The squeegee: an essential part of any manual printer’s arsenal. Whether you’re pushing or pulling a squeegee, it’s a vital part of the printing process.
The compounds in these squeegee blades are custom formulated to achieve high solvent resistance and excellent abrasion resistance during the print. This combination results in a squeegee blade that will maintain its stiffness and flexibility (also known as its durometer) when subjected to aggressive inks and solvents. The blade will show minimal swelling during the print run and retain its sharp edge longer, allowing for continued quality during long screen print runs, thereby increasing productivity.
Durometer is the measurement of the “hardness” of the squeegee blade. The durometer directly affects how much a single print stroke will deposit ink on the garment. Here’s a quick guide on the purpose of each durometer:
60 durometer is one of the softest blades and allows for a thicker ink deposit through lower mesh counts. It's ideal for special effects like puff, high density, glitters, and shimmers.
70 durometer is by most popular and versatile in the garment industry. It's a general-purpose blade for just about everything.
80 durometer is stiff and will shear the ink layer quickly, leaving a minimal ink deposit. This durometer is best for designs going through higher mesh counts with lots of fine details and halftones where a think ink deposit is needed for design clarity.
70/90/70 triple durometer has the benefits of the 70 durometer blade edge, which creates a good deposit of ink. With the 90 durometer as the spine, you'll experience more significant pressure applied during printing with minimal squeegee blade deflection. The triple durometer allows more ink to be laid down than an 80 durometer blade. This is a popular choice for many screen printers, as it has the flexibility of a 70 durometer squeegee with the shearing capacity of a higher durometer blade.
When printing long runs, monitor production time and rotate squeegees frequently. By doing so, you will achieve a more uniform print quality and increase the lifespan of the squeegees.
A squeegee should be cleaned and dried once it’s no longer in production. Store squeegees in a dry environment at room temperature. The blade should be allowed to recover from the ink and solvent, resting for a period of 24 hours. It can then be placed back into production, or if necessary, re-sharpened with a sharpening tool and put back into production.
Polyurethane squeegees should always be stored flat in a dry (50% relative humidity) environment at room temperature — approximately 60-70°F. Storing squeegees in a dedicated space, such as a storage rack, will keep your shop organized and create optimally space-saving squeegee storage.
Storage at temperatures below 60°F may become stiffer since the blade will be cold. This has no influence on the polyurethane's physical properties or performance. Under these storage conditions, the shelf life of the squeegee is approximately one year. Older squeegees often show decreased printing performance. As the rubber of the squeegee blade ages, it may split or begin to show nicks in the material. The blade may also become more rigid or more flexible than desired for that durometer.
Pro Tip: Avoid storing squeegees blade-first. This can cause the blade to bend or deform, decreasing the performance of the squeegee and causing print consistency issues.
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