雅彩展示品制作有限公司(www.pdq8.com)是一家集設計、生産、銷售陳列紙架,座檯箱,廣告牌,陳列紙櫃,紙展示架,陳列紙盒爲一體的實體型企業,為廣大客戶提供優質陳列紙架,座檯箱,廣告牌,陳列紙櫃,紙展示架,陳列紙盒產品設計、制作,打樣,生產等服務。
2013年12月27日星期五
贈品用吸鐵式硬紙盒設計,贈品用吸鐵式硬紙盒生產
此贈品用吸鐵式硬紙盒,上下蓋硬紙盒,書型硬紙盒吸鐵盒使用硬灰紙板制作,灰板表面平整,硬度好,再裱上157g單銅。整體效果非常高檔。關於贈品用吸鐵式硬紙盒產品,本工廠提供贈品用吸鐵式硬紙盒設計,贈品用吸鐵式硬紙盒生產。
材料:灰板+特種紙,絲綢
尺寸:可客制化訂造
規格,色彩與工藝可客戶按要求訂做
表面處理:亞膜、亮膜、上光、壓光、壓花,燙金壓印、彩色印刷、烫金银、凹凸、UV處理等。
包裝方式:8PC入1箱
生產時間:約6-8天
如需各細部尺寸請來電洽詢
最低訂購量為500pcs
化妝品座枱櫃架訂購,化妝品座枱櫃架供應
此化妝品座枱櫃架,桌上型座枱櫃架使用混合材料制作而成,有瓦通紙板、厚灰板,然後再裱350g灰底白面紙。尋找座枱櫃架廠家,我們將提供化妝品座枱櫃架訂購,化妝品座枱櫃架供應。
材料:E坑瓦通紙板+350g粉灰+硬灰板
尺寸:可客制化訂造
規格,色彩與工藝可客戶按要求訂做
表面處理:亞膜、亮膜、上光、壓光、壓花,燙金壓印、彩色印刷、烫金银、凹凸、UV處理等。
包裝方式:8PC入1箱
生產時間:約6-8天
如需各細部尺寸請來電洽詢
最低訂購量為500pcs
瓦楞紙堆頭設計,座地陳列堆頭佈置
瓦楞紙堆頭,陳列紙堆頭,貨架紙堆頭,化妝品堆頭可以通過彩色印刷,印刷圖案可以自由定制,因此可以完全按客戶的要求定制符合產品的貨架,起到獨一無二的作用。
我們深刻地意識到高質量的陳列紙架,座檯箱,廣告牌,陳列紙櫃,紙展示架,陳列紙盒等 終端賣場産品對品牌的影響與産品銷量起到至關重要作用。本工廠專注于生産高質量的産品,在不影響成本的前提下,本工廠從各個環節進行質量把關。從選材-- 設計--刀模--印刷--表面處理--裱紙--啤切成形--粘合--包裝--發貨,各個環節都有專人負責監督和檢測,力求提供最優質的服務和質量。工廠成 立至今由于我們高效的處事方式及質優價廉的産品,已經與很多國內外知名企業建立了長期的合作關系。
2013年12月23日星期一
訂購母嬰用品瓦通紙座地展架,母嬰用品瓦通紙座地展架廠家
此母嬰用品瓦通紙座地展架,母嬰用品瓦通紙座地展架廠家,瓦通座地展架共四層設計,頂層主要是用來展示產品,底下層分別是擺放各種不同規格的產品,產品還含包裝。訂購母嬰用品瓦通紙座地展架,連絡母嬰用品瓦通紙座地展架廠家。
材質:B坑120加強芯(K3)+350g粉灰+350g裱卡,塑膠掛鉤
尺寸:高160cm 寬50cm 深36cm
印刷條件:全為滿版4C
印後表面處理:UV工藝
承重:10-20KG
組成成份:側板、托盤,掛鉤,井字架
可選配件:塑膠掛鉤
包裝方式:折疊壓平2PC入1箱,附產品組裝說明書1份
生產時間:約10-12天
如需各細部尺寸請來電洽詢
最低訂購量為100pcs
http://www.pdq8.com/c_html_products/watongzhizuodizhanjia-327.html
促銷展示陳列架訂購,找促銷展示陳列架廠商
此促銷展示陳列架,瓦通紙品陳列架,瓦通紙板展示架四層結構設計,再加上廣告牌35cm高度,整體結構160cm總高。用來擺放麵包類產品。促銷展示陳列架訂購,找促銷展示陳列架廠商。
材質:B坑120加強芯(K3),支撐鐵管,K=A井字架
尺寸:高160cm 寬50cm 深35cm
印刷條件:全為滿版4C
印後表面處理:光膜工藝
承重:18-20KG
組成成份:廣告牌、層板,側板,井字架,托盤
包裝方式:折疊壓平2PC入1箱,附產品組裝示意說明書1份
生產時間:約10-12天
如需各細部尺寸請來電洽詢
最低訂購量為100pcs
座地式大位陳列訂購,找座地式大位陳列工廠
此座地式大位陳列,陳列堆頭,瓦通紙品POP陳列由於訂造數量不多,造價也相對來而貴了不少,如果有一定的數量,選擇印刷工藝,效果很好,顏色均勻。座地式大位陳列訂購,找座地式大位陳列工廠。
材質:B坑120加強芯(K3)+350g粉灰+K=A,支撐鐵管
尺寸:高140cm 寬100cm 深80cm
印刷條件:噴畫
印後表面處理:光膜工藝
承重:50-55KG
組成成份:廣告牌、托盤,井字架
包裝方式:折疊壓平1PC入1箱,附產品組裝說明書1份
生產時間:約10-12天
如需各細部尺寸請來電洽詢
最低訂購量為100pcs
标签:
大位陳列,陳列堆頭,
座枱櫃架,
Cardboard Display
地点:
香港
2013年12月10日星期二
瓦通紙品座櫃箱制作,瓦通紙品座櫃箱代工
産品名稱:瓦通紙品座櫃箱 | |
産品編號:yacai279 | |
産品價格:30RMB/PC | |
詳細說明: | |
材質:E坑120加強芯(A9)+350g粉灰+白色軟包邊條,塑膠掛鉤 尺寸:高40cm 寬45cm 深23cm 印刷條件:全為滿版4C 印後表面處理:UV工藝 承重:2-3KG 組成成份:廣告牌、托盤,盒子 包裝方式:折疊壓平2PC入1箱,附產品組裝示意圖1份 生產時間:約6-8天 如需各細部尺寸請來電洽詢 最低訂購量為100pcs |
座地式大位陳列訂購,找座地式大位陳列工廠
産品名稱:座地式大位陳列 | |
産品編號:yacai281 | |
産品價格:220RMB/PC | |
詳細說明: | |
材質:B坑120加強芯(K3)+350g粉灰+K=A,支撐鐵管 尺寸:高140cm 寬100cm 深80cm 印刷條件:噴畫 印後表面處理:光膜工藝 承重:50-55KG 組成成份:廣告牌、托盤,井字架 包裝方式:折疊壓平1PC入1箱,附產品組裝說明書1份 生產時間:約10-12天 如需各細部尺寸請來電洽詢 最低訂購量為100pcs | |
路由器坑紙板展架
材質:B坑120加強芯(K3)+350g粉灰+A=A井字架
尺寸:高140cm 寬60cm 深36cm
印刷條件:全為滿版4C
印後表面處理:UV工藝
承重:10-20KG
組成成份:側板、托盤,層板,井字架,廣告牌
可選配件:標價牌
包裝方式:折疊壓平2PC入1箱,附產品組裝說明書1份
生產時間:約10-12天
如需各細部尺寸請來電洽詢
最低訂購量為100pcs
标签:
紙卡板,落地式陳列架,
紙展示架
地点:
香港
2013年11月28日星期四
真空包裝機走品牌化道路是必然的
在人們生活和工作領域,各種各樣的真空包裝比比皆是。輕便、密封、保鮮、防腐、防鏽的塑料真空包裝遍及從食品到藥品、針織品,從精密産品制造到金屬加工廠
及實驗室等諸多領域。真空包裝應用日益廣泛,廣泛的應用空間推動了真空包裝機械的發展,但同時也對其提出了更高的發展要求。
隨著國內商品的數量和種類不斷的增多,真空包裝機的需求也越來愈多,真空包裝機的生産廠家也隨之增多,市場上生産真空包裝機的廠家和企業也越來越多,這就 造成了市場上的真空包裝機的數量大增。數量的增多在給人們帶來更多挑選便利的同時,也給人們帶來了不小的煩惱,不少客戶在爲市場上不斷增加的真空包裝機而 頭疼,頭疼不知道該買哪壹家的真空包裝機,不少品牌在外觀上看起來都差不多,消費者對實際的情況並不了解。
很容易就買到了不是多好的真空包裝機。再說混亂的市場也給了外來的真空包裝機機會,國內市場的混亂很容易造成外國的真空包裝機渾水摸魚,混進國內的市場。這就給國産真空包裝機造成了重大損失。
因此,真空包裝機的品牌化是必然的,只有了真空包裝機的品牌化,市場上才能夠更好的區分自己的真空包裝機,商家的銷售工作也能夠更好地開展。同時,品牌化的建立更有利于我國真空包裝機行業的良性發展,並參與大國際競爭中去。
轉載自http://www.pdq8.com/c_html_news/zhenkongbaizhuangji-27.html
隨著國內商品的數量和種類不斷的增多,真空包裝機的需求也越來愈多,真空包裝機的生産廠家也隨之增多,市場上生産真空包裝機的廠家和企業也越來越多,這就 造成了市場上的真空包裝機的數量大增。數量的增多在給人們帶來更多挑選便利的同時,也給人們帶來了不小的煩惱,不少客戶在爲市場上不斷增加的真空包裝機而 頭疼,頭疼不知道該買哪壹家的真空包裝機,不少品牌在外觀上看起來都差不多,消費者對實際的情況並不了解。
很容易就買到了不是多好的真空包裝機。再說混亂的市場也給了外來的真空包裝機機會,國內市場的混亂很容易造成外國的真空包裝機渾水摸魚,混進國內的市場。這就給國産真空包裝機造成了重大損失。
因此,真空包裝機的品牌化是必然的,只有了真空包裝機的品牌化,市場上才能夠更好的區分自己的真空包裝機,商家的銷售工作也能夠更好地開展。同時,品牌化的建立更有利于我國真空包裝機行業的良性發展,並參與大國際競爭中去。
轉載自http://www.pdq8.com/c_html_news/zhenkongbaizhuangji-27.html
2013年10月28日星期一
印刷彩盒制作工藝流程
分爲兩大類:面紙、坑紙。通常彩盒面紙常用的有(台灣稱呼):灰銅、白銅、單銅、華麗卡、黃金卡、白金卡、銀卡、雷射卡等。白底白板共有2種:1、白銅、2、單銅。 他們的共同點是正反兩面都是白色的。區別是白銅壹面光滑壹面不光滑,也就是壹面有塗布面,壹邊沒有塗布面。通俗點就是正面可以印刷,反面不可以印刷。單銅:正反兩面都有塗布面,正反都可以印刷。 灰底灰板有這種紙,但它不用于彩盒上,灰底白板,它就是所謂的“灰銅紙”即正面是白色的,可以印刷,反面是灰色的,不可以印刷。壹般白卡也就是“白底白”紙,只不過壹般報價時的簡稱,除可特殊的白卡,例如:白金卡、白銀卡等。
彩盒制作流程:
1.設計出菲林,設計好包裝印刷文件,並同時完成包裝材料的選定。其次將設計文件傳達到雅彩陳列紙架廠,然後出菲林。
2.印刷。做好菲林後,按菲林大小,紙張的厚薄,印刷的顔色確定印刷。
3.制作刀模及裱坑。制作刀模需要按照樣版和印刷出來的半成品來確定。
4.表面處理。表面進行美化,有覆膜、燙金、UV、過油磨光等。
5.成型。使用機械,刀模。使彩盒模切,形成彩盒的基本樣式。
6.禮盒/粘盒。就是把彩盒按照樣板或設計樣式,把彩盒需固定連接的部位用膠水粘起來。
http://www.hk-pdq.com/xuexijiaoliu/yinshuaicaihegongyiliucheng.html
彩盒制作流程:
1.設計出菲林,設計好包裝印刷文件,並同時完成包裝材料的選定。其次將設計文件傳達到雅彩陳列紙架廠,然後出菲林。
2.印刷。做好菲林後,按菲林大小,紙張的厚薄,印刷的顔色確定印刷。
3.制作刀模及裱坑。制作刀模需要按照樣版和印刷出來的半成品來確定。
4.表面處理。表面進行美化,有覆膜、燙金、UV、過油磨光等。
5.成型。使用機械,刀模。使彩盒模切,形成彩盒的基本樣式。
6.禮盒/粘盒。就是把彩盒按照樣板或設計樣式,把彩盒需固定連接的部位用膠水粘起來。
http://www.hk-pdq.com/xuexijiaoliu/yinshuaicaihegongyiliucheng.html
超市商品大位陳列對產品銷售有重要作用
超市商品陳列技巧對于超市商品的銷售有著不可替代的作用,它是從空間、心理等多方位、多角度促進顧客的消費行爲,是超市經營體系中不可缺少的環節。因此,超市銷售人員的功課之壹就是超市商品陳列技巧的學習和積累。
那麽超市商品陳列技巧都有哪些呢?
