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•Nickel rotary screen construction
Electroformed pure nickel cylinder with uniform wall thickness and consistent hole geometry for stable printing performance.
•Standard repeat sizes
Available in the most commonly used repeats (530 / 640 / 688 / 725 / 819 / 914 / 1018 mm) for compatibility with mainstream rotary printing machines.
•Wide mesh range
Mesh counts typically from 25 to 165 mesh to cover coarse coating prints, medium coverage designs, and finer detail work.
•Optimized open area & thickness
Carefully balanced open area and nickel thickness help control paste flow, color yield and screen durability in continuous production.
•Multiple re-use cycles
Suitable for stripping and re-engravings; under proper handling, standard screens can be used repeatedly across several print runs.
Standard Screen Dimensions
•Repeat (circumference): 530 / 640 / 688 / 725 / 819 / 914 / 1018 mm
•Length range: 1410 – 3500 mm
•Material: Electroformed nickel
•Typical mesh counts: 25, 40, 60, 70, 80, 100, 105, 125, 135, 155, 165 mesh
Typical Mesh Data (Reference Values)
| Mesh count | Typical thickness (µm) | Approx. open area (%) | Approx. hole diameter (µm) |
|---|---|---|---|
| 25 | 160 – 165 | 30 – 32 | ~720 |
| 40 | 145 – 150 | 28 – 30 | ~318 |
| 60 | 115 – 120 | 18 – 20 | ~161 |
| 70 | 110 – 115 | 16 – 18 | ~131 |
| 80 | 110 – 115 | 16 – 18 | ~105 |
| 100 | 105 – 115 | 15 – 17 | ~74 |
| 105 | 105 – 115 | 15 – 17 | ~94 |
| 125 | 100 – 105 | 14 – 16 | ~79 |
| 135 | 100 – 105 | 13 – 15 | ~72 |
| 155 | 100 – 105 | 12 – 13 | ~60 |
| 165 | 100 – 105 | 12 – 13 | ~71 |
Note: Values are typical ranges for standard rotary nickel screens and can be adjusted according to specific production requirements.
Standard rotary screens are intended for general-purpose printing tasks, including:
•Woven and knitted fabrics (cotton, polyester, blends)
•Home textiles such as bedsheets, curtains, upholstery fabrics
•Fashion prints requiring repeatable registration and color control
•Lightweight coating and binder prints
•Wallpaper and decorative paper printing (with appropriate repeat and mesh selection)
Lower mesh counts (25–60) are suitable for heavier paste, coatings and background colors, while higher mesh counts (80–165) are better for fine details, halftones and sharper outlines.
•Uniform paste flow
Evenly distributed open area ensures consistent ink or paste laydown across the full width of the design, reducing banding and shade variation.
•Dimensional stability
Electroformed nickel maintains cylindrical accuracy during engraving, mounting and high-speed printing, supporting accurate registration over long runs.
•Durability under polymerisation
Screen thickness and nickel structure are designed to withstand typical polymerisation conditions used in rotary screen making and curing processes.
•Multiple stripping cycles
With correct stripping chemistry and mechanical handling, standard screens can be stripped and re-engraved several times, improving cost efficiency per design.
To maintain screen life and print quality, the following practices are recommended (general guidance – always follow your machine and chemical suppliers' instructions):
•Mounting
Ensure the end rings and gear rings are clean, aligned and free from damage before fitting the screen.
Avoid twisting or forcing the screen during mounting; use proper support along the full length.
Check concentricity and run-out on the machine before starting the print run.
•Engraving & coating
Use compatible photo-emulsions or direct laser engraving systems recommended for nickel rotary screens.
Maintain controlled drying and polymerising conditions to avoid overheating or localised thermal stress.
•Cleaning & stripping
Remove residual paste promptly after production using suitable rotary screen cleaning agents.
When stripping designs, follow a controlled chemical process and avoid excessive mechanical impact on the nickel surface.
•Storage
Store screens on dedicated racks or in protective cartons to avoid dents and deformation.
Keep away from corrosive atmospheres and strong acids/alkalis to preserve nickel integrity.
•Standard packing
Single screen packed with inner protective sleeve or wrapping
Multiple pieces consolidated in export cartons or wooden cases suitable for long-distance transport
•Supply options
Standard repeats and mesh counts as listed above
Special mesh or repeat sizes may be produced on request, depending on tooling and minimum order quantities.
For a complete rotary screen printing setup, standard screens are typically used together with:
•Rotary screen end rings matching each repeat size
•Rotary squeegees / squeegee blades
•Color pumps and feed lines
•Dryers and polymerisation units compatible with the screen dimensions
•Nickel rotary screen construction
Electroformed pure nickel cylinder with uniform wall thickness and consistent hole geometry for stable printing performance.
