Brief: Thinking about an upgrade for your filter production line? This video provides a detailed walkthrough of the High Efficiency Filter Pleating Machine with Electric Knife. You'll see the machine in operation, demonstrating its flexible pleating mechanism and anti-static forming technology designed for challenging materials like fiberglass. Learn how it achieves adjustable pleat heights and high-speed performance while maintaining low damage rates and meeting strict cleanliness standards.
Related Product Features:
Engineered for high-temperature and high-cleanliness environments with specialized fiberglass handling.
Features adjustable pleating heights from 5mm to 900mm with high accuracy of ±0.5mm.
Accommodates various materials including fiberglass filter paper, aluminum partition, and paper partition.
Advanced flexible pleating mechanism minimizes damage to brittle fiberglass materials.
Anti-static forming technology effectively reduces dust adsorption during production.
Operates at adjustable speeds from 80 to 150 pleats per minute based on material thickness.
Available in standard 1200mm width or customized 1500mm widened models for different production needs.
Delivers finished products that meet stringent international cleanliness standards for filters.
Faqs:
What materials can this pleating machine process?
This machine is designed to handle fiberglass filter paper, aluminum partitions, and paper partitions, making it versatile for various filter production requirements.
How accurate is the pleat height adjustment?
The pleat height is adjustable from 5mm to 900mm with a precision of ±0.5mm, ensuring consistent and high-quality pleating results.
What is the production speed of this machine?
The machine operates at 80-150 pleats per minute, with the speed being adjustable depending on the thickness of the material being processed.
Does this machine handle fiberglass materials effectively?
Yes, it features advanced flexible pleating and anti-static technology specifically designed to handle brittle fiberglass materials with low damage rates and minimal dust adsorption.