High Quality OEM 358 Anti-Climb Fence Factories - M-shaped Galvanized Welded Mesh Fence For Solar Plants – Pro

PRO.FENCE manufactures and distributes a range of weld wire mesh fence to meet many applications. Such as 3D Curved weld mesh fence, security anti-climb fence, architectural weld mesh fence. It is a steel fence using wire welded together firstly and then need bending machine to make various shaped on the panel. The wires of weld mesh panels are processed to fit tightly together, creating a tight-fitting and durable barrier.

PRO.FENCE design and produce this type 3D Curved welded wire fence is for solar power plants application. We mainly supply it in hot-dipped galvanized and sometime our clients require full powder coated or PVC coated as well. For the foundation, there are 2 options for you to choose including ground piles, concrete block. We advise the screw piles to save construction period if the project located in complex terrain.

Application

It is often used in solar power plants, solar farms, but also can be used in the industrial park, isolated of road.

Specification

Wire Dia.: 2.5-5.0mm

Mesh: 60×120mm/75×150mm

Panel size: H500-2500mm×W2000mm

Post: φ48×1.5mm /50×70×1.5mm

Foundation: ground piles, concrete block

Fittings: SUS 304

Finished: Hot dipped galvanized/ Powder coated/ PVC coated (Brown, Black, White)

Features

1) High strength

Process in quality carbon wire with high tension strength, and finish it in hot dipped galvanized (zinc coated up to 450g/m2), assemble it by using SUS 304 fittings. Those are playing outstanding role on anti-corrosion. PRO.FENCE guarantee no rusting at least for 6 years.

2) Adjustable

It is consisted of mesh panel, posts and ground piles. The simple structure will help to install easily on site. The spacing between posts can be adjusted wherever possible even in the complicated mountain sloped.

3) Durability

The triangle bending shape at the top and down of mesh panel for resist external shock and also make fence looks attractive.

Shipping Info

References