Corona discharge surface modification device Corona Master
Corona discharge surface modification device Corona Master
Solve defects in coating/printing/adhesion! Corona discharge surface modification device that enhances the functionality of substrates.
The "Corona Master" is a corona discharge surface modification device that solves defects in coating, printing, and adhesion. It has been evaluated for its performance and cleanliness, and is widely used in the converting industry, including film manufacturers and research institutions. 【Features】 ◆ Easy to handle, achieving uniform treatment ◆ Continuous processing is easy and fast, measured in seconds ◆ A dry method that does not use chemicals, resulting in low environmental impact ◆ Compact design at a low price 【For more details, please download the catalog or feel free to contact us】
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basic information
The surface modification method using corona discharge is an advanced treatment method that has various advantages compared to conventional treatment methods (such as primers, sandblasting, and flames). Its high performance and cleanliness have been recognized, leading to an increase in adoption across various fields. [For more details, please download the catalog or feel free to contact us.]
Price information
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Delivery Time
P4
Applications/Examples of results
In metals (stainless steel, aluminum), plastics (polyethylene, polypropylene), and rubber (silicone rubber), ◆ Adhesive pre-treatment... Strengthening the bonding power of all adhesives and materials ◆ Printing pre-treatment... Improving the hydrophilicity of inks on materials, such as screen printing ◆ Coating pre-treatment... Enhancing the adhesion between coatings and materials
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Company information
Our main manufacturing fields can be broadly categorized into the automatic control field and the advanced high-voltage generation technology and optoelectronic application field. We are committed to research and development of products related to automatic control and electrical measurement, and we are also actively engaged in the development of specially designed products that require advanced technology. ◆ Development results adopted through public recruitment 1. Development of a pinhole automatic inspection machine (Fiscal Year 1985, Osaka Prefecture Advanced Technology Industry Development Fund Project) 2. Technical research on the manufacturing of automatic inspection machines for defects in plastic containers (Fiscal Year 1986, Osaka Prefecture Technology Improvement Encouragement Subsidy Project)