Applications Of Screen Printing
Screen printing is a popular method of applying images to substrates, or materials that are printed on. Although textile applications like t-shirts are the most common, screen printing can also be utilized on circuit boards, wood, glass, metal, ceramic and so much more.
The textile industry probably makes the largest use of the screen printing technique. Screen printing is used to print on fabrics ranging from cotton and organza to silk and polyester. These fabrics are then manufactured into finished products. The finished products include shirts, skirts, dresses, children's clothing and any kind of clothing made from printed the fabric. A lot of designers set up their own screen printing units since they are very affordable.
The designer then creates his or her own design and screen prints it in limited quantities for sale with his or her brand label. Screen printing is also used for textile applications on upholstery, linen, curtains, drapes, cushion covers, bed sheets, bed covers and other household and lifestyle requirements too.
Another industry that makes extensive use textile applications of screen printing is the marketing and advertising industry. Flyers, posters, hand outs, advertisements and other point of sale or graphics products are all screen printed. The advertising industry uses screen printing primarily because it generally requires limited edition printing. The costs of printing small quantities digitally or electronically can be very high. Hence why screen printing is now used the most due to the fact that it is very economical.
The sports industry also uses screen printing to print souvenirs and collectible items. T-shirts printed with the logos of popular teams, souvenirs like caps, sweatshirts, mouse pads, keychains, baseball bats and a host of other items are all screen printed. Thus, screen printing has in numerous applications. Everywhere you look you will find examples of screen printing. Some are overt and others will be disguised.
Metal is usually employed as it does not suffer the disadvantages of warping when immersed in water during the processing of the photostencil.
Plastic could be used but must be of a type which will not be affected by the various types of solvent used for inks and screen cleaning
For applications demanding precision, metal is always used.