Stainless Steel Screen Printing Mesh Home>products>Stainless Steel Screen Printing Mesh

* Specification
Reking Filtration is the name behind a comprehensive range of precision woven stainless steel meshes designed specifically for the screen printing industry. These precision products, many of which are produced on state of the art looms by skilled craftsmen, can meet even the most stringent demands of the electronics printing industry.

Precision of woven stainless steel meshes for printing on glass & ceramics are as follows:


Weave:Plain weave

stainless steel screen mesh stainless steel screen mesh manufacturers   Stainless steel screen printing Mesh

Width/Length:Widths held in stock include 1020mm (40"), 1220mm (48") und 1530mm (60")

Standard roll length:30.5m ( 100 ft )

Please enquire for widths up to 2500mm (100"), other lengths and sections.


High precision of the mesh openings

Uniform weave (no mesh striping)

Exceptionally high yield point

Very narrow thickness tolerances

Large open area

Firm mesh binding

Easy to use (flat lying, no curl)

No static charge


• Printed circuit boards

• Multilayers

• Thick film

• Soldering pastes for SMT

• Keypads

• Scales

• Glass printing

• Ceramic printing

• Clean
• Easy to useApplications
• Bottles
• Flacons
• Drinking glasses
• Decorative glasses
• High value ceramic fittings
• Vases
• Crockery

• Optimum aperture precision
• Extremely tight thickness tolerances
• Firm mesh binding
• Large open area
• Uniform weave (no mesh striping)
• Exceptionally high yield point
• Optimum resistance to abrasion
• No static charge

Characteristics :

• High tension

• Low elongation

• High flexibility

• High corrosion resistance

• Non-electrostatic

• Good heat-melting resistance

• Good solvent resistance

• No static charge

Applications :

• Printed circuit boards

• Multilayers

• Thick film

• Soldering pastes

• Keypads

• Scales

• Glass printing

• aviation

Stainless steel screen printing calendered mesh:

Stainless steel screen printing Mesh Most stainless steel mesh can be calendered. The calendering process flattens the knuckles of the wires, reducing the overall thickness of the mesh while greatly improving thickness tolerance.

Special specifications can be produced by the customer's requirements.