1、超市陳列的精髓是:見招拆招,無招勝有招
所謂超市陳列法則只不過是原則性、掃盲性的基礎知識或者說是“內功心法”,實際運用中超市陳列並不是在壹張白紙上做畫,更多的要考慮超市具體情況的限制,運用陳列基礎知識,做到隨機應變,見招拆招,無招勝有招。
2、陳列法則的意義在于統壹的視覺效果
各企業規定的陳列法則不同,實際上陳列法則的意義並不在于法則本身(如:到底是品牌垂直、包裝水平好還是包裝垂直、品牌水平好,其實難有公論),而在于有壹個標准,讓消費者在不同的售點能看到統壹風格的陳列效果,更容易形成記憶點。
如:統壹的品牌陳列順序:不論在超級量販還是街邊士多店,可口可樂公司的産品陳列、海報張貼都遵循從左到右依次是可口可樂、雪碧、芬達、醒目的順序
3、陳列法則的核心是占有最大空間
如果妳覺得陳列法則內容太多壹下子記不全的話,妳只需要記住壹句話:“盡可能陳列更多的産品,占有更多的陳列空間” 。擺的越多,陳列效果越容易保持(否則排面很快會隨著消費者的購買而減少),銷售機會越多。妳能把競品擠出貨架,就能把他擠出市場。
4、超市陳列不是壹項孤立的工作。
超市陳列效果離不開店方的支持,而店方支持妳的理由來自以下幾點:
a、妳投入更多的陳列費用;
b、售後服務好,業務人員專業、周到,客情好;
c、妳的産品在超市銷量大;
d、妳的産品給超市創造利潤高;
e、妳的促銷活動提升超市店面形象,給超市帶來更多人流效應或能增強該超市的“低價格形象”。
由此可見,超市陳列不是壹項孤立的工作。要想提高超市陳列效果需要從該超市的投入産品組合設計、價格定位、促銷、陳列費用、售後服務質量、業務拜訪等各項環節下功夫,單純靠銷售人員拜訪來提高超市陳列效果(尤其是陳列位的爭取),就成了無源之水孤掌難鳴。
5、陳列無終止,唯靠執行力。
爭取到最好的陳列位置和空間僅是第壹步,陳列效果的維護靠的是業務人員在日常工作中時時、日日、月月、年年的不懈努力。
個別大超市的産品陳列是條碼定位原則,(如:壹個品項規定對應三個排面,該品項斷貨缺貨時,會將標價簽反置,而這三個排面甯可空著也不允許其他品項占據)
但大多數超市會允許用其他産品填補空白排面這時候哪壹個廠家供貨更及時,業務人員拜訪更勤快,店頭陳列工作更紮實,就更能保持自己固有的陳列位,並逐漸搶占、殘食競品的陳列位。超市陳列表現壹定程度上就是業務人員敬業程度的表現,是壹種執行力和耐力的比拼
6、超市陳列沒有最好、只有更好、要學會有舍有得。
畢竟超市給我們的陳列空間是有限的 ,增加壹個條碼的陳列面勢必會減少另壹個條碼的陳列面。
所以超市陳列永遠沒有最好,只能爭取更好,依據不同時期不同産品的推廣重點,有舍有得,優先陳列重點推廣的品項,犧牲“次要”品項的陳列面。
http://www.hk-pdq.com/xuexijiaoliu/shuangpindaweichenlie.html
那麽超市商品陳列技巧都有哪些呢?
1、超市陳列的精髓是:見招拆招,無招勝有招
所謂超市陳列法則只不過是原則性、掃盲性的基礎知識或者說是“內功心法”,實際運用中超市陳列並不是在壹張白紙上做畫,更多的要考慮超市具體情況的限制,運用陳列基礎知識,做到隨機應變,見招拆招,無招勝有招。
2、陳列法則的意義在于統壹的視覺效果
各企業規定的陳列法則不同,實際上陳列法則的意義並不在于法則本身(如:到底是品牌垂直、包裝水平好還是包裝垂直、品牌水平好,其實難有公論),而在于有壹個標准,讓消費者在不同的售點能看到統壹風格的陳列效果,更容易形成記憶點。
如:統壹的品牌陳列順序:不論在超級量販還是街邊士多店,可口可樂公司的産品陳列、海報張貼都遵循從左到右依次是可口可樂、雪碧、芬達、醒目的順序
3、陳列法則的核心是占有最大空間
如果妳覺得陳列法則內容太多壹下子記不全的話,妳只需要記住壹句話:“盡可能陳列更多的産品,占有更多的陳列空間” 。擺的越多,陳列效果越容易保持(否則排面很快會隨著消費者的購買而減少),銷售機會越多。妳能把競品擠出貨架,就能把他擠出市場。
4、超市陳列不是壹項孤立的工作。
超市陳列效果離不開店方的支持,而店方支持妳的理由來自以下幾點:
a、妳投入更多的陳列費用;
b、售後服務好,業務人員專業、周到,客情好;
c、妳的産品在超市銷量大;
d、妳的産品給超市創造利潤高;
e、妳的促銷活動提升超市店面形象,給超市帶來更多人流效應或能增強該超市的“低價格形象”。
由此可見,超市陳列不是壹項孤立的工作。要想提高超市陳列效果需要從該超市的投入産品組合設計、價格定位、促銷、陳列費用、售後服務質量、業務拜訪等各項環節下功夫,單純靠銷售人員拜訪來提高超市陳列效果(尤其是陳列位的爭取),就成了無源之水孤掌難鳴。
5、陳列無終止,唯靠執行力。
爭取到最好的陳列位置和空間僅是第壹步,陳列效果的維護靠的是業務人員在日常工作中時時、日日、月月、年年的不懈努力。
個別大超市的産品陳列是條碼定位原則,(如:壹個品項規定對應三個排面,該品項斷貨缺貨時,會將標價簽反置,而這三個排面甯可空著也不允許其他品項占據)
但大多數超市會允許用其他産品填補空白排面這時候哪壹個廠家供貨更及時,業務人員拜訪更勤快,店頭陳列工作更紮實,就更能保持自己固有的陳列位,並逐漸搶占、殘食競品的陳列位。超市陳列表現壹定程度上就是業務人員敬業程度的表現,是壹種執行力和耐力的比拼
6、超市陳列沒有最好、只有更好、要學會有舍有得。
畢竟超市給我們的陳列空間是有限的 ,增加壹個條碼的陳列面勢必會減少另壹個條碼的陳列面。
所以超市陳列永遠沒有最好,只能爭取更好,依據不同時期不同産品的推廣重點,有舍有得,優先陳列重點推廣的品項,犧牲“次要”品項的陳列面。
http://www.hk-pdq.com/xuexijiaoliu/shuangpindaweichenlie.html
2013年10月25日星期五
hk-pdq8.com瓦楞紙箱防潮的處理方法有哪些?
