Even if flame retardant specifications are required, molding is possible with materials that meet the specifications. "Vacuum Forming & Pressure Forming.com"
Vacuum-formed covers are used for exterior covers of aircraft and other applications. Design changes during prototyping can be easily accommodated with vacuum forming. A material that complies with flame retardant standards is essential for transportation equipment. With vacuum forming, materials that meet UL standards can be selected, allowing for the production of products with excellent flame resistance. Additionally, it can accommodate a variety of small lots, making it a suitable manufacturing method for modern equipment. <Features> - Easy to accommodate design changes - Can comply with flame retardant standards - Capable of handling a variety of small lots For more details, please contact us or download the catalog to view.
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basic information
Design changes during prototyping can be easily accommodated with vacuum forming. A material that complies with flame retardant standards is essential for transportation equipment. With vacuum forming, materials that meet UL standards can be selected, allowing for the production of products with excellent flame retardancy. Additionally, it can accommodate a wide variety of small lots, making it a production method that matches modern equipment manufacturing.
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Applications/Examples of results
Aircraft parts cover, equipment cover
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Company information
Nagoya Plastic Industry is a comprehensive manufacturer of plastic sheets that specializes in sheet molding (vacuum molding, pressure molding, and thermal press molding) and can provide various materials and processing methods from prototyping to mass production as needed. Our company can easily produce thin-walled products and large integrated molded items (1500X3200), thanks to our ownership of large molding machines, which allows for multiple part molding, thereby reducing molding time and costs. Additionally, we are capable of molding thick materials up to 20mm in thickness, which is not possible with conventional sheet molding.