗料(100)的成分包含有，重量百分比為20%的樹脂(1); 重量百分比為28%的溶劑(2); 重量百分比為14%的二氧化鈦(3); 重里百分比為11〜15%的硫化鋅粉末(4); 重量百分比為11〜15%的雲母粉; 重量百分比為8%的添加劑組合(6);以及 一負離子添加劑(7); 該添加劑組合(6)是由重量百分比為5%的工業蠟助劑 (61); 重量百分比為1%的搖變性控制劑(62); 重量百分比為1%的消泡劑(63);及 重里百分比為1%的分散劑(64)所組成； 而該負離子添加劑(7)内，包含有重量百分比為8%的負離 子粉末(71)。 根據上述的負離子遠紅外線健康塗料，所述負離子添加劑 (7) ’疋為一直接添加型式之固態添加劑、能直接添加於該塗 料(100)内的負離子粉末材。 根據上述的負離子遠紅外線健康塗料，所述負離子添加劑 (7) ’是為一額外添加型式之液態添加劑、能以一配合該塗料 (100)—同使用的負離子液材； 201249938 而前述負離子添加劑(7)内，更包含有重量百分比為4%的 副溶劑(72)。 根據上述的負離子遠紅外線健康塗料，所述負離子添加劑 (7) ’是為一額外添加型式之固態添加劑、能以一配合該塗料 (100)—同使用的負離子粉末材。 根據上述的負離子遠紅外線健康塗料，所述塗料(1⑻)是 為一油性塗料； >所述樹脂(1)，其是為下列之一：長油型醇酸樹脂、中油 型醇酸树爿a、短油型醇酸樹脂與硝化纖維素混合樹脂、短油型 醇酉文Μ知與二聚氰胺尿素混合樹脂、短油型醇酸樹脂與三聚氰 胺混合樹脂、苯乙職脂、笨乙烯與㈣酸親合樹脂、熱塑 型丙烯酸樹脂、飽和聚g旨與異氰酸g旨混合樹脂、飽和聚醋與硕 化巧維素混合樹脂、酸多攝與異氰_旨混合樹脂、醇酸多 元醇與硝’化纖維素混合樹脂、丙烯酸多元醇與異氰麟混合樹 脂、丙烯酸多元醇㈣化纖維素混合樹脂、滅硬化型聚胺醋 樹脂、環倾賴雜麟合樹脂、環氧細旨錢醯胺混合樹 脂、環氧_财胺《舰合樹脂、__與變性環狀脂 肪知胺混合義、魏細旨與變性衫族胺混合獅、有機石夕 樹脂、㈣性騎概、㈣性魏樹脂、㈣性二氧化石夕樹 脂、石夕變性橡膠樹脂、石夕變性丙烯基樹脂、氯化橡膠樹脂、氣 素樹脂與不變黃聚異氰麟混合細旨、聚偏二氟乙稀樹脂； 所述溶劑(2)，其是為一有機溶劑； 所述工業蟻助劑(61)，其是為由一合成壞、及一油漆 所混合組成； 所述搖變性控制劑(62)，其是為一膨潤土類材； 所述消泡劑(63) ’其是為由一有機石圭、及一聚合物所混合 組成； 所述分散劑(64)，其是為下列之一：不飽和聚胺銳與低分 6 201249938 子酸性聚酯、高分子聚胺酸與烷胺、高分子聚胺酸與聚胺銑 胺、長鏈多胺銑胺和極性酸性酯、含酸性基團聚合物、具有顏 料親合基團的共聚酯、羥基官能羧酸酯、高分子烷基醇氨基銑 胺、含酸性顏料親和基團高分子共聚體、含鹼性顏料親和基圑 高分子共聚體、含顏料親和基團高分子共聚體、丙烯酸共聚 體、不飽和聚胺酸的聚銑胺、酸性共聚體烷基銨鹽、高分子量 共聚體磷酸酯、帶酸性顏料親和基團的共聚醋的烷醇胺、改性 丙烯酸咼分子共聚體、星型結構，含酸性親合顏料基團的聚烷 基酉曰、星型結構，含中性親合顏料基團的聚烧基g旨、極性和酸 性聚酯及高分子量醇複合體、不溶性顏料溶合物、不飽和聚胺 酸均聚體、不飽和聚胺酸均聚體和有機娃、不飽和聚胺酸與 胺，含有機硅。 根據上述的負離子遠紅外線健康塗料，所述塗料(1〇〇)是 為一水性塗料； 所述樹脂(1) ’其是為下列之一：丙烯酸酯樹脂、苯乙烯 酯樹脂、水性矽素與丙烯酸酯聚合樹脂、笨乙稀與丙稀酸酯聚 合樹脂、水性聚酯樹脂、水性壓克力聚酯樹脂、水性聚醯胺與 泛用液狀環氧混合樹脂； 所述溶劑(2)，其是為一水溶液； 所述工業躐助劑(61) ’其是為由一石蠛與氧化高密度聚乙 稀混合堪、及一水溶液所混合組成； 所述搖變性控制劑(62)，其是為一膨潤土類材； 所述消泡劑(63) ’其是為下列之一：有機娃、聚合物、礦 物油、疏水性粒子； 所述分散劑(64) ’其是為下列之一：聚胺酸與烧醇胺、丙 婦酸聚合體、帶酸性基團的高分子共聚醋的烧醇胺、多官能基 聚合體的烧醇胺、含顏料親和基團南分子共聚體、含顏料親和 星團高分子共聚體、多官能基聚合體的烷基胺鹽。/ 201249938 二、對照先前技術之功效： 1.本發财’除了基本的樹脂⑴和溶劑⑺之外 二 俯=鋅ί末(4)、雲母粉(5)、添加劑組合⑹、及ί 广g、抑®、去污，滿絲多消費者，對淨味塗料 性月b的要求，且能順應國際潮流需要。 在不日^!:3過二氧 1_)__末(4)的配合，能 i =义〜盖力的前提下，減少二氧⑽⑶的用量， 降低整體的成本。 3. 本發明巾，更藉由硫化鋅粉末⑷和貞離子添加劑⑺的應 用，提供相輔相乘的塗層結構内、外之抗菌性效益，讓本發明 塗料(100)的抗菌性，達到長效的目標，並提供一高度的安全 性，並且更具環境保護性。 4. 本發明中，透過雲母粉(5)的應用，有別於以碳酸弼填充 的方式’此使塗層提升平滑度，提高塗料⑽)的性能、白度 t不透明性，還可以防止塗料(100)發生油漆沉澱的問題，更 旎再次減少二氧化鈦(3)的用量，降低成本，讓本發明塗料(1〇〇) 更適於大量使用，提昇產業利用性。 5. 本發明中，透過為膨潤土類的搖變性控制劑(62)之應 用，來優化調整、改進本發明塗料(1〇〇)的流變特性，進而達 到抗沉殿’防硬沉澱、抗流挂、及抗飛濺性的效果，相較於化 學類型增稠劑、流變劑’更具環保性，更符合綠建材的標準規 範0 【實施方式】 以下依據圖面所示的實施例詳細說明如後： 如圖1所示為本發明第一種實施型態的方塊示意圖，如圖2 所示為本發明第二種實施型態的方塊示意圖，如圖3所示為本 發明第三種實施型態的方塊示意圖。 8 201249938 圖式中揭示出，為一種負離子遠紅外線健康塗料，其包括： 一具有附著性的塗料(100); 其特徵在於： 其塗料(100)的成分包含有，重量百分比為20%的樹脂(1); 重量百分比為28%的溶劑(2); 重量百分比為14%的二氧化鈦(3); 重量百分比為11〜15%的硫化鋅粉末(4); 重量百分比為11〜15%的雲母粉(5); 重量百分比為8%的添加劑組合(6);以及 一負離子添加劑(7); 該添加劑組合(6)是由重量百分比為5 %的工業壤助劑 (61)； 重量百分比為1%的搖變性控制劑(62); 重量百分比為1%的消泡劑(63);及 重量百分比為1%的分散劑(64)所組成； 而該負離子添加劑(7)内，包含有重量百分比為8〇/〇的負離 子粉末(71)。 、 其中，在人們的居住環境中存在著各種有害微生物，對人 類的生活產生不良的影響，尤其是公共環境更容易滋生各種病 菌和黴菌，這些病菌和黴菌時刻威脅著人們的健康，因此開發 ^有抗菌隨魏的塗料對保護人類健康，髓疾病改善生活 壤境具有十分$要的意義’而_般製備具有抗g、防黴功能的 塗料，主要有三種方法： [1]有機型：在塗料中添加有機殺菌劑，此種方式最大的 ^點是，不能保持長效的抗菌防徽作用，這是由於 ^間曝露於外界中，使得大量的有機殺菌劑，在複雜的氣候^ 二ΐ解或者與基料樹脂發生反應，從而使得塗層不具 備長效的W、防黴功能’有效期短、有毒性、不安全、易溶 9 201249938 出、耐久性差，應用效果並不十分理想。 [2] 無機型：主要以!艮、鋅和銅離子為主，其中以銀離子 的抗菌效果最好，但銀離子存在易變色和成本高，兩大難以解 決的問題，所以後期又有_奈米_二氧化鈦的光催化效 應’來殺抗菌、防黴，但是由於奈米級的二氧化鈦，在產生光 催化，應的同時，會有大量能量以及具有高活性的自由基產 生，這樣就對塗料的樹脂體系，產生嚴重的影響，從而使得奈 米級的二氧化欽使用，受到很大的限制。 [3] 複合型：在塗層中添加氧化鋅或者磷酸鋅等較為活潑 的，鹽，與方法1相比，該法塗層的抗菌、防黴功能時間要長， 但疋由於氧化鋅或者磷酸鋅等鋅鹽，具有較活潑的化學特性， 這樣在雨水等自然力的作用下’使得塗層中起著抗菌、防徽作 用的鋅離子的濃度絲越低，使之也不具備長效抗菌防徽功 能。 、而硫化辞[ZnS]是所有鋅鹽化合物中，最為穩定的一種， 並且硫化鋅也是-種白色顏料’利用硫化鋅的長效抗菌、防黴 效應，來抑制藻類生長，能夠很好地解決建築物表面，吸附工 業性煙塵/粉塵和表面生長藻類、以及微生物的問題，起到長 效抗菌、防黴作用。 、因此，透過奈米級的硫化鋅粉末⑷的應用，進而使本發 明，，(100)於塗抹後，能使塗層表現出艷麗的外觀，並具^ 非常高的白度和遮蓋力，能夠替代部分二氧化鈦(3)，並有著 塗層結構内的長效殺菌作用，因為硫化鋅本身無毒，和其它殺 蟲劑、殺菌劑、抗菌劑的安全性質相比，硫化鋅更可取，同時 更讓本發明塗料(1〇〇)，具備更優異的耐候性能。 其次，負離子添加劑⑺的應用’亦具有塗層結構外的長 效抗菌性，由奈米級的硫化鋅粉末(4)及負離子添加劑(7)，提 供相辅相乘的塗層結構内、外之抗菌性效益，其抗菌性屬於結 201249938 構長效型和高度的安全性，因而塗料(刚)在其施 不但能無損，工及消費者賴康，並且更具環境贿性:、’ 再者’當空氣中的水分與塗料(1〇〇)面接觸時 加劑⑺的應用’可使水分發生電解生成源源不絕的負離子 透過負離子添加劑⑺的應用，讓消費者能身居高 ，空間，諸子添加劑⑺能持久性的產生，有益人體 遠紅外線，人體吸收遠紅外線最佳波長為9 6_，而負離子為 卜線2的波長在2〜¥範圍内，並且輕射功^ 毛射被度為_wW，與人體協調很好，可被人體吸收 t外線能夠滲透看體深層部位，增強細胞活力，促進血液循 環，使新陳代謝順暢，提高人體免疫能力。 透過奈米級的負離子添加劑⑺之添加，更 個效果： < "ΙΆ 、[A]清新空氣··塗料釋放之負離子與室内異味[如汗臭味、 裝裝修及化學藥品臭味、腐敗味、霉味、阿摩尼亞(大、小 便臭味)及有錢體(如帽'苯、氨，、—氧化碳)]等物質， f生化學酸_，分解並巾和後絲，進而達到清新空氣的作 帶給我們有如身處森林般美妙感受，而且空氣 子:能還原來自大氣的污染物質、氮氧化物、香 性氧(氧自由基）’減少過多活性氧對人的危害。 ^ [B]消煙除塵：帶負電荷的負離子與漂浮在空氣中帶正電 何的煙霧、粉塵進行電極中和，能使其無電荷後自航降，使 空氣得到淨化。 ^ ^[C]殺菌作用：塗料(1〇〇)產生大量負離子的同時會產生 ，里臭氣，二者合一更易吸附各種病毒、黴菌、細菌使其產生 指的改變或能量轉移，導致其死亡，因貞離子具有較高的活 ^ ’有很強的氧化還原作用’能破壞細菌的細胞膜或細胞原生 為活性酶的活性，進而達到抗菌殺菌目的。 11 201249938 [D]生物效應：能使自由基無毒化’負離子擁有中和的能 力很強，透過本發明塗料(100)的應用，能源源不斷的供給負 離子，來達到中和氧及自由基的目的。 ' PE]使體液呈驗性：體液的恒定的酸驗平衡是保持細胞 正常代謝的重要條件’由於現代人們生活水平普遍提高，食肉 的數量大大增加，再加上空氣、水、食物的污染，致使人的體 液逐漸向酸性轉化’眾所周知，體液呈弱鹼性，身體狀況就好； 反之，體液呈酸性’内臟功能就不會正常，新陳代謝遲純，各 種疾病也就接踵而來，負離子能降低體液氫離子濃度，進而 體液呈弱鹼性。 [F] 製造活性氧：負離子能有效激活空氣中的氧分子，使 其更活躍而更易被人體所吸收。 [G] 對神經系統而言：負離子具有鎮靜作用，它能改善大 腦皮層的功能，振奮精神，消除疲勞，改善睡眠，增強食^， 興奮附交感神經系統，提高工作效率等作用。 [H] 對呼吸系統而言：改善肺的通氣和換氣功能，加快呼 吸道纖維毛組織運動，使呼吸係數增加(吸收氧氣量增加2〇 %，排C〇2量增加14.5%) ’加強氣管粘膜上皮纖毛運動，腺體 分泌增加，同時還能促進鼻祕上皮細義再生，恢復枯 分泌功能。 