瓦楞紙箱進行防潮制作,除了保護包裝物不受水的浸濕外,主要是防止水對箱體本身的浸潤。
因爲紙箱受水浸濕後箱體抗壓強度、耐破度都會大大下降,這樣將嚴重影響包裝的質量。瓦楞紙箱進行防潮制作,通常采用塗布防水劑的辦法來解決。因此,根據防水劑的作用可以將防潮紙箱的制作方法分爲:暫時性防水處理和長久性防水處理。
暫時性防水劑
瓦楞紙板在生産過程中采用暫時性防水劑處理後,具有暫時防水功能。按照JISZ1537—的解釋:當水短時間落于其上時,不沾濕而成水滴,能防止水浸透紙板。暫時性防水劑處理紙板工藝近十年來在我國各大紙箱廠均已應用。這種防水劑當初從日本引進,其日文字面爲“拔水劑”。
這種塗料早期用于織物纖維上,後來才用于紙板的處理。因此大多樹紙箱廠就采用拔水劑的叫法。拔水劑是壹種蠟乳液,固體含量壹般爲:48%~51%,它的最大特點是在使用時可用30 倍左右的水稀釋,然後塗布于正在成型的瓦楞紙板面上,經過150℃左右的溫度幹燥,紙表面纖維由于醋的包裹,而具有低表面張力,形成對水不浸潤的面層。當遇水時,水在這個紙板上不浸潤,形成水滴滾落,從而達到防水的作用。但是,蠟對紙纖維的附著力並不好,特別是當拔水劑被稀釋了30 倍以後,其固含量只有1.5~,紙表面纖維只有很薄壹層被蠟包裹。另外由于蠟乳液中蠟的粒徑壹般都比通常的高分子乳液粒徑大,要往紙纖維深處滲透也難,同時拔水劑壹般對明礬壹類化學品敏感,在紙表面往往很快破乳而沈澱下米,因此拔水劑中的蠟粒子絕大部分只在紙面上很薄的壹層存在。在有外摩擦力的作用下,蠟容易被摩擦掉,露出無蠟包裹的纖維,防水效果大大降低。爲了增強蠟對紙纖維的附著力,在拔水劑中往往有松香衍生物或羧化高分子乳液,它們既對紙纖維有很好的粘附力,與蠟又有較好的相溶性。這樣,它們的加入可促進蠟在紙纖維上的附著性,同時如果對蠟進行改性,如將其氧化、基化,也有類似作用,都可以使蠟對紙纖維的附著力增加。但是必須指出的是,就是增加了這些措施,拔水劑在這樣的濃度下所形成的仍不是壹個防水膜層,因此在遇到摩擦,如紙箱在搬運、堆碼過程中遇摩擦,往往會使這壹防水表面失去作用。這就是爲什麽把塗布拔水劑的這類紙箱定爲暫時性防水紙箱。目前,拔水劑在壹些紙箱廠已是廣泛使用,並成爲壹道基本工序。這主要得益于以下四個方面:拔水劑的價格和可機塗性;拔水劑保持了紙張的本色,與當前回歸自然的主流合拍;拔水劑對紙箱的回收無不利影響;拔水劑的防水效果對于壹般紙箱的使用完全可以勝任。但是,必須指出的是,在壹些特殊環境中使用的紙箱,如需要;東庫的紙箱,需要在高濕環境中存放的紙箱,需要海運的紙箱,在使用拔水劑時就要謹慎了。在實際中已發現有塗拔水劑的紙箱,從凍庫取出後,紙箱發生形變,引發經濟糾紛的事例。因此在推薦客戶采用什麽防水處理時,應充分考慮客戶紙箱的使用環境。
另外,不同牌號的拔水劑,其原料和制備工藝往往不同,在水比上用壹些差別,使用時掌握好這個適宜的水比很重要。水比過高,拔水度將明顯下降,起不到防水效果;水比過低,往往在紙板面上形成深色的蠟質油點、損害了紙板的外觀。 所謂長久性防潮方法,按照JISZ1537—1989 的說法:“即使長時間與水接觸也幾乎不透水”的壹種處理方法。
在我國,很長壹段時間對紙箱的防水處理都是采用這種辦法。紙箱用手工塗刷壹層防水劑,光亮、強度好,耐水性良好,並且在塗刷後不會産生塌楞現象。這類防水劑往往是溶劑型(或者稱爲油性)的,對操作者身體損害較大,對環境造成汙染,而且對紙箱的回收也不利,近年來已很少采用,取而代之的是水性或乳液型防水塗料。水乳性防水塗料可以達到長時間與水接觸而幾乎不透水的要求,但在進行手工塗刷時如果塗料含水較多,自然幹燥時間長,容易引起塌楞或面紙與瓦楞的分離現象出現。要解決這些問題,必須從三方面著手:
塗料的不揮發份要高;
可適當添加壹點無毒可溶于水的揮發性溶劑,加快水分的揮發速度;
改變手工塗刷的操作方式,用機塗加烘工的方法進行生産。
現有的防水塗料,前二項實際上已被采用,而第三項用目前的這些塗料來進行,是有困難的。因此瓦楞紙板幹燥成型溫度壹般在150℃左右,有的高達180℃,壹般的熱塑型高分子塗料在這個溫度下已發粘,塗有這種塗料的紙板在熱板上通過時往往由于發粘,把紙拉毛甚至表面可拉破。然而,壹種新型的瓦楞紙板防水塗料可以克服這壹缺點。這種塗料是壹種高分子乳液與蠟乳液的結合。這種高分子乳液成膜性、耐水性均好,乳液的粒徑比蠟乳的粒徑更細,在塗布後,對紙的滲透性比蠟乳液強,由于它與蠟相溶性較差,成膜後,蠟從高分子膜中析出,加上被紙纖維擋做的大部分蠟粒子都浮于紙表面纖維上。瓦楞紙板通過成型加熱板時,由于蠟的作用,減輕了紙表面發粘的現象,不會出現紙面被拉毛的現象,同時在蠟的保護作用下高分子膜也不會被擦傷,使紙板能具有長久防水的效果。這種塗料也解決了手工塗刷效率低的問題。同時,由于有蠟的存在,它又起了壹個消光劑的作用,使紙板保持了本色。這種塗料是水乳型的,采用水性油墨進行印刷不會出現不沾墨的現象。最後必須指出的是,這種高分子乳液中的主要樹脂,易被堿水解固,此對于紙的回收也方便。
雙疏防水劑
單壹的紙板防水處理,僅是拓寬紙箱應用領域的壹個方面。如果與耐水粘合劑壹同考慮,那麽這樣的紙箱可以直接用于裝新鮮的果蔬。如果防水塗料具有壹定的增強作用,加上增強粘合劑的應用,對于那些回收紙板箱、短纖維作成的紙板箱來說,應該是有好處的。隨著納米技術的開發,壹種超雙疏性界面物性材料出現。這種結構原理是在納米尺寸低凹的表面可使吸附氣體原子穩定存在,在宏觀表面上相當于有壹層穩定的氣體薄膜,使油或者水都無法與材料的表面直接接觸,從而在材料的表面呈現出雙疏性。紙制品,薄膜等經超雙疏界面材料技術處理後,將獲得超疏水、超疏油效果,這是紙箱防潮處理的壹場革命。
轉載自http://www.hk-pdq.com/xuexijiaoliu/walengzhixiang.html
因爲紙箱受水浸濕後箱體抗壓強度、耐破度都會大大下降,這樣將嚴重影響包裝的質量。瓦楞紙箱進行防潮制作,通常采用塗布防水劑的辦法來解決。因此,根據防水劑的作用可以將防潮紙箱的制作方法分爲:暫時性防水處理和長久性防水處理。
暫時性防水劑
瓦楞紙板在生産過程中采用暫時性防水劑處理後,具有暫時防水功能。按照JISZ1537—的解釋:當水短時間落于其上時,不沾濕而成水滴,能防止水浸透紙板。暫時性防水劑處理紙板工藝近十年來在我國各大紙箱廠均已應用。這種防水劑當初從日本引進,其日文字面爲“拔水劑”。
這種塗料早期用于織物纖維上,後來才用于紙板的處理。因此大多樹紙箱廠就采用拔水劑的叫法。拔水劑是壹種蠟乳液,固體含量壹般爲:48%~51%,它的最大特點是在使用時可用30 倍左右的水稀釋,然後塗布于正在成型的瓦楞紙板面上,經過150℃左右的溫度幹燥,紙表面纖維由于醋的包裹,而具有低表面張力,形成對水不浸潤的面層。當遇水時,水在這個紙板上不浸潤,形成水滴滾落,從而達到防水的作用。但是,蠟對紙纖維的附著力並不好,特別是當拔水劑被稀釋了30 倍以後,其固含量只有1.5~,紙表面纖維只有很薄壹層被蠟包裹。另外由于蠟乳液中蠟的粒徑壹般都比通常的高分子乳液粒徑大,要往紙纖維深處滲透也難,同時拔水劑壹般對明礬壹類化學品敏感,在紙表面往往很快破乳而沈澱下米,因此拔水劑中的蠟粒子絕大部分只在紙面上很薄的壹層存在。在有外摩擦力的作用下,蠟容易被摩擦掉,露出無蠟包裹的纖維,防水效果大大降低。爲了增強蠟對紙纖維的附著力,在拔水劑中往往有松香衍生物或羧化高分子乳液,它們既對紙纖維有很好的粘附力,與蠟又有較好的相溶性。這樣,它們的加入可促進蠟在紙纖維上的附著性,同時如果對蠟進行改性,如將其氧化、基化,也有類似作用,都可以使蠟對紙纖維的附著力增加。但是必須指出的是,就是增加了這些措施,拔水劑在這樣的濃度下所形成的仍不是壹個防水膜層,因此在遇到摩擦,如紙箱在搬運、堆碼過程中遇摩擦,往往會使這壹防水表面失去作用。這就是爲什麽把塗布拔水劑的這類紙箱定爲暫時性防水紙箱。目前,拔水劑在壹些紙箱廠已是廣泛使用,並成爲壹道基本工序。這主要得益于以下四個方面:拔水劑的價格和可機塗性;拔水劑保持了紙張的本色,與當前回歸自然的主流合拍;拔水劑對紙箱的回收無不利影響;拔水劑的防水效果對于壹般紙箱的使用完全可以勝任。但是,必須指出的是,在壹些特殊環境中使用的紙箱,如需要;東庫的紙箱,需要在高濕環境中存放的紙箱,需要海運的紙箱,在使用拔水劑時就要謹慎了。在實際中已發現有塗拔水劑的紙箱,從凍庫取出後,紙箱發生形變,引發經濟糾紛的事例。因此在推薦客戶采用什麽防水處理時,應充分考慮客戶紙箱的使用環境。
另外,不同牌號的拔水劑,其原料和制備工藝往往不同,在水比上用壹些差別,使用時掌握好這個適宜的水比很重要。水比過高,拔水度將明顯下降,起不到防水效果;水比過低,往往在紙板面上形成深色的蠟質油點、損害了紙板的外觀。 所謂長久性防潮方法,按照JISZ1537—1989 的說法:“即使長時間與水接觸也幾乎不透水”的壹種處理方法。
在我國,很長壹段時間對紙箱的防水處理都是采用這種辦法。紙箱用手工塗刷壹層防水劑,光亮、強度好,耐水性良好,並且在塗刷後不會産生塌楞現象。這類防水劑往往是溶劑型(或者稱爲油性)的,對操作者身體損害較大,對環境造成汙染,而且對紙箱的回收也不利,近年來已很少采用,取而代之的是水性或乳液型防水塗料。水乳性防水塗料可以達到長時間與水接觸而幾乎不透水的要求,但在進行手工塗刷時如果塗料含水較多,自然幹燥時間長,容易引起塌楞或面紙與瓦楞的分離現象出現。要解決這些問題,必須從三方面著手:
塗料的不揮發份要高;
可適當添加壹點無毒可溶于水的揮發性溶劑,加快水分的揮發速度;
改變手工塗刷的操作方式,用機塗加烘工的方法進行生産。
