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Pleiger Plastics
Pleiger Plei-Tech compounds are custom formulated to achieve high solvent resistance and excellent abrasion resistance. This combination results in a squeegee blade that will better maintain its durometer when subjected to aggressive inks and solvents, show minimal swelling during the print run, and retain its sharp edge longer. This will allow for continued quality during the screen print run, thereby increasing productivity. Pleiger Plei-Tech squeegee blades are available in a multitude of...
Availability: Non-Inventory
Pleiger Plastics
Pleiger Plei-Tech compounds are custom formulated to achieve high solvent resistance and excellent abrasion resistance. This combination results in a squeegee blade that will better maintain its durometer when subjected to aggressive inks and solvents, show minimal swelling during the print run, and retain its sharp edge longer. This will allow for continued quality during the screen print run, thereby increasing productivity. Pleiger Plei-Tech squeegee blades are available in a multitude of...
Availability: Non-Inventory
Fimor
Fimor Serilor screen printing squeegee blades are manufactured with a centrifugation process to avoid bubbles and craters in the material and to bring optimal homogeneity to the compound, even at the core of the material and after grinding.
Availability: Non-Inventory
Fimor
Fimor Serilor screen printing squeegee blades are manufactured with a centrifugation process to avoid bubbles and craters in the material and to bring optimal homogeneity to the compound, even at the core of the material and after grinding.
Availability: Non-Inventory
Fimor
Fimor Serilor screen printing squeegee blades are manufactured with a centrifugation process to avoid bubbles and craters in the material and to bring optimal homogeneity to the compound, even at the core of the material and after grinding.
Availability: Non-Inventory
Saati
Availability: Non-Inventory
Pleiger Plastics
Pleiger Plei-Tech compounds are custom formulated to achieve high solvent resistance and excellent abrasion resistance. This combination results in a squeegee blade that will better maintain its durometer when subjected to aggressive inks and solvents, show minimal swelling during the print run, and retain its sharp edge longer. This will allow for continued quality during the screen print run, thereby increasing productivity. Pleiger Plei-Tech squeegee blades are available in a multitude of...
Availability: Non-Inventory
Saati
Availability: Non-Inventory
Pleiger Plastics
Pleiger Plei-Tech compounds are custom formulated to achieve high solvent resistance and excellent abrasion resistance. This combination results in a squeegee blade that will better maintain its durometer when subjected to aggressive inks and solvents, show minimal swelling during the print run, and retain its sharp edge longer. This will allow for continued quality during the screen print run, thereby increasing productivity. Pleiger Plei-Tech squeegee blades are available in a multitude of...
Availability: Non-Inventory
Pleiger Plastics
Pleiger Plei-Tech compounds are custom formulated to achieve high solvent resistance and excellent abrasion resistance. This combination results in a squeegee blade that will better maintain its durometer when subjected to aggressive inks and solvents, show minimal swelling during the print run, and retain its sharp edge longer. This will allow for continued quality during the screen print run, thereby increasing productivity. Pleiger Plei-Tech squeegee blades are available in a multitude of...
Availability: Non-Inventory
Fimor
Fimor Serilor screen printing squeegee blades are manufactured with a centrifugation process to avoid bubbles and craters in the material and to bring optimal homogeneity to the compound, even at the core of the material and after grinding.
Availability: Non-Inventory
Fimor
Fimor Serilor screen printing squeegee blades are manufactured with a centrifugation process to avoid bubbles and craters in the material and to bring optimal homogeneity to the compound, even at the core of the material and after grinding.