、 P]對新陳代謝而言：負離子對人體的碳水化合物、蛋白 質、脂肪代謝及水、電解質代謝都有一定的影響，吸入負離子， 可降低血糖及膽固醇、血鉀等含量，增加尿量及尿中氮、肌酐 等的排出量；同時能影響酶系統，激活體内多種酶，促進人體 新陳代謝；還可使腦、肝、腎等組織氧化過程增強，加速基礎 代謝’對人體的成長發育起促進作用。 W對循環系統而言：空氣中具負離子時，有降低血壓的治 療作用’它可改善心功能和心肌營養不良狀況，增加血液中血 12 201249938 ，蛋白的含量，降低血糖，使PH值升高，縮短 激肌體造血功能 狹呷間刺 ，統而，子具活躍網狀内皮系統的功 求蛋白含量增尚’故能增強機體抗並能力。 再者’塗料(10,塗抹後所形成的塗層，其耐磨性 別於傳統以碳_填充料、所提供摩氏硬度3級的耐磨硬度， 本發明塗料_)的耐磨性改良，主要是透過先磨損、損ς潭 洋於塗層表面的工業躐助劑(61)所提供之滑度、耐刮傷、、而^ 擦性後，再磨耗以負離子添加劑(7)之負離子粉末(71)，其所提 供摩氏硬度7級的财磨硬度。 另一方面，塗料(1〇〇)之體質填充料，亦有別於傳統以碳 酸鈣填充的方式，改採雲母粉(5)作為功能性填充料，能使塗 層提升平滑度，還能減少紫外線或其它光和熱對塗層的破壞， 增加塗料(100)的機械強度、耐磨性、耐酸、耐鹼性，使塗層 光亮美觀，提高塗層的耐久性、抗凍性、抗腐蝕性、堅韌性、 密實性、耐污染性’防止斑點和龜裂產生、進而粉化，還可以 防止塗料(100)發生油漆沉澱的問題。 還有，由於雲母粉(5)可以提高白度和不透明性，更能提 高塗料(100)的遮蓋力，減少價高顏料[如：二氧化鈦(3)]的用 量’降低成本。 上述中，所述負離子添加劑(7)，是為一直接添加型式之 固態添加劑、能直接添加於該塗料(100)内的負離子粉末材。 其中，透過此種第一種實施型態的應用方式，能提供一單 液型的塗料(100)，除了能方便販售之外，更能方便施作，就 算消費者想要自己動手施作、DIY，也非常的方便使用，適於 少量使用的場所應用。 上述中，所述負離子添加劑(7) ’是為一額外添加型式之 液態添加劑、能以一配合該塗料(100)—同使用的負離子液材； 13 201249938 而前述負離子添加劑⑺内，更包含有重量百分比為4%的 副溶劑(72)。 其中，透過此種第二種實施型態的應用方式，能提供一雙 液型的塗料(1〇〇)，能方便施作，而且更能降低負離子添加劑(7) 劣化的機率，確保本發明塗料(100)能發揮出百分之一百的效 用’適於中量使用的場所應用。 上述中，所述負離子添加劑(7) ’是為一額外添加型式之 固態添加劑、能以一配合該塗料(100)一同使用的負離子粉末 材。 其中，透過此種第三種實施型態的應用方式，能提供一液 粉配合型的塗料(100)，除了同樣能方便施作之外，更能延長 本發明塗料(100)的保存期限’並方便搬運，有利於限場加工， 適於大量使用的場所應用。 上述中，所述塗料(100)是為一油性塗料； 所述樹脂(1)，其是為下列之一：長油型醇酸樹脂、中油 型醇酸樹脂、短油型醇酸樹脂與硝化纖維素混合樹脂、短油型 醇酸樹脂與三聚氰胺尿素混合樹脂、短油型醇酸樹脂與三聚氛 胺混合樹脂、苯乙烯樹脂、苯乙烯與丙浠酸酯聚合樹脂、熱塑 型丙烯酸樹脂、飽和聚酯與異氰酸酯混合樹脂、飽和聚酯與硝 化纖維素混合樹脂、醇酸多元醇與異氰酸酯混合樹脂、醇酸多 元醇與硝化纖維素混合樹脂、丙烯酸多元醇與異氰酸酯混合樹 脂、丙烯酸多元醇與硝化纖維素混合樹脂、濕氣硬化型聚胺醋 樹脂、環氧樹脂與變性胺混合樹脂、環氧樹脂與聚醯胺混合樹 脂、環氧樹脂與多胺聚醯胺混合樹脂、環氧樹脂與變性環狀脂 肪族胺混合樹脂、環氧樹脂與變性芳香族胺混合樹脂、有機石夕 樹脂、矽變性醇酸樹脂、矽變性環氧樹脂、矽變性二氧化；5夕樹 脂、矽變性橡膠樹脂、矽變性丙烯基樹脂、氣化橡膠樹脂、敗 素樹脂與不變黃聚異氰酸酯混合樹脂、聚偏二氟乙烯樹脂； 201249938 所述溶劑(2)，其是為一有機溶劑； 所述工業墙助劑(61)，其是為由一合成蝶、及一油漆溶劑 所混合組成； 所述搖變性控制劑(62)，其是為一膨潤土類材； 所述消泡劑(63) ’其是為由—有機石圭、及一聚合物所混合 組成； 所述分散劑(64)，其是為下列之一：不飽和聚胺銑與低分 子酸性聚酯、高分子聚胺酸與烷胺、高分子聚胺酸與聚胺銑 胺、長鏈多胺銑胺和極性酸性酯、含酸性基團聚合物、具有顏 料親合基團的共聚酯、羥基官能羧酸酯、高分子烷基醇氨基銑 胺、含酸性顏料親和基團高分子共聚體、含鹼性顏料親和基團 高分子共聚體、含顏料親和基團高分子共聚體、丙烯酸共聚 體、不飽和聚胺酸的聚銑胺、酸性共聚體烷基銨鹽、高分子量 共聚體磷酸酯、帶酸性顏料親和基團的共聚醋的烷醇胺、改性 丙烯酸尚分子共聚體、星型結構，含酸性親合顏料基團的聚烷 基酉曰、星型結構’含中性親合顏料基團的聚烧基|旨、極性和酸 性聚酯及高分子量醇複合體、不溶性顏料溶合物、不飽和聚胺 酸均聚體、不飽和聚胺酸均聚體和有機硅、不飽和聚胺酸與 胺’含有機娃。 其中，透過此種配合方式’讓本發明塗料(1〇〇)做為油性 塗料應用時，能在具有良好應用性的前提下，符合健康綠建材 認證標準及歐盟「CHIP」規範，確保人與環境的健康安全。 上述中，所述塗料(100)是為一水性塗料； 王 所述樹脂(1)，其是為下列之一：丙烯酸酯樹脂、笨乙 酯樹脂、水性矽素與丙烯酸酯聚合樹脂、笨乙烯與丙烯酸酯聚 合樹脂、水性聚酯樹脂、水性壓克力聚酯樹脂、水性聚盘 泛用液狀1哀氧混合樹脂； ·'' 所述溶劑(2)，其是為一水溶液； 201249938 所述工業躐助娜l)，其是為由-石壤與氧化高密度聚乙 烯混合蠟、及一水溶液所混合組成； 所述搖變性控制劑(62)，其是為一膨潤土類材； 所述消泡劑(63) ’其是為下列之一：有機石圭、聚合物、礦 物油、疏水性粒子； ” 所述分散劑(64)，其是為下列之一：聚胺酸與 烯酸聚合體、帶酸性基團的高分子共聚酉旨的院醇'胺、多官能義 聚合體的烧醇胺、含顏料親和基團高分子共聚體、含顏料親& 星團高分子共聚體、多官能基聚合體的烷基胺鹽。 其中，透過此種配合方式，讓本發明塗料(1〇〇)做為水性 塗料應用時’能在具有良好應祕的前提下，符合 認證標準及歐盟「CHIP」規範，確保人無境_康安全， 增加本發明的應用範圍。 另一方面，本發明塗料(100)中，不管是油性塗料或是水 性塗料，搖變性控制劑(62)都是採用膨潤土 [Bentonite]類的流 變助劑，它的作用方式是基于膠質黏土之片狀結構，來更優化 調整、大大改進本發明塗料(100)的流變特性，進而達到長時 間貯存時的抗沉澱，防止顏料或填充料的硬沉澱，並能於施工 時、達到抗流挂及滾塗抗飛濺性的效果。 這些膠質黏土之片狀結構，更使本發明塗料(丨⑻)具假 塑、觸變流動特性，在施工場所之低粘度封閉循環管道中，讓 本發明塗料(100)亦具有很有效的防沉澱流變效應作用。 也因為如此，亦不會發生對於其它類型如：纖維素類增稠 2、液態流變增稠劑、蠟漿防沉劑，會有著微生物降解、或是 含有易揮發性有機化合物[voc]危害、或是易受外在溫度影響 儲存穩定性等疑慮情況，因此採用天然之膨潤土類流變助劑曰， 來做為搖變性控侧(62)使用，相較於化學_增鋪、 劑更具環保性者。 16 201249938 利用性 綜合以上所述，能得知本發明透過二氧化鈦(3)、硫化鋅 粉末(4)、雲母粉(5)、添加劑組合⑹、及負離子添加劑⑺的配 合，讓塗料(100)成本降低，並能長久淨味、殺菌、抑菌、去 ’滿足消費者對淨味塗制要求，域順麟產業的， 統的淨味塗料’更具有應祕、實祕、猶性與產業 上依據圖式所示的實施例詳細說明瞭本發明的構造、特 果’由於符合新穎及進步性要件，遂爰依法提出發 j j惟以上職鶴本判之健實_，但本發明 ^=所!^實施範圍，因此舉凡與本發明意旨相符的修 飾仏化’只要在解麵_應涵屬於本發明專利 17 201249938 【圖式簡單說明】 圖1 :本發明第一種實施型態的方塊示意圖。 圖2 :本發明第二種實施型態的方塊示意圖。 圖3 :本發明第三種實施型態的方塊示意圖。 【主要元件符號說明】 1 樹脂 2 溶劑 3 二氧化鈦 4 硫化鋅粉末 5 雲母粉 6 添加劑組合 61 工業蠟助劑 62 搖變性控制劑 63 消泡劑 64 分散劑 7 負離子添加劑 71 負離子粉末 72 副溶劑 100 塗料 18Ik is enjoying the popularity of live music. “Net Paint” also offers people who want to change their clothes for a new home. It is a healthy and environmentally friendly new choice. In general, there are two main principles of the net taste in the current coating market: <The first technology, which uses emulsion technology to directly eliminate the odor, which is the true net taste technology, is based on the net developed by this platform. In the series of flavor coatings, the coating itself has almost no odor, or the odor is ultra-low and can be quickly dissipated. Only the products using this technology are the true scent coatings. The second technique, which uses perfume to cover the smell of the lotion, as the name suggests, is only to use the smell of the fragrance to mask the pungent taste of the paint itself. Therefore, it is a pseudo-taste technique, not even a technique, but an illusion. Although the fragrance can mask the pungent smell of the paint, it does not mean that the smell is eliminated. Therefore, in addition to smelling the smell of the fragrance, the user will be harmed by the smell of the paint without knowing it. At present, the first-class net-taste paints are mostly based on "low-VOC", "low-chemical monomer" fresh-grade resin liquids, or additives added with a clean taste function, which may reduce the