現有的防水塗料,前二項實際上已被采用,而第三項用目前的這些塗料來進行,是有困難的。因此瓦楞紙板幹燥成型溫度壹般在150℃左右,有的高達180℃,壹般的熱塑型高分子塗料在這個溫度下已發粘,塗有這種塗料的紙板在熱板上通過時往往由于發粘,把紙拉毛甚至表面可拉破。然而,壹種新型的瓦楞紙板防水塗料可以克服這壹缺點。這種塗料是壹種高分子乳液與蠟乳液的結合。這種高分子乳液成膜性、耐水性均好,乳液的粒徑比蠟乳的粒徑更細,在塗布後,對紙的滲透性比蠟乳液強,由于它與蠟相溶性較差,成膜後,蠟從高分子膜中析出,加上被紙纖維擋做的大部分蠟粒子都浮于紙表面纖維上。瓦楞紙板通過成型加熱板時,由于蠟的作用,減輕了紙表面發粘的現象,不會出現紙面被拉毛的現象,同時在蠟的保護作用下高分子膜也不會被擦傷,使紙板能具有長久防水的效果。這種塗料也解決了手工塗刷效率低的問題。同時,由于有蠟的存在,它又起了壹個消光劑的作用,使紙板保持了本色。這種塗料是水乳型的,采用水性油墨進行印刷不會出現不沾墨的現象。最後必須指出的是,這種高分子乳液中的主要樹脂,易被堿水解固,此對于紙的回收也方便。
雙疏防水劑
單壹的紙板防水處理,僅是拓寬紙箱應用領域的壹個方面。如果與耐水粘合劑壹同考慮,那麽這樣的紙箱可以直接用于裝新鮮的果蔬。如果防水塗料具有壹定的增強作用,加上增強粘合劑的應用,對于那些回收紙板箱、短纖維作成的紙板箱來說,應該是有好處的。隨著納米技術的開發,壹種超雙疏性界面物性材料出現。這種結構原理是在納米尺寸低凹的表面可使吸附氣體原子穩定存在,在宏觀表面上相當于有壹層穩定的氣體薄膜,使油或者水都無法與材料的表面直接接觸,從而在材料的表面呈現出雙疏性。紙制品,薄膜等經超雙疏界面材料技術處理後,將獲得超疏水、超疏油效果,這是紙箱防潮處理的壹場革命。
轉載自http://www.hk-pdq.com/xuexijiaoliu/walengzhixiang.html
POP紙展示架印前注意問題可多著呢
1、注意裁紙工藝的技術把關。紙張的規格精度如何,直接影響到産品的套印精度。因爲不同的機器結構,它們的前規和拉規位置不盡相同,這樣,若紙張的邊緣裁切得不夠方正,有存在斜邊或波浪邊情況時,就會造成套印不准現象。這就要求膠凸結合的産品,紙張的邊側必須裁切成直角、直線,不可存在斜邊或波浪邊現象。爲提高紙張的裁切精度,必須嚴格控制裁切的厚度,因爲紙疊越厚、紙質越柔軟的,壓紙器下壓時紙面變形得越厲害,所以,每疊裁切的厚度越少,越有利于提高紙張的裁切精度。此外,刀刃口還應保持鋒利,並根據紙質的硬度,選擇合適的刀片角度,這也是提高裁切精度的重要措施。
2、注意合理選用印版的底托。圓壓平結構的凸版印刷機,印版底托材料的特性如何,對印刷壓力、套印精度和墨色質量效果等,有較大的影響。傳統的木質底托,材質欠堅實、方正度、平整度和穩定性都比較差,容易出現起弓和變形情況,印刷質量難以保證。所以,凸版印刷應采用堅實、平整、方正、穩定性好的鋁質或鑄鐵等金屬性材料的底托,這是提高印品套印的精度和墨色質量的可靠保證。
3、注意合理使用紙張。紙張對外界環境的溫、濕度變化十分敏感,尤其是剛剛生産出來的紙,最容易因爲溫、濕度的變化而出現伸縮變異情況,造成産品套印不准。爲減少這壹不良情況發生的機會,對剛出産的紙,印刷廠運回來以後,壹般要經過約半年時間的存放,使紙的特性相對比較穩定後,再投入使用這樣就不容易出現套印問題。此外,還可以通過對紙張進行吊晾,以及將裁切後的紙張放在印刷車間若幹天,與印刷車間的溫濕度平衡壹段時間後,再進行印刷也有利于産品的套准。
4、注意選擇好合適的印刷版材。凸版印刷工藝有采用銅版、鋅版、樹脂版等多種版材,由于印版材料特性的不同,它們的印刷適性和印刷質量也存在明顯的差異,按照親墨性、傳墨性、光澤度和壓力效果等情況來看,其中樹脂版表現最好,銅版次之,鋅版表現最差。若以網點的印刷質量來看,銅版的網點印刷質量較好,網點的擴大率也最少。所以,要根據産品的特點,合理選擇版材進行印刷,才能較好地提高産品的印刷質量。
5、注意合理安排印刷色序。合理安排印刷色序是提高印刷質量的重要措施,合理安排印刷色序,主要應從這幾方面進行考慮,即:根據承印物的特性考慮安排印刷色序;根據印刷機器結構的差異考慮安排色序;根據印刷版面圖文結構的不同考慮安排色序;根據原稿色彩特點考慮安排色序;根據油墨特性差異考慮安排色序;按油墨幹燥特性安排色序。這樣科學合理地安排印刷色序,可較好地提高生産效率和産品的印刷質量。
6、注意把好包襯工藝技術關。包襯是實現壓力和印迹轉移的媒介,它的特性如何,也影響到産品的套准和墨色質量。所以,包襯材料的變形系數應小壹點,材質以中性偏硬爲宜。同時,必須嚴格按照設備規範的技術參數,定好包襯的厚度。此外,包襯必須包緊勒實,不可存在虛松、起鼓狀態,在包襯上切忌反複進行貼補或挖空,以防止出現套印不准和重影現象。
7、注意調整好合適的印刷壓力。印刷壓力應調整均勻而又適度,壓力過大容易使印張拉伸變形,産生套印不准弊病。所以,應該調整好適度的印刷壓力,印刷壓力不可存在偏重現象,以免使印刷版面邊緣出現毛糙和擴大現象。
8、注意掌握産品的套印生産周期。印品的前壹色或幾色印刷之後,能夠套印的應馬上進行套印,以免因時間拖太久使印品出現伸縮變異,導致套印不准質量故障的産生。
轉載自http://www.hk-pdq.com/xuexijiaoliu/yinqianwenti.html
2、注意合理選用印版的底托。圓壓平結構的凸版印刷機,印版底托材料的特性如何,對印刷壓力、套印精度和墨色質量效果等,有較大的影響。傳統的木質底托,材質欠堅實、方正度、平整度和穩定性都比較差,容易出現起弓和變形情況,印刷質量難以保證。所以,凸版印刷應采用堅實、平整、方正、穩定性好的鋁質或鑄鐵等金屬性材料的底托,這是提高印品套印的精度和墨色質量的可靠保證。
3、注意合理使用紙張。紙張對外界環境的溫、濕度變化十分敏感,尤其是剛剛生産出來的紙,最容易因爲溫、濕度的變化而出現伸縮變異情況,造成産品套印不准。爲減少這壹不良情況發生的機會,對剛出産的紙,印刷廠運回來以後,壹般要經過約半年時間的存放,使紙的特性相對比較穩定後,再投入使用這樣就不容易出現套印問題。此外,還可以通過對紙張進行吊晾,以及將裁切後的紙張放在印刷車間若幹天,與印刷車間的溫濕度平衡壹段時間後,再進行印刷也有利于産品的套准。
4、注意選擇好合適的印刷版材。凸版印刷工藝有采用銅版、鋅版、樹脂版等多種版材,由于印版材料特性的不同,它們的印刷適性和印刷質量也存在明顯的差異,按照親墨性、傳墨性、光澤度和壓力效果等情況來看,其中樹脂版表現最好,銅版次之,鋅版表現最差。若以網點的印刷質量來看,銅版的網點印刷質量較好,網點的擴大率也最少。所以,要根據産品的特點,合理選擇版材進行印刷,才能較好地提高産品的印刷質量。
5、注意合理安排印刷色序。合理安排印刷色序是提高印刷質量的重要措施,合理安排印刷色序,主要應從這幾方面進行考慮,即:根據承印物的特性考慮安排印刷色序;根據印刷機器結構的差異考慮安排色序;根據印刷版面圖文結構的不同考慮安排色序;根據原稿色彩特點考慮安排色序;根據油墨特性差異考慮安排色序;按油墨幹燥特性安排色序。這樣科學合理地安排印刷色序,可較好地提高生産效率和産品的印刷質量。
6、注意把好包襯工藝技術關。包襯是實現壓力和印迹轉移的媒介,它的特性如何,也影響到産品的套准和墨色質量。所以,包襯材料的變形系數應小壹點,材質以中性偏硬爲宜。同時,必須嚴格按照設備規範的技術參數,定好包襯的厚度。此外,包襯必須包緊勒實,不可存在虛松、起鼓狀態,在包襯上切忌反複進行貼補或挖空,以防止出現套印不准和重影現象。
7、注意調整好合適的印刷壓力。印刷壓力應調整均勻而又適度,壓力過大容易使印張拉伸變形,産生套印不准弊病。所以,應該調整好適度的印刷壓力,印刷壓力不可存在偏重現象,以免使印刷版面邊緣出現毛糙和擴大現象。
8、注意掌握産品的套印生産周期。印品的前壹色或幾色印刷之後,能夠套印的應馬上進行套印,以免因時間拖太久使印品出現伸縮變異,導致套印不准質量故障的産生。
轉載自http://www.hk-pdq.com/xuexijiaoliu/yinqianwenti.html
印刷彩盒制作工藝流程
分爲兩大類:面紙、坑紙。通常彩盒面紙常用的有(台灣稱呼):灰銅、白銅、單銅、華麗卡、黃金卡、白金卡、銀卡、雷射卡等。白底白板共有2種:1、白銅、2、單銅。 他們的共同點是正反兩面都是白色的。區別是白銅壹面光滑壹面不光滑,也就是壹面有塗布面,壹邊沒有塗布面。通俗點就是正面可以印刷,反面不可以印刷。單銅:正反兩面都有塗布面,正反都可以印刷。 灰底灰板有這種紙,但它不用于彩盒上,灰底白板,它就是所謂的“灰銅紙”即正面是白色的,可以印刷,反面是灰色的,不可以印刷。壹般白卡也就是“白底白”紙,只不過壹般報價時的簡稱,除可特殊的白卡,例如:白金卡、白銀卡等。
彩盒制作流程:
1.設計出菲林,設計好包裝印刷文件,並同時完成包裝材料的選定。其次將設計文件傳達到雅彩陳列紙架廠,然後出菲林。
2.印刷。做好菲林後,按菲林大小,紙張的厚薄,印刷的顔色確定印刷。
3.制作刀模及裱坑。制作刀模需要按照樣版和印刷出來的半成品來確定。
4.表面處理。表面進行美化,有覆膜、燙金、UV、過油磨光等。
5.成型。使用機械,刀模。使彩盒模切,形成彩盒的基本樣式。
6.禮盒/粘盒。就是把彩盒按照樣板或設計樣式,把彩盒需固定連接的部位用膠水粘起來。
轉載自網站http://www.hk-pdq.com/xuexijiaoliu/yinshuaicaihegongyiliucheng.html
彩盒制作流程:
1.設計出菲林,設計好包裝印刷文件,並同時完成包裝材料的選定。其次將設計文件傳達到雅彩陳列紙架廠,然後出菲林。
2.印刷。做好菲林後,按菲林大小,紙張的厚薄,印刷的顔色確定印刷。
3.制作刀模及裱坑。制作刀模需要按照樣版和印刷出來的半成品來確定。
4.表面處理。表面進行美化,有覆膜、燙金、UV、過油磨光等。
5.成型。使用機械,刀模。使彩盒模切,形成彩盒的基本樣式。
6.禮盒/粘盒。就是把彩盒按照樣板或設計樣式,把彩盒需固定連接的部位用膠水粘起來。
