3D welded wire mesh fenceWhatsApp: +86 133 2318 8871

Profiled panels / perimeter fencing

3D Welded Wire Mesh Fence

A defined boundary. An open view.

Horizontal V-bends give welded mesh its distinctive three-dimensional profile. The result is a rigid panel format for residential, commercial and landscaped boundaries where visibility matters.

Panel design
Welded mesh + V-bends
System planning
Panels, posts & fixings

The profile makes the difference

Why choose a V-bend mesh panel?

Start with the boundary’s purpose, then coordinate the panel geometry with the post layout. The folds, wire arrangement and connections should be considered together—not selected as isolated parts.

01 / Structure

Reinforced panel profile

The formed bends add stiffness to the mesh. Specify their number and position on the panel drawing, especially where adjoining bays need to line up.

02 / Visibility

A visually open boundary

The wire grid keeps views through the fence. For screening, access control or more demanding security requirements, discuss those needs separately.

03 / Layout

A coordinated fence line

Identify straight runs, corners, changes in ground level and gate openings before confirming panel quantities and the post schedule.

Technical details

Read the panel. Specify the system.

Use the lettered drawing to build a clear enquiry. Final dimensions, wire sizes and coating requirements are agreed in the quotation and project drawings.

3D fence drawing: A height, B width, C line wire, D cross wire, E mesh opening, F post and G cap
A Height · B Width · C Line wire · D Cross wire
E Mesh opening · F Post · G Post cap
3D fence specification checklist
ItemWhat to specify
A · Panel heightPanel height, finished fence height and required ground clearance.
B · Panel widthPanel width, post centres and total fence run; identify any short closing bays.
C · Line wireVertical wire diameter; distinguish the steel core from the coated diameter.
D · Cross wireHorizontal wire diameter, including wires within the reinforcing bends.
E · Mesh openingHorizontal and vertical spacing, with the measurement convention stated.
F · PostProfile, section, wall thickness, length and mounting arrangement.
G · Post capCap shape and material compatible with the selected post section.
V-bend profileNumber, depth and position of folds; show the top-edge orientation.

Connections & installation

Match the post to the fixing detail.

Post profiles use different panel-retention arrangements. Confirm the complete connection, including corners and ends, rather than mixing components by appearance.

Profiled post with mesh panel edges retained along each side
Profiled post
Channel-shaped fence post joined to two profiled mesh panels
Channel-section post
Square fence post supporting green welded mesh panels
Square post
Shaped fence post with rounded sides and matching cap
Alternative shaped profile
Bolted clamp retaining a mesh wire against a square post

Panel-to-post connection

Agree the clamp type, fastener access and fixing positions. Check that the selected fittings retain the panel edge without obstructing the fold or adjacent bay.

Fence post welded to a base plate with four visible fixings

Base-plated or concrete-in

Choose the mounting method from the ground conditions. Specify anchorage and embedment to suit the substrate, fence height and site loads.

Working with slopes and gates

Provide levels along the fence line and the clear gate openings. Resolve stepped bays, bottom gaps and transitions before ordering; posts at gates, ends and corners may need a different arrangement from intermediate posts.

Surface & colour

Specify protection beyond the colour.

Describe the installation environment and expected maintenance access. The substrate, surface preparation and coating build-up belong in the same specification.

Discuss your finish requirements →

Galvanized finish

Define zinc protection and the required treatment of welded areas and cut edges.

Coated finish

State the coating system and colour reference. Powder, PVC and PE coatings should not be treated as interchangeable descriptions.

Matching components

Coordinate panels, posts, clamps and gates against the approved finish schedule.

Inspection & delivery planning

Make the order easy to check and receive.

Wire diameter being checked on a black welded mesh panel

Inspection points

Agree the inspection record before ordering: wire size, mesh spacing, overall panel dimensions, fold geometry, weld condition and finish. State tolerances and whether measurements refer to bare or coated wire.

Wrapped green fence panels stacked in timber-framed pallet bundles

Packaging requirements

Define panel protection, bundle identification and unloading arrangements. Keep posts and fittings traceable to the packing list, particularly for mixed heights or deliveries that include gates.

Application planning

From gardens to working sites.

Choose the fence around how people and vehicles use the boundary. These views illustrate fence arrangements; the appropriate specification depends on your site.

Welded mesh fence enclosing a residential garden and play area

Residential & landscaped spaces

Coordinate the boundary with paths, planting and access points. Review top edges and ground gaps where people regularly approach the fence.

Tall profiled mesh panels along an industrial yard perimeter

Commercial & industrial perimeters

Mark vehicle entrances, service routes and changes in level. Where anti-climb performance is a priority, compare 358 close-mesh fencing.

ZY-fencing / Project enquiry

Send the layout. Define the fence.

A marked-up plan helps turn a boundary length into a coordinated panel and post schedule.

  • Total length, fence height and changes in level
  • Mesh, wire, V-bends and finish requirements
  • Post profile and ground or wall conditions
  • Gate openings, quantity and destination

robertexue@gmail.com
WhatsApp: +86 133 2318 8871

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