SS 304 304N 316 316L Stainless Steel Screen Printing Mesh For Printing Industry

1. Stainless Steel Screen Printing Mesh Description

Stainless steel printing mesh is a special type of wire mesh used in the printing industry, using plain weave or twill weave. As a consumable, it is widely used in the field of screen printing. Corresponding stainless steel screen printing technology, in short, is to tighten the woven wire mesh on the frame, using the manual engraving or photochemical plate making method to make the screen, leaving only the essay on the screen. The mesh that can pass through the ink, not the scorpion, is completely blocked, and the ink is not permeable.

The use of carefully selected special alloy materials and the use of state-of-the-art weaving technology make the stainless steel printing mesh structure extremely compact while ensuring that the mesh thickness is within the permissible tolerance range, high tension values and good screen weaving.

2. Stainless Steel Screen Printing Mesh Features

Material: Japan imported high-quality stainless steel wire
Weaving: plain weave
High tension: high tension, higher tension than polyester mesh and high stability
Ultra-high precision: the wire diameter opening is fairly uniform and the error rate is extremely small
Very low elongation: under high tension, the screen stretches to a small extent
High yield point: under extremely high tension, the screen will not lose its elasticity due to deformation.
Highly wear-resistant: excellent wear resistance of steel wire, far exceeding fiber
No static electricity: prevent static electricity from affecting printing and ensure the printing effect
Good heat resistance and melting: suitable for hot melt inks, it is a special advantage of steel mesh
Good solvent resistance: prevent various solvents from damaging the screen and ensure printing safety

3. Stainless Steel Screen Printing Mesh Specification

4. Stainless Steel Screen Printing Mesh Application

The stainless steel screen printing mesh is used for direct plate making, and the surface is a curved substrate, such as glass, ceramic, metal, plastic, rubber, printed circuit, and the like. It is especially suitable for use in harsh environments, multi-color overprinting, batch printing, tone printing, and precision printing. Widely used in printing solar cells, chip components, flat panel displays, liquid crystal displays, glass, circuit boards, high-end wine bottles, cigarette cases, electronic displays.