| Perfect Binding  Perfect binding is one of the most commonly used binding 
  methods. It is used for many types of publications including magazines, catalogs, paperback 
  books, and telephone directories. Pages for a perfect bound publication are 
  gathered, stacked, and placed in special equipment where the binding edge is covered 
  with glue. A cover is then attached to the book to complete the process. Perfect binding 
  is most successful when the paper grain runs parallel with the spine of the 
  book. Magazines and books may have the title and other information printed on 
  the flat spine of the cover. Perfect binding is one of the most automated of the binding 
  methods, which makes it inexpensive and is a major reason for its popularity. 
  It can be divided into three main categories: hot adhesive, cold adhesive, and 
  thermal binding. 
  Hot Adhesive Perfect Binding Hot glue is the most widely used of the perfect binding adhesives. Books 
    are usually 1/4" up to 2 1/4" thick depending on the thickness of the substrate. 
    A major disadvantage with hot adhesive is that the book cannot lie flat when 
    it is open. The binding will break if too much pressure is applied in attempting to make the book lie flat when it is open. Cold Adhesive Perfect Binding Cold glue is not used as often as hot glue because it is more expensive and 
    requires more time to cure than hot glue, but it is stronger and more flexible. When 
    the cold adhesive is used in conjunction with a scored and hinged cover, the 
    book is able to lie flat when it is open without cracking the binding. Books with 
    perfect bindings made with cold adhesive range in thickness from 1/8" to 2 1/4". Thermal Binding Thermal binding is similar to the hot adhesive method of perfect binding 
    in that adhesive and heat are used to form the binding, but instead of hot 
    glue, an adhesive strip is used. Pages are fed into a machine where an adhesive 
    strip attached to a wrap around cover is applied to the binding edge of the 
    pages. Heat is applied so that the adhesive strip and cover are adhered to 
    the pages. 
  
 
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