amount of raw materials. Chemical odor, and in order to increase functionality, most of the following substances will be added to increase the functionality of the coating itself: [1] Nano white bamboo charcoal: used to absorb indoor odor. [2] Chitin polymer: used to adsorb and decompose indoor odor. [3] Decomposition of furfural: to reduce the formaldehyde content in indoor air. However, the use of the above-mentioned functional odour clean coating, the cost of production has always been high, and the overall functionality, there are also a certain number of years of performance maintenance period, can not permanently long-lasting net taste, coupled with high unit price but not practical, serious It hinders the promotion and application of clean taste coatings. In view of this, 'how to provide a low-cost, long-lasting net odor, sterilization, bacteriostatic, decontamination' and can effectively overcome the above-mentioned short-lasting net odor, meet the needs of many users for the performance of the net odor coating, increasingly rich and diverse The net taste coating of international trend demand has become the object of the present invention to be improved. 201249938 [Description of the Invention] 1. Technical means of the present invention: The object of the present invention is to provide a negative ion far-infrared health coating which is low-cost, long-lasting, and sterilizing, antibacterial and decontaminating. In order to solve the foregoing problems and achieve the object of the present invention, the technical hand k of the present invention is an anion far-infrared health coating comprising: an adhesive coating (1〇〇); characterized by: The composition of 100) comprises 20% by weight of resin (1); 28% by weight of solvent (2); 14% by weight of titanium dioxide (3); and percentage by weight of 11 to 15% of zinc sulfide Powder (4); 1 to 15% by weight of mica powder; 8% by weight of additive combination (6); and an anion additive (7); the additive combination (6) is 5% by weight Industrial wax builder (61); 1% by weight of the shake control agent (62); 1% by weight of defoamer (63); and 1% by weight of dispersant (64); The negative ion additive (7) contains a negative ion powder (71) in an amount of 8% by weight. According to the negative ion far-infrared health coating described above, the negative ion additive (7)' is a direct addition type solid additive which can be directly added to the negative ion powder in the coating (100). According to the negative ion far-infrared health coating described above, the negative ion additive (7) 'is an additional additive type liquid additive, and can be used in combination with the coating (100) - the same negative ion liquid material; 201249938 and the aforementioned negative ion additive ( Within 7), a 4% by weight amount of a secondary solvent (72) is included. According to the negative ion far-infrared health coating described above, the negative ion additive (7)' is an additional additive type solid additive which can be used in combination with the coating (100). According to the negative ion far-infrared health coating described above, the coating (1(8)) is an oily coating; > the resin (1), which is one of the following: a long oil type alkyd resin, a medium oil type alkyd tree a, short oil type alkyd resin and nitrocellulose mixed resin, short oil type alcohol and melamine urea mixed resin, short oil type alkyd resin and melamine mixed resin, phenylethyl ester, stupid ethylene And (4) acid affinity resin, thermoplastic acrylic resin, saturated polyg to isocyanate g mixed resin, saturated polyacetate and saponin mixed resin, acid multi- and isocyanide mixed resin, alcohol Acid polyol and nitric acid blending resin, acrylic polyol and isocyanide mixed resin, acrylic polyol (tetra) cellulose mixed resin, hardening type polyurethane resin, cyclopentate resin, epoxy The purpose is to use Qiangamine blending resin, epoxy-depleted amine, "ship resin, __ and denatured cyclic fat, knowing the meaning of amine, mixing fine and transforming melamine, mixing lion, organic Shixi resin, (four) sex riding (4) sex Wei resin, (four) dioxide dioxide resin, Xixia rubber resin, Shixia modified propylene-based resin, chlorinated rubber resin, gas-filled resin and non-yellowing polyisocyanine mixed, polyvinylidene fluoride resin; the solvent (2), which is An organic solvent; the industrial ant additive (61), which is composed of a synthetic defect and a paint mixture; the shake control agent (62), which is a bentonite material; a foaming agent (63) 'which is composed of a mixture of an organic stone and a polymer; the dispersing agent (64) which is one of the following: an unsaturated polyamine sharp and a low score 6 201249938 Polyester, high molecular weight polyamine and alkylamine, high molecular polyamine and polyamine milling amine, long chain polyamine milling