SCREEN PRINTING MESH / SEFAR
Print solutions from Sefar can be found in an infinite number of objects that are printed and produced, touching our lives every day: cars, glass, smartphones, electronics, billboards, textiles, packaging, ceramics and tiles, solar cells and many more. Sefar is the world market leader in screen printing mesh products. It supplies many different printing and manufacturing industries with advanced mesh products and system solutions.
 
SEFAR PET 1500 SEFAR PME
The most comprehensive range of screen printing mesh for an efficient and reproducible stencil production. It meets all the requirements for detail reproduction, homogeneity of face printing, print run consistency and registration accuracy in multi-colour printing. The special SEFAR PET 1500 surface treatment aims to improve adhesion, good wettability and good antistatic properties. These features allow a high quality and efficient processing of all commercially available screen printing systems. 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.
Unsurpassed UV-light undercutting protection of yellow mesh
Adhesion and preparation optimized mesh surface
Reproducible mesh relaxation
Good ink and paste release behaviour
Good antistatic behaviour thanks to Sefar antistatic treatment
Wide standard range with high availability
High modulus polyester yarn with increased tensile strength
Balanced and low mesh elongation
Minimal loss of tension
Adhesion optimized surface treatment
Resolution optimized mesh colour
Uncompromised paste and ink release
Good antistatic properties
Knot and fault indication