Leather Tablecloth Fabric Embossing Roller Wallpaper Decorative Material
Application
Embossing roller is suitable for pressing concave and convex patterns such as plastic sheet, film, aluminum foil, leather, hard
board, wallpaper, floor tile, glass, paper, etc., to improve the product surface aesthetics, strengthen anti-counterfeiting,
trademark protection and other effects. And according to customer requirements to develop different patterns of embossing rollers.
Embossing Roller
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Materials
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Alloy Steel Pipe
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Applications
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Spinning plus material
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Leather
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Leatheroid
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Plastics
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Plank stuff
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Paper
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Non-woven fabrics
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Decorating Materials
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Non-ferrous metal
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Material of hot roller/thermo-calender roller
Best quality alloy steel as material,molding after mechanical maching and heat treatment.
Surface hardness HRC58~62
Way of heating:
central hollow inner pipe screw heating
peripheral drilling heating
Pattern:
To the user's requirements,we can make many patterns,such as square dot,circle dot,diamond,cross,striation and any regular and irregular patterns.
Our hot roller has been ever for west germany and taiwan hot rolling machine and we have ever made the largest asian hot roller (φ720x5400mm).
Laser cutting machine for thermo-calender roller promotes the rollers' quality.
More advantages:
a) accurate pattern
b) choosing patterns,depth,and angle according to your requirements
Characteristics of etching technology
1. There is no need for tools such as electrodes and master, so there is no need to maintain these tools.
2. The time required from planning to production is short and can be processed for short periods.
3. The physical and mechanical properties of the material are not affected by the processing.
4. Processing is not restricted by shape, area and weight.
5. Processing is not limited by hardness and brittleness.
6. Can process all metals (iron, stainless steel, aluminum alloy, copper alloy, nickel alloy, titanium, alloy).
7. High-precision processing.
8. Can apply complex, irregular and discontinuous design and processing.
9. Large area and good processing efficiency, but when the area is small, its efficiency is worse than mechanical machining.
10. The horizontal cutting is easy to obtain high precision, but the depth and vertical directions are not easy to obtain the
same machine machining accuracy.
11. The composition and structure of the processed object should be uniform, and it is not easy to process the uneven material.