amine and polar acid ester, acid group-containing polymer, copolymerization with pigment affinity groups Ester, hydroxy-functional carboxylic acid ester, high molecular weight alkyl alcohol amino milling amine, acid-affinity group-containing polymer copolymer, basic pigment-containing affinity polymer copolymer, pigment-containing affinity polymer copolymer, Acrylic copolymer, poly-milling amine of unsaturated polyamine, acidic copolymer alkyl ammonium salt, a molecular weight interpolymer phosphate, an alkanolamine of a copolymerized vinegar with an acidic pigment affinity group, a modified yttrium acrylate molecular copolymer, a star structure, a polyalkyl fluorene containing a acidic affinity pigment group, a star structure, Polyalkyl group containing a neutral affinity pigment group, polar and acidic polyester and high molecular weight alcohol complex, insoluble pigment solvate, unsaturated polyamine homopolymer, unsaturated polyamine homopolymer And organic silicon, unsaturated polyamines and amines, containing silicone. According to the negative ion far-infrared health coating described above, the coating (1〇〇) is an aqueous coating; the resin (1) is one of the following: an acrylate resin, a styrene ester resin, a water-based halogen and Acrylate polymer resin, stupid ethylene and acrylate polymer resin, water-based polyester resin, water-based acrylic polyester resin, aqueous polyamide and general-purpose liquid epoxy mixed resin; the solvent (2), It is an aqueous solution; the industrial hydrazine adjuvant (61) is composed of a mixture of a sarcophagus and an oxidized high-density polyethylene, and an aqueous solution; the thixotropy controlling agent (62), Is a bentonite material; the antifoaming agent (63) 'is one of the following: an organic silicon, a polymer, a mineral oil, a hydrophobic particle; the dispersing agent (64) 'which is one of the following : polyamines and calcinamines, propionic acid polymers, alkanolamines of polymer copolymers with acidic groups, alkanolamines of polyfunctional polymers, pigment-affinity groups, southern molecular copolymers, Pigment affinity star cluster polymer copolymer, alkyl group of polyfunctional polymer Salt. / 201249938 Second, according to the efficacy of the prior art: 1. This Fortune 'except for the basic resin (1) and solvent (7) two = zinc 末 (4), mica powder (5), additive combination (6), and ί guang , 抑 、, decontamination, full of silk consumers, the requirements for the taste of the paint, and can meet the needs of the international trend. In the absence of ^!:3 over the dioxo 1_)__ end (4), can i = meaning ~ cover force, reduce the amount of dioxane (10) (3), reduce the overall cost. 3. The invention towel further provides the antibacterial benefit inside and outside the coating structure by the application of the zinc sulfide powder (4) and the cerium ion additive (7), so that the antibacterial property of the coating (100) of the invention reaches Long-term goals and a high level of security, and more environmentally friendly. 4. In the present invention, the application of the mica powder (5) is different from the method of filling with strontium carbonate, which improves the smoothness of the coating, improves the performance of the coating (10), whiteness t opacity, and prevents the coating. (100) The problem of paint precipitation occurs, and the amount of titanium dioxide (3) is further reduced, and the cost is reduced, so that the coating material of the present invention (1〇〇) is more suitable for mass use and improves industrial applicability. 5. In the present invention, by applying the bentonite-based shake control agent (62), the rheological properties of the coating (1〇〇) of the present invention are optimally adjusted and improved, thereby achieving anti-sinking and anti-sinking resistance. The effect of sag and splash resistance is more environmentally friendly than chemical type thickeners and rheological agents, and is more in line with the standard specification of green building materials. [Embodiment] The following is detailed in accordance with the embodiment shown in the figure. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing a first embodiment of the present invention. FIG. 2 is a block diagram showing a second embodiment of the present invention. FIG. 3 is a third embodiment of the present invention. A block diagram of an implementation form. 8 201249938 The figure discloses an anion far-infrared health coating comprising: an adhesive coating (100); characterized in that: the composition of the coating (100) comprises 20% by weight of resin (1); 28% by weight of solvent (2); 14% by weight of titanium dioxide (3); 11% by weight of zinc sulfide powder (4); 11% to 15% by weight of mica Powder (5); 8% by weight additive combination (6); and an anion additive (7); the additive combination (6) is 5% by weight of industrial