•Standard repeat sizes
Available in the most commonly used repeats (530 / 640 / 688 / 725 / 819 / 914 / 1018 mm) for compatibility with mainstream rotary printing machines.
•Wide mesh range
Mesh counts typically from 25 to 165 mesh to cover coarse coating prints, medium coverage designs, and finer detail work.
•Optimized open area & thickness
Carefully balanced open area and nickel thickness help control paste flow, color yield and screen durability in continuous production.
•Multiple re-use cycles
Suitable for stripping and re-engravings; under proper handling, standard screens can be used repeatedly across several print runs.
Standard Screen Dimensions
•Repeat (circumference): 530 / 640 / 688 / 725 / 819 / 914 / 1018 mm
•Length range: 1410 – 3500 mm
•Material: Electroformed nickel
•Typical mesh counts: 25, 40, 60, 70, 80, 100, 105, 125, 135, 155, 165 mesh
Typical Mesh Data (Reference Values)
| Mesh count | Typical thickness (µm) | Approx. open area (%) | Approx. hole diameter (µm) |
|---|---|---|---|
| 25 | 160 – 165 | 30 – 32 | ~720 |
| 40 | 145 – 150 | 28 – 30 | ~318 |
| 60 | 115 – 120 | 18 – 20 | ~161 |
| 70 | 110 – 115 | 16 – 18 | ~131 |
| 80 | 110 – 115 | 16 – 18 | ~105 |
| 100 | 105 – 115 | 15 – 17 | ~74 |
| 105 | 105 – 115 | 15 – 17 | ~94 |
| 125 | 100 – 105 | 14 – 16 | ~79 |
| 135 | 100 – 105 | 13 – 15 | ~72 |
| 155 | 100 – 105 | 12 – 13 | ~60 |
| 165 | 100 – 105 | 12 – 13 | ~71 |
Note: Values are typical ranges for standard rotary nickel screens and can be adjusted according to specific production requirements.
Standard rotary screens are intended for general-purpose printing tasks, including:
•Woven and knitted fabrics (cotton, polyester, blends)
•Home textiles such as bedsheets, curtains, upholstery fabrics
•Fashion prints requiring repeatable registration and color control
•Lightweight coating and binder prints
•Wallpaper and decorative paper printing (with appropriate repeat and mesh selection)
Lower mesh counts (25–60) are suitable for heavier paste, coatings and background colors, while higher mesh counts (80–165) are better for fine details, halftones and sharper outlines.
•Uniform paste flow
Evenly distributed open area ensures consistent ink or paste laydown across the full width of the design, reducing banding and shade variation.
•Dimensional stability
Electroformed nickel maintains cylindrical accuracy during engraving, mounting and high-speed printing, supporting accurate registration over long runs.
•Durability under polymerisation
Screen thickness and nickel structure are designed to withstand typical polymerisation conditions used in rotary screen making and curing processes.
•Multiple stripping cycles
With correct stripping chemistry and mechanical handling, standard screens can be stripped and re-engraved several times, improving cost efficiency per design.
To maintain screen life and print quality, the following practices are recommended (general guidance – always follow your machine and chemical suppliers' instructions):
•Mounting
Ensure the end rings and gear rings are clean, aligned and free from damage before fitting the screen.
Avoid twisting or forcing the screen during mounting; use proper support along the full length.
Check concentricity and run-out on the machine before starting the print run.
•Engraving & coating
Use compatible photo-emulsions or direct laser engraving systems recommended for nickel rotary screens.
Maintain controlled drying and polymerising conditions to avoid overheating or localised thermal stress.
•Cleaning & stripping
Remove residual paste promptly after production using suitable rotary screen cleaning agents.
When stripping designs, follow a controlled chemical process and avoid excessive mechanical impact on the nickel surface.
•Storage
Store screens on dedicated racks or in protective cartons to avoid dents and deformation.
Keep away from corrosive atmospheres and strong acids/alkalis to preserve nickel integrity.
•Standard packing
Single screen packed with inner protective sleeve or wrapping
Multiple pieces consolidated in export cartons or wooden cases suitable for long-distance transport
•Supply options
Standard repeats and mesh counts as listed above
Special mesh or repeat sizes may be produced on request, depending on tooling and minimum order quantities.
For a complete rotary screen printing setup, standard screens are typically used together with:
•Rotary screen end rings matching each repeat size
•Rotary squeegees / squeegee blades
•Color pumps and feed lines
•Dryers and polymerisation units compatible with the screen dimensions
