📌 Product Description
Environmental plastic HDPE modular PV floater for solar floating systems. This technically reliable and economically viable modular photovoltaic floating platform system is simple to install and maintain. It can be used in natural, artificial, clean, and contaminated water. The system includes the main float, walkway float, and mooring systems.
⚙ Product Parameters
MAIN FLOAT: Made of high-density polyethylene (HDPE) material through blow molding processing. It is designed for long-term water placement with UV protection, anti-leakage, anti-aging, and anti-hydrolysis performance. The wall thickness is uniform with an average thickness ≥ 3.5mm.
WALKWAY FLOAT: Used to connect the main floats and provide maintenance access. The surface features anti-skid patterns. It is durable enough to prevent deformation or breakage when an adult walks on it, with an average wall thickness ≥ 3.5mm.
🔧 Accessories
Connection accessories include supporting pillars, fasteners, bolts, and nuts. These components are unitized for easy interchangeability and high-strength performance.
❓ Frequently Asked Questions
Q1: What materials are the PV floaters made of?
The floaters are made from high-density polyethylene (HDPE) material through blow molding, ensuring high strength and buoyancy.
Q2: How long is the service life of the floating system?
The system is designed for long-term durability with an estimated service life of 8 to 15 years.
Q3: Are the floats resistant to environmental factors?
Yes, the HDPE material is treated with UV protection, anti-aging, and anti-hydrolysis performance for use in various water conditions.
Q4: Can the walkway floats handle weight?
Yes, walkway floats are designed to be anti-skid and do not deform or break when a normal adult walks on them for maintenance.
Q5: What is the wall thickness of the floats?
Both main floats and walkway floats have a uniform wall thickness with an average of ≥ 3.5mm.
Q6: Are OEM services available?
Yes, OEM services are available to meet specific project requirements and configurations.