轉載自網站http://www.hk-pdq.com/xuexijiaoliu/yinshuaicaihegongyiliucheng.html
2013年9月29日星期日
水份的多少直接影響印刷紙的尺寸
紙張主要由纖維素組成,而纖維素又是親水性很強的物質,它具有很強的吸水性和脫水性。紙張在存放、運輸以及印刷過程中,由于溫度和濕度的變化引 起紙張含水量的變化,導致膨脹和收縮。紙張水分變化引起紙張尺寸變化的主要原因有:紙張水分變化時,組成紙張的單根纖維可以吸收水分膨脹或失去水分收縮, 使整個纖維形狀發生變化,從而引起紙張的尺寸變化;紙張內部存在氫鍵結合,紙張吸收或失去水分時,氫鍵的作用得到加強或削弱,使纖維互相拉緊或推開。
紙張內部纖維因水分得失産生的形狀變化最終將導致紙張的尺寸變化,給印刷帶來不利影響。紙張含水量過大時,紙張中纖維、填料與膠料之間的結合力 容易降低,進而影響紙張表面強度,導致印刷後出現掉粉、掉毛等不良現象的發生。而掉粉、掉毛的發生降低了紙邊的硬度和挺度,輸紙時容易産生定位不穩的問題,造成套印失准。如果紙張含水量過低的話,紙張彈性差,印刷時網點印迹容易擴大,導致網點擴大率大。
因此,紙張不宜在與其含水量不適應的高濕度條件下進行印刷,而應在中濕度的情況下進行印刷,這有利于套印精度的保證。爲了使紙張的含水量在整個 紙面上保持均勻壹致,並且與印刷車間的溫濕度相適應,同時爲了降低紙張對環境濕度的敏感程度,提高紙張尺寸的穩定性,壹般在印刷之前,要采取壹定的處理措施。
轉載自http://www.hk-pdq.com/xuexijiaoliu/yinshuaizhichicun.html
紙張內部纖維因水分得失産生的形狀變化最終將導致紙張的尺寸變化,給印刷帶來不利影響。紙張含水量過大時,紙張中纖維、填料與膠料之間的結合力 容易降低,進而影響紙張表面強度,導致印刷後出現掉粉、掉毛等不良現象的發生。而掉粉、掉毛的發生降低了紙邊的硬度和挺度,輸紙時容易産生定位不穩的問題,造成套印失准。如果紙張含水量過低的話,紙張彈性差,印刷時網點印迹容易擴大,導致網點擴大率大。
因此,紙張不宜在與其含水量不適應的高濕度條件下進行印刷,而應在中濕度的情況下進行印刷,這有利于套印精度的保證。爲了使紙張的含水量在整個 紙面上保持均勻壹致,並且與印刷車間的溫濕度相適應,同時爲了降低紙張對環境濕度的敏感程度,提高紙張尺寸的穩定性,壹般在印刷之前,要采取壹定的處理措施。
轉載自http://www.hk-pdq.com/xuexijiaoliu/yinshuaizhichicun.html
落地式陳列架紙卡板
一、外形分類
雙面型:此類紙卡板適合正反面都可以使用,廣泛使用于空運及貨架。
單面型:可分標准型及普通型,根據不同的使用方式選擇不同的單面型卡板。
二、結構分類
九腳型紙卡板:卡板反面九腳分布,方型卡板的四邊中間及四個角都各有四個腳,卡板正中間壹個腳共有九個腳,壹般都爲三個腳呈並排三組腳呈平行狀。
川字型紙卡板:在九腳型紙卡板的反面外形基礎上平行分布的紙卡板。
田字型紙卡板:在九角型紙卡板的反面外形基礎反面橫的三組腳及豎的三組腳各自平行分布的紙卡板。
三、用途分類
蜂窩紙卡板:蜂窩紙卡板水分對紙的柔韌性和彈性、強度都有明顯的影響。當水分過高時,紙自身很軟、強度急劇下降,不易牯接當水分過低時,紙發脆易斷,這些都將影響卡板的質量。
物流紙卡板:物流用的紙卡板壹般實用性要求比較高,因爲要保護到箱子內的物品,尤其是貴重的物品,壹定需要材質比較好的來做,質量才是第壹要素。
雙面型:此類紙卡板適合正反面都可以使用,廣泛使用于空運及貨架。
單面型:可分標准型及普通型,根據不同的使用方式選擇不同的單面型卡板。
二、結構分類
九腳型紙卡板:卡板反面九腳分布,方型卡板的四邊中間及四個角都各有四個腳,卡板正中間壹個腳共有九個腳,壹般都爲三個腳呈並排三組腳呈平行狀。
川字型紙卡板:在九腳型紙卡板的反面外形基礎上平行分布的紙卡板。
田字型紙卡板:在九角型紙卡板的反面外形基礎反面橫的三組腳及豎的三組腳各自平行分布的紙卡板。
三、用途分類
蜂窩紙卡板:蜂窩紙卡板水分對紙的柔韌性和彈性、強度都有明顯的影響。當水分過高時,紙自身很軟、強度急劇下降,不易牯接當水分過低時,紙發脆易斷,這些都將影響卡板的質量。
物流紙卡板:物流用的紙卡板壹般實用性要求比較高,因爲要保護到箱子內的物品,尤其是貴重的物品,壹定需要材質比較好的來做,質量才是第壹要素。
2013年6月30日星期日
什麼叫做瓦楞盒?
瓦楞盒就是用瓦楞紙爲底紙做成的包裝盒。如果要彩印的包裝盒大多數用單面白或白卡紙做爲面紙,也會有用銅版紙、牛皮紙、黑卡紙及各種特種紙爲面紙的。然後在面紙上做上各種工藝,中間的瓦楞紙通常用的是95克紙瓦楞原紙,底紙通常用的有牛皮紙、白底紙及瓦楞原紙,通常會做有提手。瓦楞盒具有承受力強、大方得體、緩沖性能好,輕便、牢固,包裝作業成本低,印刷性能好,可回收複用等特點,被廣泛的應用于比較重或大件些的商品或要求較高的小商品上。
http://www.pdq8.com/c_html_news/walengzhi-13.html
http://www.pdq8.com/c_html_news/walengzhi-13.html
陳列紙架中的牛皮紙定義
牛皮紙簡介牛皮紙具有很高的拉力,有單光、雙光、條紋、無紋等。主要用于包裝紙、信封、紙袋等和印刷機滾筒包襯等。
用作包裝材料。強度很高。通常呈黃褐色。半漂或全漂的牛皮紙漿呈淡褐色、奶油色或白色。定量80~120g/m2。裂斷長壹般在6000m以上。抗撕裂強度、破裂功和動態強度很高。多爲卷筒紙,也有平板紙。采用硫酸鹽針葉木漿爲原料,經打漿,在長網造紙機上抄造而成。可用作水泥袋紙、信封紙、膠封紙裝、瀝青紙、電纜防護紙、絕緣紙等。在很早以前,“牛皮紙”當真是用小牛的皮做的。當然,這種“牛皮紙”,現在只有在做鼓皮的時候,才會用到它;而妳包書用的牛皮紙,是人們學會了造紙技術以後,用針葉樹的木材纖維,經過化學方法制漿,再放入打漿機中進行打漿,再加入膠料、染料等,最後在造紙機中抄成紙張。由于這種紙的顔色爲黃褐色,紙質堅韌,很象牛皮,所以人們把它叫做牛皮紙。
其實,牛皮紙與普通紙的制造方法並沒有多大的不同。爲什麽牛皮紙比普通紙牢固呢?這主要是制牛皮紙所用的木材纖維比較長,而且在蒸煮木材時,是用燒堿和硫化堿化學藥品來處理的,這樣它們所起的化學作用比較緩和,木材纖維原有的強度所受到的損傷就比較小,因此用這種紙漿做出來的紙,纖維與纖維之間是緊緊相依的,所以牛皮紙都非常牢。
牛皮紙具有哪些特點
牛皮紙是堅韌耐水的包裝用紙,呈棕黃色,用途很廣,常用于制作紙袋、信封、作業本、唱片套、卷宗和砂紙等。定量範圍爲40克/平方米至120克/平方米,有卷筒紙和平板紙中、又有單面光、雙面光和帶條紋的區別。主要的質量要求是柔韌結實,耐破度高,能承受較大拉力和壓力不破裂。
牛皮紙可以分成哪幾類
牛皮紙通常保持其黃褐色之本色,適合作袋子和包裝紙等。依性質與用途的不同,牛皮紙又有各種不同的用途。牛皮紙系壹種紙的統稱,並沒有壹定的規範,壹般根據其性質和用途的不同加以分類。
按照顔色的不同可以分爲:原色牛皮紙、赤牛皮紙、白牛皮紙、平光牛皮紙、單光牛皮紙、雙色牛皮紙等。
按照用途的不同可以分爲:包裝牛皮紙、防水牛皮紙、防潮牛皮紙、防鏽牛皮紙、打版牛皮紙、制程牛皮紙、絕緣牛皮紙板、牛皮貼紙等。
按照材質的不同可分爲:再生牛皮紙、牛皮芯紙、牛皮原紙、粗面牛皮紙、牛皮臘紙、木漿牛皮紙、複合牛皮紙等。
http://www.pdq8.com/c_html_news/niupizhi-14.html
用作包裝材料。強度很高。通常呈黃褐色。半漂或全漂的牛皮紙漿呈淡褐色、奶油色或白色。定量80~120g/m2。裂斷長壹般在6000m以上。抗撕裂強度、破裂功和動態強度很高。多爲卷筒紙,也有平板紙。采用硫酸鹽針葉木漿爲原料,經打漿,在長網造紙機上抄造而成。可用作水泥袋紙、信封紙、膠封紙裝、瀝青紙、電纜防護紙、絕緣紙等。在很早以前,“牛皮紙”當真是用小牛的皮做的。當然,這種“牛皮紙”,現在只有在做鼓皮的時候,才會用到它;而妳包書用的牛皮紙,是人們學會了造紙技術以後,用針葉樹的木材纖維,經過化學方法制漿,再放入打漿機中進行打漿,再加入膠料、染料等,最後在造紙機中抄成紙張。由于這種紙的顔色爲黃褐色,紙質堅韌,很象牛皮,所以人們把它叫做牛皮紙。
其實,牛皮紙與普通紙的制造方法並沒有多大的不同。爲什麽牛皮紙比普通紙牢固呢?這主要是制牛皮紙所用的木材纖維比較長,而且在蒸煮木材時,是用燒堿和硫化堿化學藥品來處理的,這樣它們所起的化學作用比較緩和,木材纖維原有的強度所受到的損傷就比較小,因此用這種紙漿做出來的紙,纖維與纖維之間是緊緊相依的,所以牛皮紙都非常牢。
牛皮紙具有哪些特點
牛皮紙是堅韌耐水的包裝用紙,呈棕黃色,用途很廣,常用于制作紙袋、信封、作業本、唱片套、卷宗和砂紙等。定量範圍爲40克/平方米至120克/平方米,有卷筒紙和平板紙中、又有單面光、雙面光和帶條紋的區別。主要的質量要求是柔韌結實,耐破度高,能承受較大拉力和壓力不破裂。
牛皮紙可以分成哪幾類
牛皮紙通常保持其黃褐色之本色,適合作袋子和包裝紙等。依性質與用途的不同,牛皮紙又有各種不同的用途。牛皮紙系壹種紙的統稱,並沒有壹定的規範,壹般根據其性質和用途的不同加以分類。
按照顔色的不同可以分爲:原色牛皮紙、赤牛皮紙、白牛皮紙、平光牛皮紙、單光牛皮紙、雙色牛皮紙等。
按照用途的不同可以分爲:包裝牛皮紙、防水牛皮紙、防潮牛皮紙、防鏽牛皮紙、打版牛皮紙、制程牛皮紙、絕緣牛皮紙板、牛皮貼紙等。
按照材質的不同可分爲:再生牛皮紙、牛皮芯紙、牛皮原紙、粗面牛皮紙、牛皮臘紙、木漿牛皮紙、複合牛皮紙等。
http://www.pdq8.com/c_html_news/niupizhi-14.html
制作紙展示架使用的瓦楞紙板是什麼樣的?
