This page decides
Which rigid-panel geometry deserves a product-specific quotation.
Comparison guide · rigid welded panels
3D V-Mesh vs Double-Wire Fence
Use the panel geometry to form a shortlist, then compare the complete post, fixing, gate, finish and document package.
Page responsibility
One page, one decision.
Use this guide for the stated decision, then move the result into the next project step.
This page does not decide
A generic strength, security, lifespan or project-suitability ranking.
Carry forward
Compare exact panels, posts, fixings, gates, finish, drawings and evidence under one layout.
Direct answer
Compare panel geometry and system scope.
3D V-mesh and double-wire are both rigid welded panel routes, but they create stiffness and connections through different geometries.
A 3D V-mesh panel uses profiled bends in the welded sheet; a double-wire panel uses paired horizontal wires around vertical wires. The website can explain that geometry, but the project decision still needs the offered wire arrangement, panel module, post and fixing system, gates, finish, tolerances and any required test evidence. Product-family labels alone do not establish structural capacity, security classification or project suitability.
Do not reduce the choice to one adjective.
“Stronger”, “secure” or “longer-lasting” require a defined product, test method and project condition.
| Decision field | 3D V-mesh panel | Double-wire panel |
|---|---|---|
| Panel geometry | Single welded sheet formed with one or more profiled bends. | Vertical wires crossed by paired horizontal wires in the panel geometry. |
| Visual profile | Visible V-shaped or profiled reinforcement zones across the panel. | Flatter rectangular grid appearance with double horizontal lines. |
| System question | How do bend positions, panel edges, posts and clips align? | How do horizontal pairs, panel edges, posts and fixings align? |
| Gate coordination | Confirm whether gate infill and adjacent panels use the same visual and finish basis. | Confirm gate frame, infill and adjacent double-wire panel transitions. |
| Drawing evidence | Panel elevation, bend locations, wire arrangement, post and fixing detail. | Panel elevation, wire pair arrangement, post and fixing detail. |
| Performance evidence | Ask for the exact product test or calculation relevant to the project claim. | Ask for the exact product test or calculation relevant to the project claim. |
Open the exact product route.
Use these pages to collect candidate dimensions and images; the approved quotation controls the supply.
Request comparable documents.
A useful comparison uses the same layout, exposure, gate and evidence requirements for both alternatives.
Panel scheduleOverall module, mesh, wire arrangement, edge geometry, quantity and any non-standard bays.
Post and fixingsPost section, cap, clip or bracket, fastener, spacing basis and corner or terminal details.
GatesClear opening, frame, infill, hinges, latch or lock and adjacent-panel transition.
FinishSubstrate, fabrication and coating sequence, colour, inspection and repair method.
EvidenceApplicable standard, tolerance, weld or coating checks and any project-required performance record.
ResponsibilityDesign, foundations, installation, local compliance, inspection and release.
Security is a separate decision.
Neither panel name proves a high-security classification. If the threat model requires a tested small-opening or integrated system, use the high-security route.
separate route
358 high-security fencing
Review the separate security family and define the required evidence.
Open →next stepBuild the RFQ
Carry the chosen geometry, layout and evidence questions into one brief.
Open →family hubWelded mesh family
Return to all published welded mesh products and decision routes.
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