TDBX Series
Photovoltaic Industry Applications
Recommended Machine Models
TDBX Series
Description
Floating solar is an important segment of the renewable energy industry. As core structural components of floating photovoltaic systems, solar floats remain continuously immersed in water and therefore require food-grade HDPE materials and environmentally compliant materials suitable for water-contact applications. SUZHOU TONGDA MACHINERY CO.,LTD has developed specialized large-scale extrusion blow molding machines for floating solar components, integrating physical foaming technology and automated production line solutions to deliver an efficient, energy-saving, and highly automated manufacturing solution for the floating PV industry.
Why Choose SUZHOU TONGDA MACHINERY CO.,LTD?
· Specialized Large-Scale Equipment Development:
For large hollow products such as floating photovoltaic floats, we independently develop dedicated plasticizing systems and flow-channel structures capable of processing various material formulations, including recycled materials and ultra-high-molecular-weight polymers. This optimized design helps reduce plasticizing energy consumption while maintaining stable processing performance.
· Complete Automated Production Solutions:
Our integrated automation solutions include robotic product removal, automated flash trimming, dedicated stacking grippers, and intelligent control systems, enabling fully automated operations from molding to stacking. This significantly reduces on-site labor requirements and helps manufacturers transition toward low-labor and unmanned production.
· Reliable High-Volume Production:
The equipment is specifically engineered for the mass production of floating photovoltaic components, delivering high production efficiency and stable product quality. It has been successfully deployed at leading domestic floating PV float manufacturers and has demonstrated reliable long-term operation.
Related Technologies & Automation Solutions
· Supercritical Physical Foaming Technology:
The process uses supercritical carbon dioxide (CO₂) as a physical blowing agent to create a microcellular foam structure. The resulting cells are fine and uniformly distributed, enabling significant weight reduction while maintaining the required mechanical strength of the finished product.
· Large-Scale Extrusion Blow Molding Technology:
Designed for large hollow products such as floating photovoltaic floats, the equipment features high clamping force and low platen deflection, providing the stability required for large-format, high-precision molding and helping maintain dimensional accuracy throughout production.
· Precision Parison Wall-Thickness Control:
A flexible ring-core die and radial parison control system provide precise 360° circumferential control of parison wall thickness. This ensures uniform material distribution throughout the molded product and helps meet the dimensional, appearance, and quality requirements of floating photovoltaic components.
