Fully Automatic Glass Fiber Pleating Machine Pleated Paper Production Line 60Hz
Price:
US$1999~49999/set
MOQ:
1 set
Delivery Time:
15~45 work days
Brand:
TONGCHEN
Product Description
Fully Automatic Intelligent Glass Fiber Pleated Paper Production Line
Customized products are available in various types. Each product has its own price. For detailed product information and to inquire about the price, please contact the customer service. The more quantity, the better price.
Products Description
This highly compatible equipment is specially designed for complex filter material production scenarios and can stably handle special materials such as silicon-coated paper, high-temperature resistant glass fiber paper, and waterproof composite paper. The paper cutter adopts a floating knife frame structure, and the paper pleat is equipped with an adjustable pressure compensation device to ensure the pleat formation quality of paper with different stiffness. The gluing machine supports multiple types of adhesives such as water-based adhesives, hot melt adhesives, and solvent-based adhesives, and automatically matches the coating parameters through an intelligent proportioning system. The equipment reserves expansion interfaces, allowing for the quick integration of additional modules such as material cutting, winding, and quality inspection, to meet diversified production demands.
Product Parameters
Paper pleating systems
Rotary machinery
Diesel engine filter production lines
Large air filter manufacturing equipment
Partitioned/partitionless filter production lines for purification industries
High-precision pleating machines
Partitionless glass fiber strip production lines
Our Advantages
Similar Products
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Bengbu Tongchen Automation Technology Co., ltd
Location
No. 4 Factory Building, Innovation and Entrepreneurship Incubation Industrial Park, Yuhui District, Bengbu City, Anhui Province, China
Contact Person
MIN