book printing china Quick Quote Now

         Q & A

Knowledge

Home                   Printing Products                    Our Factory                   Our Support                   Contact                      Industry News

     ADs SinoGuide Technology

Product List
Conventional Books
Hardcover Book Printing
Softcover Book Printing
Wire-O and Spiral Book
Comb and Ring Binder
Board Book Printing
Pop-Up Book Printing
Bibles
Leather Cover Bible
PVC/PU Cover Bible
Hardcover Bible
Softcover Bible
Commercial Printing
Directory Printing
Catalog Printing
Journal Printing
Notebook Printing
Calendar Printing
Folder Printing
Packaging Products
Novelty Product
Rigid Board Box
Folding Box
New Updated Posts
How to save book printing cost
Software download
We promise
China book printing company
Hardcover photo book printing
Our paper & ink option
Softbound and harbound book binding
photo book printing
comic book printing
catalog printing services
Promotion Printing Items
Semi-concealed Wire-O Hardcover Book
Semi-concealed Wire-O Hardcover Book
Bible Printing
Bible Printing
Hardcover Children Book
Hardcover Children Book
Categories: Book printing >> Support Center
Roles of Plastic in Packaging Printing Industry (1)
Origin:Image Printing  Data: 2/22/2011  Keywords: Packaging Printing Plastic,packaging printing industry

In modern packaging printing industry, plastic is popular in many fields such as lamination or packaging materials to protect or demonstrate the goods. Here we would like to introduce the roles of packaging printing plastic industry in two parts.         

Plastic describes the ability of a material to be molded or formed. Historically this referred to natural materials such as was, clay, tar, rosin and asphalt. With advances in chemistry, the term plastic began to describe modified natural resins and finally a large group of synthetic materials that could be formed into useful shapes. The words plastic and polymer are used interchangeably, but plastic tends to be used to describe finished parts, polymer tends to describe the raw materials and is used by scientific community. Now plastic is used instead of polymer to indicate a specific category of high molecular weight materials which can he shaped using a combination of heat, pressure, and time. All plastics are polymers, but not all polymers are plastics. We will discuss those plastics and plastics structures that are useful as packaging materials. The concrete time of many different plastics began to be used and each plastic type has a unique structure and proper chemical name. However, chemical names can be lengthy and common industry usage is a mixture of trade names, common names and abbreviations. Spellings and abbreviations developed randomly, and today the same polymer may be spelled and abbreviated in a number different ways.        

Packaging printing started with natural materials such as leaves. From there, it progressed to fabricated materials such as woven containers and pottery. Glass and wood have been used in packaging for about 5000 years. In 1823, Durand in England patented the canister, the first tin-plate metal container. The double seamed three-piece can ways in use by 1900. Paper and paperboard became important packaging materials around 1900. As soon as plastic materials were discovered, they were tried as packaging materials, mainly to replace paper packaging. Use of cellophane, which is a polymer but not truly a plastic, predated much of the use of plastics.      

The use of plastics in packaging printing applications began, for the most part, after World War II, polyethylene had been produced in large quantities during the war years, and it became commercially available immediately after the war. It was soon found that it could be formed easily into various shapes useful for packaging printing. An early application was in bread bags, replacing waxed paper. Polyethylene coatings replaced was in heat-sealable paperboard. It was also combined with paper as a coating to replace waxed paper and cellophane. The driving force behind the expansion of polyethylene use was to obtain a re-sealable package as well as transparent materials that allowed the product to be visible. Polyethylene remains the leading packaging plastic because of its low raw material prices, versatile properties, and its ease of manufacture and fabrication.        

The growth of plastics packaging has accelerated rapidly since the 1970s, in large part because of one of the main features of plastics-low density, this low density made the use of plastics attractive because of the weight savings, which translates into energy savings for transportation of packaged goods. In addition, plastic packages are usually thinner than their counterparts in glass, metal, paper, or paperboard. Therefore, conversion to plastic packaging often permits economies of space as well as of weight. Saving in the amount of distribution packaging needed may also result; another important property is relatively low melting temperatures of plastics compared to glass and metals. Lower melting temperature mean less energy is required to produce and fabricate the materials and packages. While use of plastics in all applications has grown rapidly during this period, the growth in packaging has outpaced the growth in other sectors.   

Many of the early applications of plastics were in food packaging. The substitution of plastics films for paper in flexible packaging led to the development of many new combinations of materials, and to the use of several polymers together to gain the benefit of there various attributes. The development of flexible packaging for foods picked up speed in the later 1940s and 1950s as the prepared foods business begin to emerge. Milk cartons using polyethylene coated paperboard were introduced in the 1905s. Here the driving force was economics: glass is more expensive in a systems sense, breakage of glass on line requires extensive cleaning, and objects into an otherwise clean environment.    

In industrial packaging printing plastics were used early as a part of multiwall shipping sacks that replaced bulk shipments, drums, and burlap sacks. Again, polyethylene film was the predominant materials used. Cement in 110kg bags became a major application of polyethylene film in the industrial sector. The polyethylene liner protects the cement from moisture that would cause it to solidify. Another large use of plastics in industrial packaging is as cushioning to protect goods from vibration and impact during shipping. Polystyrene, polyurethane and polyethylene foams are all used as cushioning, competing against paper-based cushioning materials.

Packaging printing plastics are popular with book printing and packaging box printing jobs. It could be the materials for book cover, or main materials for packaging box. The printing method should be silk screening printing which is applied to packaging printing plastic materials. Regular surface decorative machenicals for packaging printing plastic materials can be demossing, foil stamping, flocking and so on.      

Packaging Printing Plastic for Packaging Box Printing Packaging Printing Plastic for Packaging Box Printing

Packaging Printing Plastic for Book Printing Cover Packaging Printing Plastic for Book Printing Cover

 
UP -- Roles of Plastic in Packaging Printing Industry (2)
Next -- Specifications Sample for A Softcover Book Printing Job
   Other Related
China book printing company 12/8/2011
The Career Introduce within Book Printing Company 4/30/2011
Online Contents Provided by Book Printing Company 4/30/2011
Used Books Market For Professional Book Printing Selling Company 4/30/2011
Children Book Printing Sales Review 4/30/2011
Book Club Rights within Book Printing Industry 4/25/2011
     
As a professional book printing factory in China, Image Printing Packaging Ltd focus on book printing and packaging printing mainly for oversea and domestic customers. We are located in Shenzhen city, the book printing and packaging printing industrial center of China and even worldwide. Please be kindly note we offer a wide range of professional customed printing service with aggressive prices
thermal pad