soil adjuvant (61); 1% of the shake control agent (62); 1% by weight of the antifoaming agent (63); and 1% by weight of the dispersant (64); and the negative ion additive (7) contains An anion powder (71) having a weight percentage of 8 Å/〇. Among them, there are various harmful microorganisms in people's living environment, which have adverse effects on human life. Especially in the public environment, it is more likely to breed various germs and molds. These germs and molds threaten people's health at all times, so development ^ There are three ways to prepare anti-g and anti-mildew coatings for the protection of human health and the improvement of living soils by myelopathy. There are three main methods: [1] Organic: Adding organic fungicides to the paint, the biggest point of this method is that it can not maintain long-lasting antibacterial and anti-foll effect, which is due to exposure to the outside world, making a large amount of organic fungicides in complex climates. Solution or reaction with the base resin, so that the coating does not have long-lasting W, anti-mildew function' short effective period, toxic, unsafe, easy to dissolve 9 201249938 out, poor durability, the application effect is not very satisfactory. [2] Inorganic type: mainly based on 艮, zinc and copper ions, among which silver ions have the best antibacterial effect, but silver ions are easy to change color and cost, two difficult problems to solve, so there are _ na The photocatalytic effect of rice-titanium dioxide is used to kill antibacterial and anti-mildew. However, due to the photocatalysis of nano-scale titanium dioxide, there will be a large amount of energy and high-activity free radical generation, so that the coating is The resin system has a serious influence, so that the use of nano-scale dioxiranes is greatly limited. [3] Composite type: adding zinc oxide or zinc phosphate to the coating, which is more active and salt. Compared with method 1, the coating has a long antibacterial and antifungal function, but it is due to zinc oxide or phosphoric acid. Zinc and other zinc salts have more active chemical properties, so that under the action of natural forces such as rainwater, the lower the concentration of zinc ions, which plays an antibacterial and anti-indicating role in the coating, so that it does not have long-lasting antibacterial and anti- Features. And the sulfide word [ZnS] is the most stable of all zinc salt compounds, and zinc sulfide is also a kind of white pigment's long-acting antibacterial and anti-mildew effect of zinc sulfide to inhibit algae growth and can be well solved. The surface of the building absorbs industrial fumes/dust and surface-grown algae, as well as microbial problems, and has long-lasting antibacterial and anti-mildew effects. Therefore, through the application of the nano-sized zinc sulfide powder (4), the present invention, (100), after application, enables the coating to exhibit a flamboyant appearance and has a very high whiteness and hiding power. It can replace part of titanium dioxide (3) and has a long-lasting bactericidal effect in the coating structure. Because zinc sulphide itself is non-toxic, zinc sulphide is preferable to the safety properties of other insecticides, bactericides and antibacterial agents. The coating of the present invention (1〇〇) is provided with more excellent weather resistance. Secondly, the application of the negative ion additive (7) also has long-lasting antibacterial properties outside the coating structure. The nano-sized zinc sulfide powder (4) and the negative ion additive (7) provide complementary coating structure inside and outside. Antibacterial effect, its antibacterial property belongs to the knot 201249938 constitutive effect and high safety, so the coating (just) can not only be damaged in its application, but also the workers and consumers, and more environmentally brittle:, 'When the moisture in the air is in contact with the coating (1〇〇), the application of the additive (7) can make the electrolysis of water generate a source of negative ions through the negative ion additive (7), allowing consumers to live in high space. The additive (7) of the zizi can produce a long-lasting effect, which is beneficial to the far infrared ray of the human body. The optimal wavelength of the far infrared ray absorbed by the human body is 9 6 _, and the wavelength of the negative ion is the range of 2 to ¥, and the degree of the light radiance is _wW, well coordinated with the human body, can be absorbed by the human body. The outer line can penetrate deep into the body, enhance cell vitality, promote blood circulation, smooth metabolism and improve human immunity. Through the addition of nano-sized negative ion additive (7), the effect is more: <""" ΙΆ, [A] fresh air · · release of negative ions and indoor odor [such as sweat odor, decoration and