This is a spray gun capable of applying stable thin films of 50 nanometers or less with lines narrower than 2 mm.
The FSCC06 selective spray coater's application gun, which can be disassembled and assembled without the need for tools, is used in the coating field as an application valve capable of applying liquid materials with a viscosity of 1500 centipoise or less. By utilizing this valve and its screw extension, the micro spray EX valve atomizes the material into extremely fine particles, forming application patterns of less than 2 mm in width.
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basic information
This is an improved fine wire coating gun for the FSCC06 selective spray coater, designed to create coating patterns of 2mm width or less.
Price information
Please access http://shimadaappli.com/contact.html and make your inquiries.
Delivery Time
※Please access http://shimadaappli.com/contact.html and make your inquiry.
Applications/Examples of results
Conductive agents, insulating agents, water-repellent agents, fine line coating of resist materials, etc. Please visit http://shimadaappli.com/contact.html for inquiries.
Detailed information
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Acrylic paint 1000 CPS marking The 1000 centipoise concentrated solution of a natural drying acrylic resin paint is applied as a 4mm wide marking using a spray.
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Conductive agent line-drawing spray Conductive ink is applied in fine lines with a thin film of 100 nanometers or less.
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Company information
In 2011, Shimada Appli LLC was established in Saitama City as a development group that provides optimal coating and drying system solutions in response to the continuously changing industrial technologies and leading needs. Based on over 40 years of knowledge and experience in coating and drying technology, we launched Shimada Appli LLC to explore next-generation surface treatment technologies. With "Total Solution" as our fundamental philosophy, we are committed to delivering "true technology and solutions" to our customers by proposing new manufacturing and systems that contribute to high added value and resource-saving efficiency.