Address
No.88, Qilian Street, High-Tech Zone, Shijiazhuang, Hebei 050000, China
Tel
+86 311 6779 0805
+86 188 4915 5666
Vinyl seawall panels in U-type configurations are specialized components used extensively in marine and waterfront construction to bolster coastal defenses against erosion and water damage. These panels offer unique advantages tailored to the challenges of marine environments, providing robust protection while maintaining ease of installation and minimal maintenance requirements.
Vinyl seawall is one of the best seawall solutions for many waterfront properties, whether residential, commercial, or municipal. Vinyl sheet piles systems are the new standard with many advantages compared to hard wood, concrete and steel sheet piling. Vinyl sheet piles are made of poly vinyl chloride also known as PVC a material with excellent resistance to weather influences and it has a long service life.
COST-EFFECTIVE: Vinyl seawall is easy to maintain and requires little maintenance.
ROT-RESISTANT: Saltwater wont negatively impact vinyl seawall.
UV PROTECTION: Excess sun and heat can weaken other materials, but not vinyl.
DURABLE: Vinyl seawall can last over 50 years. Because it is resistant to the issues that can damage other seawalls, such as rot, sun, and marine boring creatures, vinyl seawall will last much longer than seawalls composed of other materials.
EASY TO INSTALL: Because the product is uniform and lightweight, vinyl seawall and vinyl pilings are easier to install than other materials.
We carry both z-profile, u-profile and w-profile panels in a variety of thicknesses and strength ratings to meet your project needs.
Vinyl Seawall Panels Parameters
Material | PVC |
Section Width | 606 mm |
Section depth | 230 mm |
Length | Customization |
Thickness | 8/9 mm |
Package | Customization |
Color | Grey/customization |
Weight | 13.95±1 kg/m |
Moment of inertia | 12766 cm4/m |
Section modulus | 1076.8 cm3/m |
Tensile Strength | 42 Mpa |
Flexural Strength | 65 Mpa |
Modulus of Elasticity | 2650 Mpa |
Notched Izod impact | 6.5KJ/M2 |
Heat Deflection Temperature | 80℃ |