chemical smell, corruption Flavor, musty smell, ammonia (large, urinary odor) and rich body (such as cap 'benzene, ammonia, - carbon oxide), etc., f raw chemical acid _, decomposition of the towel and the back wire, and then The achievement of fresh air brings us a feeling of being in the forest, and the air: can reduce pollutants, nitrogen oxides, and aromatic oxygen (oxygen free radicals) from the atmosphere to reduce the harmful effects of excessive active oxygen. ^ [B] Smoke and dust removal: Negative ions with negative charge and positively charged floating in the air. The smoke and dust are neutralized by the electrode, which can make it self-airborne without charge and purify the air. ^ ^ [C] bactericidal effect: the coating (1 〇〇) produces a large amount of negative ions at the same time, the odor is generated, and the combination of the two is more likely to adsorb various viruses, molds, bacteria, causing finger changes or energy transfer, resulting in Death, because the strontium ions have a higher activity, 'have a strong redox effect' can destroy the cell membrane of the bacteria or the activity of the cells as active enzymes, thereby achieving the purpose of antibacterial sterilization. 11 201249938 [D] Biological effects: can make free radicals non-toxic. 'The negative ions have strong neutralizing ability. Through the application of the coating (100) of the present invention, the energy source continuously supplies negative ions to neutralize oxygen and free radicals. purpose. 'PE' makes body fluids testable: the constant acid balance of body fluids is an important condition for maintaining normal metabolism of cells. 'Because modern people's living standards are generally improved, the amount of meat is greatly increased, plus air, water and food pollution. It causes the body fluid to gradually transform into acidity. 'It is well known that the body fluid is weakly alkaline and the body condition is good. On the contrary, the body fluid is acidic. The visceral function will not be normal, the metabolism will be delayed, and various diseases will follow. Negative ion energy Reduce the concentration of hydrogen ions in body fluids, and the body fluids are weakly alkaline. [F] Manufacture of reactive oxygen species: Negative ions can effectively activate oxygen molecules in the air, making them more active and more easily absorbed by the body. [G] For the nervous system: Negative ions have a calming effect, which can improve the function of the cortex of the brain, invigorate the spirit, eliminate fatigue, improve sleep, enhance food, excite the sympathetic nervous system, and improve work efficiency. [H] For the respiratory system: improve lung ventilation and ventilation function, accelerate the movement of respiratory fiber hair tissue, increase the respiratory coefficient (increased oxygen absorption by 2%, and increased C〇2 by 14.5%) Mucosal epithelial ciliary movement, increased glandular secretion, while also promoting the secretory regeneration of the nasal epithelium, restore the function of dry secretion. , P] For metabolism: Negative ions have certain effects on the body's carbohydrate, protein, fat metabolism and water and electrolyte metabolism. Inhalation of negative ions can lower blood sugar, cholesterol, blood potassium and other contents, increase urine volume and urine. Nitrogen, creatinine and other discharges; at the same time can affect the enzyme system, activate a variety of enzymes in the body, promote the body's metabolism; can also strengthen the brain, liver, kidney and other tissue oxidation process, accelerate the basal metabolism 'promoting the growth and development of the human body . W for the circulatory system: when there is negative ions in the air, there is a therapeutic effect of lowering blood pressure. 'It can improve heart function and myocardial malnutrition, increase blood blood 12 201249938, protein content, lower blood sugar, raise PH value It shortens the hematopoietic function of the excitatory body and narrows the interspinous spur, and the protein content of the active reticuloendothelial system increases, so it can enhance the body's resistance. Furthermore, 'coating (10, the coating formed after smearing, its wear resistance is improved by the wear resistance of the conventional carbon-filler, the Mohs hardness provided by the grade 3, the coating of the invention), Mainly through the slip, scratch resistance, and scratch resistance provided by the industrial antimony additive (61) which wears and damages the surface of the coating on the surface of the coating, and then wears the negative ion powder of the negative ion additive (7). (71), which provides a hardness of 7 grades of Mohs hardness. On the other hand, the body filler of the coating (1〇〇) is also different from the traditional method of filling with calcium carbonate. The mica