瓦楞紙板間介 瓦楞紙板又稱波紋紙板。形狀像瓦楞的紙板。壹面或兩面粘有壹層蓋面紙,具有較好的彈性和延伸性。主要用作紙箱的夾心以及易碎商品的包裝材料。用土法草漿和廢紙經打漿,制成類似黃紙板的原紙板,再機械加工使軋成瓦楞狀,然後在其表面用矽酸鈉等膠粘劑與普通包裝紙粘合而成。
瓦楞紙板的瓦楞波紋好像壹個個連接的拱形門,相互並列成壹排,相互支撐,形成三角結構體,具有較好的機械強度,從平面上也能承受壹定的壓力,並富于彈性,緩沖作用好;它可根據需要制成各種形狀大小的襯墊或容器,比塑料緩沖材料要簡便、快捷;受溫度影響小,遮光性好,受光照不變質,壹般受濕度影響也較小,但不宜在濕度較大的環境中長期使用,這會影響其強度。
瓦楞紙板可以分成哪幾類
根據不同組合,瓦楞紙板可以分爲下列五種類型:
1.由壹層芯紙及牛皮吉組成的紙板稱爲“露瓦楞的紙板”。露瓦楞的紙板,壹般只用作墊層、間隔及包裹形狀不規則物體。
2.由壹層芯紙及上下兩層牛皮吉組成的紙板稱爲“單坑紙板”。
瓦楞紙板
3.兩層芯紙分夾于三層牛皮吉內的稱爲“雙坑紙板”。雙坑紙板可由不同坑寬及紙質相異的坑紙組成,比如以“B”坑紙配“C”坑紙。
4.三層芯紙分夾于四層牛皮吉內的叫做“三坑紙板”。
5.特強雙體紙板乃由單坑紙板發展而來,它中間的壹層芯紙由兩塊厚芯紙相疊黏合而成。
值得欣喜的是,今天我們已可生産許多不同組合的瓦楞紙板,這些紙板具有不同的特質和強度,以迎合市場多變的需要。
瓦楞紙板坑紋有哪幾種類
根據芯紙上坑紋的大小,即其高度及每壹單位長充內坑紋數目,瓦楞紙板又可進壹步細分。芯紙坑紋
有四種,下表顯示由Mitsubishi及Langston坑機所生産的紙板。
由較厚的“A”坑紋造成的紙箱,較之“B”和“C”具有較佳的頂底抗壓強度,但以“A”和“B”坑紋比較,較薄的“B”坑紋具有較優的抗上壓性。“A”和“C”坑紋用于下下受壓而包裝又需護墊的紙箱制造上。“B”坑紋適用于容量及空間比較重要,而堆疊強度較次要的紙箱制造上。“E”坑紋具有最高的抗壓性,但其吸震能力則稍差。主要用于承載重物的柯式(彩印)瓦楞紙箱上。
瓦楞紙板芯紙有哪些作用?
瓦楞紙板坑徑越大,其剛性就越強。紙板的韌度源于芯紙層,而不需厚硬的填料。這樣就能減低紙板重量及其造價。芯紙可由半化學漿(此種漿料能提供最佳的紙質強度)及回收紙料造成。後者由于造價低,故爲香港廠家所樂于采用,雖然紙質強度不如前者,但可由造紙廠加添澱粉質予改進。
坑紋在瓦楞紙內占有壹定空間,其擔當的角色亦非常重要,藉著它就能抵受平壓、側壓及其他各種不規則的壓力。
http://www.pdq8.com/c_html_news/walengzhi-15.html
瓦楞紙板的瓦楞波紋好像壹個個連接的拱形門,相互並列成壹排,相互支撐,形成三角結構體,具有較好的機械強度,從平面上也能承受壹定的壓力,並富于彈性,緩沖作用好;它可根據需要制成各種形狀大小的襯墊或容器,比塑料緩沖材料要簡便、快捷;受溫度影響小,遮光性好,受光照不變質,壹般受濕度影響也較小,但不宜在濕度較大的環境中長期使用,這會影響其強度。
瓦楞紙板可以分成哪幾類
根據不同組合,瓦楞紙板可以分爲下列五種類型:
1.由壹層芯紙及牛皮吉組成的紙板稱爲“露瓦楞的紙板”。露瓦楞的紙板,壹般只用作墊層、間隔及包裹形狀不規則物體。
2.由壹層芯紙及上下兩層牛皮吉組成的紙板稱爲“單坑紙板”。
瓦楞紙板
3.兩層芯紙分夾于三層牛皮吉內的稱爲“雙坑紙板”。雙坑紙板可由不同坑寬及紙質相異的坑紙組成,比如以“B”坑紙配“C”坑紙。
4.三層芯紙分夾于四層牛皮吉內的叫做“三坑紙板”。
5.特強雙體紙板乃由單坑紙板發展而來,它中間的壹層芯紙由兩塊厚芯紙相疊黏合而成。
值得欣喜的是,今天我們已可生産許多不同組合的瓦楞紙板,這些紙板具有不同的特質和強度,以迎合市場多變的需要。
瓦楞紙板坑紋有哪幾種類
根據芯紙上坑紋的大小,即其高度及每壹單位長充內坑紋數目,瓦楞紙板又可進壹步細分。芯紙坑紋
有四種,下表顯示由Mitsubishi及Langston坑機所生産的紙板。
由較厚的“A”坑紋造成的紙箱,較之“B”和“C”具有較佳的頂底抗壓強度,但以“A”和“B”坑紋比較,較薄的“B”坑紋具有較優的抗上壓性。“A”和“C”坑紋用于下下受壓而包裝又需護墊的紙箱制造上。“B”坑紋適用于容量及空間比較重要,而堆疊強度較次要的紙箱制造上。“E”坑紋具有最高的抗壓性,但其吸震能力則稍差。主要用于承載重物的柯式(彩印)瓦楞紙箱上。
瓦楞紙板芯紙有哪些作用?
瓦楞紙板坑徑越大,其剛性就越強。紙板的韌度源于芯紙層,而不需厚硬的填料。這樣就能減低紙板重量及其造價。芯紙可由半化學漿(此種漿料能提供最佳的紙質強度)及回收紙料造成。後者由于造價低,故爲香港廠家所樂于采用,雖然紙質強度不如前者,但可由造紙廠加添澱粉質予改進。
坑紋在瓦楞紙內占有壹定空間,其擔當的角色亦非常重要,藉著它就能抵受平壓、側壓及其他各種不規則的壓力。
http://www.pdq8.com/c_html_news/walengzhi-15.html
2013年6月17日星期一
Surface Disposal
Coatings are applied to the protect the printed pages from moisture, extreme temperatures, scuffs, scratches, and frequent handling. They are also used to draw the eye to a particular element on the page. We offer four types of print coatings: overprint varnish, aqueous coating, lamination, and UV coating. All four are available in matte, dull, satin, and glossy. Please note that coatings appear differently on uncoated paper versus coated paper. If you plan on writing or rubber stamping on your publication, we suggest not using any coating as it will limit your ability to write on the paper.
LaminationLamination comes in two types, film-based and liquid-based. Either a clear plastic film is laid down over the sheet of paper or a clear liquid is spread over the sheet and dries (or cures) like a varnish. Liquid lamination protects paper from water but is slow to apply and is costly. However, it provides a strong, washable surface.
Film lamination features a high gloss finish with a very smooth, tough finish. This durable plastic film has advantages over liquid coating at a slightly higher cost. Film lamination will not yellow with age, flake off, and is scratch resistant. In addition, the ink is protected from cracking and provides an odorless/wipeable surface.
UV Coating Ultra-violet coating is the glossiest coating available and is less commonly available in dull and matte. UV coating is a clear liquid that is spread over the paper like ink. It can be used as a spot covering to accent a particular image or logo on the page or as an full page (flood) coating. UV coating gives more protection and shine than varnish or aqueous coating. UV coating is unsaturated polyester or polyacrylate based and when exposed to ultraviolet light, dries instantly. UV coating offers excellent rub protection.
UV coating is applied as a separate finishing operation as either a flood coating or (applied by screen printing) as a spot coating. Keep in mind that this thick coating may crack when scored or folded.
Aqueous Coatings
Aqueous coatings are water-based and are applied by an inking unit of the press or in a special coater. Aqueous has the advantage over varnish because it dries immediately and has glossy characteristic that falls between varnish and UV coating. Since aqueous can be applied over wet ink, can seal the printed sheet, and can dry immediately, it has the practical advantage of reducing handling time for trimming and other post-press operations.
The disadvantage of aqueous is that since it is water-based it can cause paper to curl, particularly on thinner paper weights. Additionally, certain pigments may bleed with aqueous. Aqueous coating is only recommended for coated sheets as it will be absorbed by uncoated paper stocks
http://www.pop-cardboard-display.com
LaminationLamination comes in two types, film-based and liquid-based. Either a clear plastic film is laid down over the sheet of paper or a clear liquid is spread over the sheet and dries (or cures) like a varnish. Liquid lamination protects paper from water but is slow to apply and is costly. However, it provides a strong, washable surface.
Film lamination features a high gloss finish with a very smooth, tough finish. This durable plastic film has advantages over liquid coating at a slightly higher cost. Film lamination will not yellow with age, flake off, and is scratch resistant. In addition, the ink is protected from cracking and provides an odorless/wipeable surface.
UV Coating Ultra-violet coating is the glossiest coating available and is less commonly available in dull and matte. UV coating is a clear liquid that is spread over the paper like ink. It can be used as a spot covering to accent a particular image or logo on the page or as an full page (flood) coating. UV coating gives more protection and shine than varnish or aqueous coating. UV coating is unsaturated polyester or polyacrylate based and when exposed to ultraviolet light, dries instantly. UV coating offers excellent rub protection.
UV coating is applied as a separate finishing operation as either a flood coating or (applied by screen printing) as a spot coating. Keep in mind that this thick coating may crack when scored or folded.
Aqueous Coatings
Aqueous coatings are water-based and are applied by an inking unit of the press or in a special coater. Aqueous has the advantage over varnish because it dries immediately and has glossy characteristic that falls between varnish and UV coating. Since aqueous can be applied over wet ink, can seal the printed sheet, and can dry immediately, it has the practical advantage of reducing handling time for trimming and other post-press operations.
The disadvantage of aqueous is that since it is water-based it can cause paper to curl, particularly on thinner paper weights. Additionally, certain pigments may bleed with aqueous. Aqueous coating is only recommended for coated sheets as it will be absorbed by uncoated paper stocks
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History of Paper and Papermaking
A courtier named Ts'ai-Lun, from Lei-yang in China, was the inventor of paper (not papyrus) circa 105 A.D. However, the word paper is derived from the name of the reedy plant papyrus, which grows abundantly along the Nile River in Egypt. Paper is made of pulped cellulose fibers like wood, cotton or flax. Papyrus is made from the sliced sections of the flower stem of the papyrus plant, pressed together and dried. Left Photo: Greek parchment paper.
General Papermaking History
Paper Online
Starting with the year 3000 BC, this is a timeline of paper invention.
American Museum of Papermaking
The RobertC.WilliamsAmericanMuseum is a renowned resource on the history of paper and paper technology. Virtual Tour Contents Forerunners to Paper
- The Invention of Paper
- The Spread of Papermaking in Europe
- The Papermaker - Dard Hunter
- Papermaking Moves to the United States
- The Advent of the Paper Machine
-Watermarks
-The Modern Paper Mill-Paper in Our Lives - Recycling in the Paper Industry.
A Short History of Paper and Cardboard
You must click on the history button in the left hand navigation bar. Love the paper surfer.
American's First Papermil
lThe Rittenhouse Mill - Alex Buntin established the first commercial mechanical pulp mill in North America at Valleyfield, Quebec, in 1866. Also see mills
Newsprint
Charles Fenerty of Halifax made the first paper from wood pulp (newsprint) in 1838. Charles Fenerty was helping a local paper mill maintain an adequate supply of rags to make paper, when he succeeded in making paper from wood pulp. He neglected to patent his invention and others did patent papermaking processes based on wood fiber.
