Specialized Cutting Edge Treatment

 

Sewing degree options >>

 

In order to better adapt to different types of usage, we can provide different sharpness levels for different scrapers according to customer requirements.
Different sharpness levels have varying degrees of impact on the scraping effect, scraper life, and even the life of the roller body.

S ≈ 0.1mm S1
S ≈ 0.2mm S2
S ≈ 0.3mm S3

 

Match Your Blade Choice

The methods of instaling and applying doctor blades often vary across dliferent industries, Below are some common meth-ods used to install doctor blades along with our company's suggestions on blade selection:

  • MYLAR SERIES

    MYLAR SERIES products aredesigned with single layer of modified polyAMIDE (PET). Various of different types of fillings are added to form materials on different modifications purposes...

     

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  • ESTER SERIES

    ESTER SERIES  is developed to enhance corrosion-resistance at high-pressure printing applications. This new material is called Polybutylene terephthalate, an corrosion-resitance enhanced version of MYLAR SERIES material (Polyethylene terephthalate). This new material has very similar mechanical properties to original MYLAR SERIES materials. Meanwhile, it has a much better self-lubrication property which allows it to minimize abrasion under the same pressure compare to Polyethylene terephthalate.

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  • HEPA SERIES

    The HEPA series is a modified composite material based on high crystalline polyethylene, which forms a new engineering plastic scraper product through the composite of ceramics and glass fibers. POLYETHYLENE with high crystallinity not only enhances the physical properties (toughness, rigidity) of the product compared to MYLAR series, but also improves the solvent resistance of the product to a certain extent.

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  • NYLON SERIES

    NYLON SERIES product is made of reinforced ultra-high molecular weight polyethylene which is typically used on curragated printing markets. 

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  • CARBON SERIE

    The AMIDE series is a modified composite material based on high crystalline polyethylene, which forms a new engineering plastic scraper product through the composite of ceramics and glass fibers. POLYETHYLENE with high crystallinity not only enhances the physical properties (toughness, rigidity) of the product compared to MYLAR series, but also improves the solvent resistance of the product to a certain extent.

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  • AMIDE SERIES

    The AMIDE series is a modified composite material based on high crystalline polyethylene, which forms a new engineering plastic scraper product through the composite of ceramics and glass fibers. POLYETHYLENE with high crystallinity not only enhances the physical properties (toughness, rigidity) of the product compared to MYLAR series, but also improves the solvent resistance of the product to a certain extent.

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  • SULFIDE SERIES

    The AMIDE series is a modified composite material based on high crystalline polyethylene, which forms a new engineering plastic scraper product through the composite of ceramics and glass fibers. POLYETHYLENE with high crystallinity not only enhances the physical properties (toughness, rigidity) of the product compared to MYLAR series, but also improves the solvent resistance of the product to a certain extent.

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