Chat with us, powered by LiveChat

Perfect Binding

Perfect Binding For Books & Magazines

There are a number of different processes involved with binding books and one of the most popular being perfect binding used primarily in softcover publications.

Perfect binding is a process in which multiple pages are glued together using a strong but flexible thermal glue with a cover folded around the spine and trimmed on three sides giving it a clean professional look.

The spine-side of the multiple pages are roughened to allow the adhesive to leak into the paper fibres for stronger adhesion.

Two Types Of Perfect Binding

perfect-bindingThere are two types of binding and these relate to the strength of the binding itself and the adhesive used.

Standard perfect binding uses an adhesive called EVA (ethylene vinyl acetate.) The second type of binding is PUR (polyurethane reactivate) binding that uses a stronger adhesive (up to 40% stronger in most tests); it dries faster and allows the book to lie flatter.  PUR binding also uses less adhesive and can adhere to many different substrates including, various inks, UV-cured coatings, aqueous coatings, coated papers and boards in a variety of weights and films as well as traditional uncoated papers. PUR binding is however more expensive (about 30% more in most cases) than standard perfect binding.

PUR binding is ideal for jobs such as a 96pp recipe cookbook where people tend to push down on the spine when the book is opened to keep open the page they require.

Although PUR binding is superior in most applications perfect binding does have its place with magazines and light weight uncoated papers for book binding.

It’s interesting to note that the binding process for PUR binding is exactly the same as perfect binding.  The only thing that changes is which adhesive is used (Standard EVA or PUR adhesive).

Choosing whether to use perfect binding or PUR binding should be based on which process is most suitable for your outcome such as budget, intended usage, substrates involved and thickness of the book.

book binding

Close Menu