Sefar Inc.
SEFAR PME
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The best performing screen printing mesh SEFAR PME has been specially developed and engineered by Sefar for the needs of high-end industrial screen printing.
SEFAR PME is the best performing range of screen printing mesh for printers who need to expand the capabilities of their screen printing process. The mesh is made from an innovative, high modulus, high tensile strength yarn developed and manufactured by Sefar. This screen printing mesh solution offers stencil makers and printers maximum precision in extremely tight tolerances.
SEFAR PME enables the efficient and reliable production of stencils that allow for printing of the most demanding, high volume products – meeting the highest quality demands.
High modulus polyester yarn with increased tensile strength
Balanced and low mesh elongation
Minimal loss of tension
Adhesion optimized surface treatment
Resolution optimized mesh color
Uncompromised paste and ink release
Good antistatic properties
Knot and fault indication
Screen/stencil maker benefit
Higher peak tension achievable
Risk reduction of mesh tearing
Rapid achievement of stable tension
Stable mesh geometry during stretching
Standardized stretching process
Reduced relaxation time
Increased productivity
Homogeneous emulsion application
Easy, safe capillary film transfer
High resolution with finest detail adhesion
Accurate transfer of the printing motif
UV spectrum matched absorption range
Adhesive passes easily through the mesh
Homogenous adhesive application
Reduced susceptibility of dust
Reduction of retouching
Optimization of mesh utilization
Cost reduction
Printer benefit
Improved dimensional accuracy
Risk reduction of stencils tearing on press
Lowest image distortion
Dimensionally stable artwork reproduction
Risk reduction of moiré
Increased printing speed
Screen reutilization increases
Outstanding stencil adhesion expands printable range of fine details
Increased stencil life time
Accurate image transfer during printing
Faithful and less-loss image reproduction
Maintanance of narrowest ink deposit tolerances
Reduced risk of pinholes
Error-free printing
Reduced downtime of the printing press
Waste and cost reduction