Cardboard and Packaging
Grocery Paper Bags
The first recorded historical reference to grocery paper bags was made in 1630.
The History of Paper Sacks
The use of sacks only really started to take off during the Industrial Revolution: between 1700 and 1800.
Grocery Bags
Margaret (Mattie) Knight (1838-1914) - Knight was an employee in a paper bag factory when she invented a new machine part to make square bottoms for paper bags. Paper bags had been more like envelopes before. Knight can be considered the mother of the grocery bag, she founded the Eastern Paper Bag Company in 1870.
Paper Bags
On February 20, 1872, Luther Crowell also patented a machine that manufactured paper bags.
A History of Packaging
The first commercial cardboard box was produced in England in 1817, more than two hundred years after the Chinese invented cardboard. Corrugated paper appeared in the 1850s; about 1900, shipping cartons of faced corrugated paperboard began to replace self-made wooden crates and boxes used for trade.
A History of Packaging
The cardboard box emerged at the end of the 19th century, a simple yet revolutionary invention. An American, Robert Gair, had the bright idea of manufacturing in bulk a pre-cut cardboard panel which, once folded, would form a box.
Corrugated Paper Products
In 1856, Englishmen, Healey and Allen, received a patent for the first corrugated or pleated paper. The paper was used to line tall mens hats. However, this was not the corrugated cardboard we know today. On December 20, 1871, Albert Jones of New YorkNY, patented a stronger corrugated paper (cardboard) used as a shipping material. This was the first cardboard and stronger than paperboard. In 1874, G. Smyth built the first single sided corrugated board machine. Also in 1874, Oliver Long improved upon the Jones patent and invented a lined corrugated material and this was modern cardboard as we know it today - which led to the invention of the corrugated paper products.
Corrugated Cardboard Box
American, Robert Gair promptly invented the corrugated cardboard box in 1890. These were pre-cut flat pieces manufactured in bulk that opened up and folded into boxes. Gair made his first plain paper folding box in 1870.
Containerboard or Corrugated Containers
The first use of corrugated paper for packaging came in 1871, when an American, Albert Jones, introduced an idea of wrapping bottles and glass chimneys in it. However, it was the addition of a liner to one and then to the other side of corrugated paper that signaled the birth of cardboard as we know it.
Single Service Disposable Or foodservice disposables were first made at the beginning of the 20th century. The paper plate was the first single-use foodservice product invented in 1904.
Dixie Cups
Hugh Moore was an inventor who owned a paper cup factory, located next door to the Dixie Doll Company. The word Dixie was printed on the doll company's front door. Moore saw the word everyday, which reminded him of "dixies," the ten dollar bank notes from a New Orleans'bank that had the French word "dix'printed on the face of the bill. The bank had a great reputation in the early 1800s. Moore decided that "dixies" was a great name. After getting permission from his neighbor to use the name, he renamed his paper cups "Dixie Cups". It should be mentioned that Moore's paper cups first invented in 1908 were originally called health cups and replaced the single repeat-use metal cup that had been used with water fountains.
Wallpaper
The Chinese glued rice papers onto their walls as early as 200 BC - but this was not wallpaper as we know it today. Paper as a wall covering was first used by the working classes in Britain and in Europe as a substitute for costly materials. Frenchmen, Christophe-Philippe Oberkampf invented the first machine for printing wallpaper in 1785. Frenchmen, Louis Robert invented a way to make an endless roll of wallpaper around the same time. The earliest wallpapers in England and France were hand painted or stenciled.
Right Photo: The distribution rights for this wallpaper design by Joseph Rame was obtained by the Philadelphia firm of Messrs. Virchaux & Co. Philadelphia had become the center of wallpaper production in the United States by the end of the eighteenth century, although French influence continued to dominate the design of domestic papers. Subjects ranged from commemorative and panoramic scenes to designs drawn from architecture and nature, like the garland adorning these two tromp loeil columns. History of Paper MachinePeople have taken the trouble to conserve and recycle paper ever since it was invented in China.WallpaperThe Chinese glued rice papers onto their walls as early as 200 BC - but this was not wallpaper as we know it today. Paper as a wall covering was first used by the working classes in Britain and in Europe as a substitute for costly materials. Frenchmen, Christophe-Philippe Oberkampf invented the first machine for printing wallpaper in 1785. Frenchmen, Louis Robert invented a way to make an endless roll of wallpaper around the same time. The earliest wallpapers in England and France were hand painted or stenciled. Right Photo: The distribution rights for this wallpaper design by Joseph Rame was obtained by the Philadelphia firm of Messrs. Virchaux & Co. Philadelphia had become the center of wallpaper production in the United States by the end of the eighteenth century, although French influence continued to dominate the design of domestic papers. Subjects ranged from commemorative and panoramic scenes to designs drawn from architecture and nature, like the garland adorning these two tromp loeil columns.
History of Paper Machine
People have taken the trouble to conserve and recycle paper ever since it was invented in China.
http://www.pop-cardboard-display.com/html_info/Contact-Us.html
General Papermaking History
Paper Online
Starting with the year 3000 BC, this is a timeline of paper invention.
American Museum of Papermaking
The RobertC.WilliamsAmericanMuseum is a renowned resource on the history of paper and paper technology. Virtual Tour Contents Forerunners to Paper
- The Invention of Paper
- The Spread of Papermaking in Europe
- The Papermaker - Dard Hunter
- Papermaking Moves to the United States
- The Advent of the Paper Machine
-Watermarks
-The Modern Paper Mill-Paper in Our Lives - Recycling in the Paper Industry.
A Short History of Paper and Cardboard
You must click on the history button in the left hand navigation bar. Love the paper surfer.
American's First Papermil
lThe Rittenhouse Mill - Alex Buntin established the first commercial mechanical pulp mill in North America at Valleyfield, Quebec, in 1866. Also see mills
Newsprint
Charles Fenerty of Halifax made the first paper from wood pulp (newsprint) in 1838. Charles Fenerty was helping a local paper mill maintain an adequate supply of rags to make paper, when he succeeded in making paper from wood pulp. He neglected to patent his invention and others did patent papermaking processes based on wood fiber.
Cardboard and Packaging
Grocery Paper Bags
The first recorded historical reference to grocery paper bags was made in 1630.
The History of Paper Sacks
The use of sacks only really started to take off during the Industrial Revolution: between 1700 and 1800.
Grocery Bags
Margaret (Mattie) Knight (1838-1914) - Knight was an employee in a paper bag factory when she invented a new machine part to make square bottoms for paper bags. Paper bags had been more like envelopes before. Knight can be considered the mother of the grocery bag, she founded the Eastern Paper Bag Company in 1870.
Paper Bags
On February 20, 1872, Luther Crowell also patented a machine that manufactured paper bags.
A History of Packaging
The first commercial cardboard box was produced in England in 1817, more than two hundred years after the Chinese invented cardboard. Corrugated paper appeared in the 1850s; about 1900, shipping cartons of faced corrugated paperboard began to replace self-made wooden crates and boxes used for trade.
A History of Packaging
The cardboard box emerged at the end of the 19th century, a simple yet revolutionary invention. An American, Robert Gair, had the bright idea of manufacturing in bulk a pre-cut cardboard panel which, once folded, would form a box.
Corrugated Paper Products
In 1856, Englishmen, Healey and Allen, received a patent for the first corrugated or pleated paper. The paper was used to line tall mens hats. However, this was not the corrugated cardboard we know today. On December 20, 1871, Albert Jones of New YorkNY, patented a stronger corrugated paper (cardboard) used as a shipping material. This was the first cardboard and stronger than paperboard. In 1874, G. Smyth built the first single sided corrugated board machine. Also in 1874, Oliver Long improved upon the Jones patent and invented a lined corrugated material and this was modern cardboard as we know it today - which led to the invention of the corrugated paper products.
Corrugated Cardboard Box
American, Robert Gair promptly invented the corrugated cardboard box in 1890. These were pre-cut flat pieces manufactured in bulk that opened up and folded into boxes. Gair made his first plain paper folding box in 1870.
Containerboard or Corrugated Containers
The first use of corrugated paper for packaging came in 1871, when an American, Albert Jones, introduced an idea of wrapping bottles and glass chimneys in it. However, it was the addition of a liner to one and then to the other side of corrugated paper that signaled the birth of cardboard as we know it.
Single Service Disposable Or foodservice disposables were first made at the beginning of the 20th century. The paper plate was the first single-use foodservice product invented in 1904.
Dixie Cups
Hugh Moore was an inventor who owned a paper cup factory, located next door to the Dixie Doll Company. The word Dixie was printed on the doll company's front door. Moore saw the word everyday, which reminded him of "dixies," the ten dollar bank notes from a New Orleans'bank that had the French word "dix'printed on the face of the bill. The bank had a great reputation in the early 1800s. Moore decided that "dixies" was a great name. After getting permission from his neighbor to use the name, he renamed his paper cups "Dixie Cups". It should be mentioned that Moore's paper cups first invented in 1908 were originally called health cups and replaced the single repeat-use metal cup that had been used with water fountains.
Wallpaper
The Chinese glued rice papers onto their walls as early as 200 BC - but this was not wallpaper as we know it today. Paper as a wall covering was first used by the working classes in Britain and in Europe as a substitute for costly materials. Frenchmen, Christophe-Philippe Oberkampf invented the first machine for printing wallpaper in 1785. Frenchmen, Louis Robert invented a way to make an endless roll of wallpaper around the same time. The earliest wallpapers in England and France were hand painted or stenciled.
Right Photo: The distribution rights for this wallpaper design by Joseph Rame was obtained by the Philadelphia firm of Messrs. Virchaux & Co. Philadelphia had become the center of wallpaper production in the United States by the end of the eighteenth century, although French influence continued to dominate the design of domestic papers. Subjects ranged from commemorative and panoramic scenes to designs drawn from architecture and nature, like the garland adorning these two tromp loeil columns. History of Paper MachinePeople have taken the trouble to conserve and recycle paper ever since it was invented in China.WallpaperThe Chinese glued rice papers onto their walls as early as 200 BC - but this was not wallpaper as we know it today. Paper as a wall covering was first used by the working classes in Britain and in Europe as a substitute for costly materials. Frenchmen, Christophe-Philippe Oberkampf invented the first machine for printing wallpaper in 1785. Frenchmen, Louis Robert invented a way to make an endless roll of wallpaper around the same time. The earliest wallpapers in England and France were hand painted or stenciled. Right Photo: The distribution rights for this wallpaper design by Joseph Rame was obtained by the Philadelphia firm of Messrs. Virchaux & Co. Philadelphia had become the center of wallpaper production in the United States by the end of the eighteenth century, although French influence continued to dominate the design of domestic papers. Subjects ranged from commemorative and panoramic scenes to designs drawn from architecture and nature, like the garland adorning these two tromp loeil columns.
History of Paper Machine
People have taken the trouble to conserve and recycle paper ever since it was invented in China.
http://www.pop-cardboard-display.com/html_info/Contact-Us.html
2013年6月15日星期六
如何將瓦楞紙闆分層做測試?