powder (5) is used as a functional filler to improve the smoothness of the coating. Reduce the damage of UV or other light and heat on the coating, increase the mechanical strength, wear resistance, acid resistance and alkali resistance of the coating (100), make the coating bright and beautiful, improve the durability, frost resistance and resistance of the coating. Corrosiveness, toughness, compactness, and stain resistance prevent the generation of spots and cracks, and thus powder, and prevent the paint from precipitating (100). Further, since the mica powder (5) can improve whiteness and opacity, the hiding power of the coating (100) can be further improved, and the amount of high-pigment pigment (e.g., titanium dioxide (3)) can be reduced to reduce the cost. In the above, the negative ion additive (7) is a direct addition type solid additive and an anion powder material which can be directly added to the coating (100). Among them, through the application mode of the first embodiment, a single-liquid type coating (100) can be provided, which is convenient to be sold, and even if the consumer wants to do it himself. , DIY, is also very convenient to use, suitable for small-use applications. In the above, the negative ion additive (7)' is an additional additive type liquid additive, and can be used in combination with the coating (100) - the same negative ion liquid material; 13 201249938 and the aforementioned negative ion additive (7), The percentage by weight is 4% of the secondary solvent (72). Through the application mode of the second embodiment, a two-liquid type coating (1 〇〇) can be provided, which can be conveniently applied, and the probability of deterioration of the negative ion additive (7) can be further reduced, and the invention is ensured. Paint (100) can play 100% of the effect 'suitable for medium-sized applications. In the above, the negative ion additive (7)' is an additional additive type solid additive which can be used together with the negative ion powder used in combination with the coating (100). Among them, through the application mode of the third embodiment, a liquid-liquid type coating (100) can be provided, which can extend the shelf life of the coating (100) of the present invention in addition to being equally convenient for application. It is easy to handle and is suitable for limited field processing. It is suitable for large-scale applications. In the above, the coating (100) is an oily coating; the resin (1) is one of the following: a long oil type alkyd resin, a medium oil type alkyd resin, a short oil type alkyd resin and nitrification. Cellulose mixed resin, short oil type alkyd resin and melamine urea mixed resin, short oil type alkyd resin and trimeric amine mixed resin, styrene resin, styrene and propionate polymer resin, thermoplastic acrylic resin , saturated polyester and isocyanate mixed resin, saturated polyester and nitrocellulose mixed resin, alkyd polyol and isocyanate mixed resin, alkyd polyol and nitrocellulose mixed resin, acrylic polyol and isocyanate mixed resin, acrylic polyol Mixed resin with nitrocellulose, moisture-curing polyurethane resin, epoxy resin and denatured amine mixed resin, epoxy resin and polyamide resin, epoxy resin and polyamine polyamide resin, epoxy resin Mixed resin with denatured cyclic aliphatic amine, epoxy resin and modified aromatic amine mixed resin, organic stone resin, enamel modified alkyd resin, enamel modified epoxy Lipid, bismuth deoxidation; 5 eve resin, ruthenium modified rubber resin, ruthenium modified propylene resin, gasified rubber resin, ruin resin and invariable yellow polyisocyanate mixed resin, polyvinylidene fluoride resin; 201249938 (2) which is an organic solvent; the industrial wall auxiliary (61) which is composed of a synthetic butterfly and a paint solvent; the shake control agent (62) which is a bentonite material; the antifoaming agent (63) 'which is composed of - organic stone, and a polymer; the dispersing agent (64), which is one of the following: unsaturated polyamine Milling and low molecular weight acid polyester, high molecular weight polyamine and alkylamine, high molecular polyamine and polyamine milling amine, long chain polyamine milling amine and polar acid ester, acid group containing polymer, pigment affinity Group copolyester, hydroxy functional carboxylic acid ester, high molecular weight alkyl alcohol amino milling amine, acid pigment affinity group polymer copolymer, basic pigment affinity group polymer copolymer, pigment-containing affinity group Polymer interpolymer, acrylic copolymer, unsaturated polyamine Poly-milling amine, acidic copolymer alkyl ammonium salt, high molecular weight interpolymer phosphate, alkanolamine of copolymerized vinegar with acidic pigment affinity group, modified acrylic acid molecular copolymer, star structure, acid-containing affinity pigment Group