處理瓦楞紙闆測試用樣品,以使其單個的組成原紙互相分開,對這些組成紙頁進行乾燥和處理,隨後按炤ISO536測定他們的定量。
試驗方法
1.組成原紙的分離:將試樣浸入水中保持足夠長的時間,以使組成紙頁自然分開。在分離這些紙頁時必鬚註意是否有纖維從任一錶麵脫落而粘到相鄰的一麵上去,為了加速分離過程或者當分離或多或少帶有抗水性粘郃劑的瓦楞紙闆時,可使用熱水。
2.粘郃劑的清除:在紙張錶麵顯齣來的未被吸收的粘郃劑可以在濕潤後輕輕的從紙麵颳去。
3.分離後紙頁的乾燥和處理:在不超過105℃下乾燥單層紙頁,之後在標準環境23℃,RH50%的條件下進行溫濕度平衡處理。
4.平整瓦楞芯:在清理和處理後平整好瓦楞芯,再用專用刀具切割成100c㎡的麵積。
5.定量的測定:按定量測定的方法測量瓦楞紙闆各組成紙頁的定量,稱量必鬚在標準的環境下進行。
來自http://www.pdq8.com/c_html_news/zhiban-7.html
試驗方法
1.組成原紙的分離:將試樣浸入水中保持足夠長的時間,以使組成紙頁自然分開。在分離這些紙頁時必鬚註意是否有纖維從任一錶麵脫落而粘到相鄰的一麵上去,為了加速分離過程或者當分離或多或少帶有抗水性粘郃劑的瓦楞紙闆時,可使用熱水。
2.粘郃劑的清除:在紙張錶麵顯齣來的未被吸收的粘郃劑可以在濕潤後輕輕的從紙麵颳去。
3.分離後紙頁的乾燥和處理:在不超過105℃下乾燥單層紙頁,之後在標準環境23℃,RH50%的條件下進行溫濕度平衡處理。
4.平整瓦楞芯:在清理和處理後平整好瓦楞芯,再用專用刀具切割成100c㎡的麵積。
5.定量的測定:按定量測定的方法測量瓦楞紙闆各組成紙頁的定量,稱量必鬚在標準的環境下進行。
來自http://www.pdq8.com/c_html_news/zhiban-7.html
控製好瓦楞紙闆的質量要掌握的方法
對瓦楞紙闆的質量控製,主要是要控製好橫嚮環壓指數、水分、施膠度和緊度指標,這幾個技術指標直接關係到瓦楞紙闆的成型強度。用橫嚮環壓指數高的瓦楞紙闆加工成型齣來的紙箱,其抗壓強度性能相應也高,這一點為生產工藝實踐所充分證明。而瓦楞紙的水分若過低,成型的瓦楞紙闆則比較脆,瓦楞容易受損;瓦楞紙水分若過高時,成型的瓦楞容易彎麴,並且硬度也差。
另外,紙闆廠瓦楞紙的緊度和施膠度也是關係到紙箱成型強度不可忽略的技術指標,瓦楞紙的緊度值高,原紙的纖維密度也就高,其機械強度也就好。施膠度好的瓦楞紙在粘郃成型時,吸收粘郃劑和水分就小,成型的瓦楞紙闆硬度就好。雖然國傢瓦楞紙標準沒有施膠度的检測項目,但是,根據生產工藝實踐,筆者認為,企业增加瓦楞紙施膠度检測控製項目,是十分必要的。
來自http://www.pdq8.com/c_html_news/zhizhang-8.html
另外,紙闆廠瓦楞紙的緊度和施膠度也是關係到紙箱成型強度不可忽略的技術指標,瓦楞紙的緊度值高,原紙的纖維密度也就高,其機械強度也就好。施膠度好的瓦楞紙在粘郃成型時,吸收粘郃劑和水分就小,成型的瓦楞紙闆硬度就好。雖然國傢瓦楞紙標準沒有施膠度的检測項目,但是,根據生產工藝實踐,筆者認為,企业增加瓦楞紙施膠度检測控製項目,是十分必要的。
來自http://www.pdq8.com/c_html_news/zhizhang-8.html
2013年6月11日星期二
How to find The Right Cardboard Boxes For Your Business
If you are a china business owner then you need to be utilizing the customized cardboard box. That’s right there are actually custom boxes that are made to suit your specific demands. It's worth searching out a good supplier to deal with your requirements. Buying custom boxes from a supplier allows you to select from a range of designs and styles and add your particular size and colour needs. A cardboard box makes a great storage container for storage rooms and warehouses because they can be stacked on top of each other without worry of crumpling. You can order custom boxes that include the name of your organization printed on them, which is a great way of getting noticed. Something that promotes your merchandise is worth investing in.
Companies need to do more than just make a good product to be successful these days, how you package your items shows a lot about you and your organization. One of the most important aspects of a product is the presentation. Even if you decide not to use colour boxes you can always use white cardboard boxes when appearance is important but you want to keep an image of professionalism for your business. They also help make your company logos more noticeable from a distance. White boxes are great because you can easily locate them and they simply look cleaner. Some boxes will have their own independent lids and are good to use if you plan to store a lot and for long periods of time. Many storage and packaging boxes have side holes making them easier to carry. The great thing about a quality packaging boxes is how safe they keep your product. When items get broken in the package you not only lose money taking the return, you may also be losing a valuable customer. When people buy from your company and they have to return the product thanks to bad packaging that customer may never return. When you use good quality cardboard boxes you're giving yourself peace of mind.
Once you have decided the type and the amount you need, you only have one decision left to make, where you’re going to get them from. There are so many available options to you and there is plethora of box websites all wanting your business. Prices will vary and will depend on the number you plan to buy, the sizes, and the vendor you choose to buy from. You will be surprised at the benefits that custom boxes will bring. Good luck with the box hunt and remember to shop around so you can find the best deal and so you end up with the perfect boxes for your business needs.
Diverse Corrugated Cardboard Displays Types
Corrugated display stands are famous because of their strength, while staying a easily portable kind of display, that is reasonably inexpensive to create, while flexible enough to be sliced and glued in virtually any sort of size and shape. In addition corrugated displays are ecological friendly and hence the item of preference with regards to displays.
Corrugated displays come in several sorts, sizes and shapes; but are usually divided into 2 standard types: floor corrugated displays and cardboard counter displays
As the titles point floor displays are standalone promotional or article showcases which are set at crucial positions in trade exhibits, shops or other promotional events, whereas counter displays are utilized to place on the counter of a shop.
Inside those two basic kinds of cardboard display stands we are able to divide the following display styles:
Bin corrugated display stands
Bin corrugated display stands are like box units where the box portion of the display is used to store and exhibit the goods. This type of corrugated cardboard display is usually utilized to exhibit particular discounted products, supposed to sell quickly. Bin corrugated cardboard displays are normally floor models because of the size of its bin itself. This type of display is commonly placed near the counter which often is viewed to be a key position to improve sales from impulse shoppers, interested in a bargain.
Shelf corrugated displays
This kind of cardboard display stand functions as the fundamental shelve display at the shops. It is normally used to emphasize exclusive offers or to enhance a new item in addition to other promotional material like posters. Shelf corrugated cardboard displays normally can be obtained as floor models, then again small varieties for use on a counter is also an acknowledged form of using shelf corrugated display stands. On a counter they function to induce impulse buyers to buy a discounted offer
Cell corrugated cardboard displays
Corrugated cell displays are employed as floor models along with counter models. Such type of corrugated cardboard display includes many tiered cells designed to showcase a single item per “cell”. Typical examples of cell corrugated displays are DVD displays, CD displays and Book displays. Cell displays are a popular display form for displaying new items.
Pocket corrugated cardboard displays
Pocket corrugated cardboard displays are very identical to cell corrugated display stands, but where the target of cell displays lies on highlighting specific products, pocket displays are more tightly focused on presenting a full assortment. Where for example a cell corrugated display stand will highlight the newest DVD titles in the shop, a Pocket cardboard display will present the complete DVD collection of a particular company, genre or series. Similar to the cell corrugated cardboard display Pocket cardboard displays are available in both varieties; floor models and counter models. Because of the many similarities between Pocket corrugated displays and cell corrugated displays both of them are usually mixed up sometimes even by the producers.
Side Wing corrugated displays
As the title suggests, this type of corrugated cardboard display climbs up diagonally unlike other types of corrugated displays that happen to be horizontal or vertical based. Side Wing corrugated display stands come in all varieties, and as floor and counter models. Thus there are Side Wing pocket corrugated cardboard displays, Side Wing cell corrugated display stands, Side Wing multi-tier cardboard displays in all sizes and types. Side Wing corrugated displays are one of the most popular varieties of displays utilized at the outlets. All types of corrugated cardboard displays as stated here include the advantage that they may be made in practically any shape, be imprinted on, and might be designed in almost any size.
Many companies offer corrugated counter displays that are pre-manufactured but also provide their clients with the choice of custom designed corrugated displays, while a few manufacturers even allow their purchasers send their own designs, and if they are practical, will create them.
With such a versatility at very cheap rate, in addition to an environmentally sound product, it actually is no surprise that corrugated display stands are increasing in popularity every single day, and that the demand for them is growing, especially in countries like China. Since it’s development through the nineties, corrugated displays have continued to go up in reputation, and is predicted to go on to do so in a long time.
Advantages Of POP Cardboard Display
Corrugated cardboard is normally the material of choice for making displays to be used for practically any event or inside shops. Because corrugated display stands are fexible, strong, can be cut and glued in almost any shape or size they are most suitable for all intents and purposes regarding building displays to be utilized at special occasions, trade exhibitions and of course within shops.In stores they might be employed in the shape of cardboard display boxes, cardboard pop up displays or even a blend of the two. You can also get corrugated counter displays and standalone displays, all designed from corrugated cardboard.
At tradeshows we normally find cardboard displays being used as pop up displays, and all those pop up displays we find yet again in the entrance of shops as a way to catch customer attention in to get the hottest CD of their preferred artist, or reap some benefits of that one exceptional offer that they noticed on the showcase.
corrugated display stands are much less costly to manufacture than for instance displays constructed from metal, plastics or wood, which are all elements that are a great deal tougher to shape and higher priced to obtain. Therefore most exhibits employed at shows, stores and some other events are created from corrugated cardboard. The exact same is true of tradeshows and other exclusive occasions, because displays produced from the other elements talked about occupy a lot more area, are heavier to move around, and consequently much harder to transport and set up. Simply speaking; compared to other elements for creating displays corrugated displays are a lot more economical.
corrugated display stands are light, easy to move, and therefore best to setup inside stores or at trade exhibits , because they are equally hassle-free to transport and bring along, due to the fact that cardboard displays consume considerably less space than displays constructed from other products.
Using showcases made out of corrugated cardboard helps make organising the displays at important positions that will certainly attract shopper interest a rather easy task, and due to the fact that the corrugated displays might be imprinted on, the result is normally nothing small but impressive.
In this era using cardboard displays is additionally the responsible matter to do, when managing an oulet, tradeexhibition or event, due to the fact corrugated cardboard is so labeled environmentally friendly, as it yields little to zero waste and will completely dissolve when disposed.
Overall, cardboard counter displays are the most low-cost yet most versatile displays for any shop, event or tradeshow. They are cost effective, can be shaped to resemble practically anything, are simple to setup and transport. While sturdy enough to withstand and be used repeatedly again. Because of the fact that they are light, they are easy to transport, once setup, so altering a showcase stand becomes an easy thing to do. Add to this the actuality that they are environmentally friendly and it is risk-free to state that where displays are involved corrugated cardboard displays are leading the market.
http://www.pop-cardboard-display.com/e_news_show/?id=5
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