of polyalkylhydrazines, star structures, polycondensation groups containing neutral affinity pigment groups, polar and acidic polyesters and high molecular weight alcohol complexes, insoluble pigment solvates, unsaturated polyamines Acid homopolymers, unsaturated polyamic acid homopolymers and silicones, unsaturated polyamines and amines contain organic silicon. Through this kind of cooperation, the coating of the invention (1〇〇) can be used as an oily coating, and it can meet the requirements of the healthy green building materials certification standard and the EU “CHIP” standard on the premise of good application, ensuring people and The health and safety of the environment. In the above, the coating (100) is an aqueous coating; Wang said resin (1), which is one of the following: acrylate resin, ethyl ester resin, aqueous halogen and acrylate polymer resin, stupid ethylene And an acrylate polymer resin, an aqueous polyester resin, an aqueous acrylic polyester resin, a water-based polysilicon pan-liquid 1 sulphur mixed resin; the solvent (2), which is an aqueous solution; 201249938 Industrial 躐 娜 ) , , , , , , , , , , , l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l l Defoamer (63) 'which is one of the following: organic stone, polymer, mineral oil, hydrophobic particles; ” said dispersant (64), which is one of the following: polyamine and olefin Acid polymer, polymer-polymerized amine with acid group, alkoxyamine of polyfunctional polymer, pigment-affinity group polymer copolymer, pigment-containing affinity polymer cluster copolymer An alkylamine salt of a polyfunctional polymer. When the coating of the invention (1〇〇) is used as a water-based coating application, it can meet the certification standard and the EU “CHIP” specification on the premise of having a good secret, ensuring that the person is insecure, and the application range of the invention is increased. . On the other hand, in the coating (100) of the present invention, whether it is an oily coating or an aqueous coating, the shaking property controlling agent (62) is a rheological additive of Bentonite type, and its action mode is based on colloidal clay. The sheet structure is used to optimize the adjustment and greatly improve the rheological properties of the coating (100) of the invention, thereby achieving anti-precipitation during long-term storage, preventing hard precipitation of pigments or fillers, and achieving resistance during construction. Sag and roll coating anti-splash effect. The sheet-like structure of these colloidal clays further imparts pseudoplastic and thixotropic flow characteristics to the coating of the present invention (丨(8)), and the coating of the present invention (100) is also effective in preventing it in a low-viscosity closed circulation pipeline at a construction site. Precipitation rheological effect. Because of this, it will not occur for other types such as cellulose thickening 2, liquid rheological thickener, wax anti-settling agent, microbial degradation, or contain volatile organic compounds [voc] Or it is susceptible to the external temperature affecting the storage stability and other doubts. Therefore, the natural bentonite rheological additive 曰 is used as the shake control side (62), which is more than the chemical _ buildup and agent. Environmentally friendly. 16 201249938 Utilizing the above, it can be seen that the present invention allows the coating (100) cost through the combination of titanium dioxide (3), zinc sulfide powder (4), mica powder (5), additive combination (6), and negative ion additive (7). Reduce, and long-term clean taste, sterilization, bacteriostatic, to 'satisfy consumers' requirements for the application of clean taste, the domain of Shunlin industry, the net taste of the paint' is more secretive, secret, july and industrial According to the embodiment shown in the drawings, the structure and the special result of the present invention are described in detail as a result of conforming to novelty and progressive requirements, and 提出 提出 提出 惟 惟 惟 惟 惟 惟 鹤 鹤 鹤 鹤 鹤 鹤 鹤 鹤 鹤 , , , , , , , , , , , , ^ Scope of implementation, therefore, the modification of the present invention is in accordance with the meaning of the present invention. As long as it is in the solution, it belongs to the invention patent 17 201249938. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram showing the first embodiment of the present invention. Figure 2 is a block diagram showing a second embodiment of the present invention. Figure 3 is a block diagram showing a third embodiment of the present invention. [Explanation of main components] 1 Resin 2 Solvent 3 Titanium dioxide 4 Zinc sulphide powder 5 Mica powder 6 Additive combination 61 Industrial wax auxiliaries 62 Shake control agent 63 Defoamer 64 Dispersant 7 Negative ion additive 71 Negative ion powder 72 Sub solvent 100 Coating 18