3D V-Bend Fence Panels with Square, Round or Peach Posts: How to Select a Compatible System

Aug.07.2026

A procurement guide to panel dimensions, wire, mesh, V-bends, post profiles, fixings, foundations, coating and gates

Meta title	3D V-Bend Fence Post Selection Guide
Meta description	Select square, round, rectangular or peach posts for 3D V-bend fence panels using compatible fixings, dimensions and site inputs.
Suggested slug	/3d-v-bend-fence-square-round-peach-post-selection/
Primary keyword	3D V bend fence post types
Supporting keywords	3D mesh fence peach post; 3D fence square post; curved welded fence panel supplier

Article copy

3D V-bend fence panels can be paired with several post systems. The panel and post are not independent choices: the post profile determines the clip, bracket or captured-mesh connection, while panel width and height affect post spacing and loads.

MaiFa Fence publishes 0.6 to 3.0 m panel heights, 2.0/2.5/3.0 m lengths, six wire options, four main mesh openings and square, round, rectangular or peach posts. The quotation should select one compatible panel-post-fixing assembly and show it on an approved drawing.

Compatibility rule: never change the post profile without reviewing clips, panel edge, post centres, foundations, gates and packing. A post substitution is a system change.

Post selection should begin with the approved panel geometry and layout. Record panel width, end-wire position, bend locations and intended post centres, then choose a post profile and fixing that can hold those interfaces without forcing the panel. Corners, ends and gate positions may need different posts or brackets from straight runs, so they should have distinct part numbers. The foundation or baseplate designer also needs the selected post section, wall, length and spacing together with site inputs. For repeat orders, keep a signed sample assembly and a drawing that shows clip orientation, bolt specification, cap and clearance. This makes square, round, rectangular and peach-post options comparable as complete configurations rather than interchangeable catalogue labels.

Before shipment, request a trial assembly using the selected panel, post, clip and fastener. Record fit, panel alignment, coating contact points and the approved installation sequence. Package labels should use the same system part numbers so the correct posts and fixings reach each fence section.

1. Review MaiFa's post option matrix

Post type	MaiFa published options	Connection question
Square	50 x 50, 60 x 60 or 80 x 80 mm; 1.5/2.0 mm walls listed	Which clamp/bracket and bolt set?
Round	48 or 60 mm outside diameter	Which formed clamp and cap?
Rectangular	40 x 60 through 80 x 100 mm options	Which orientation and bracket?
Peach	50 x 70 or 70 x 100 mm	How does the mesh engage the post profile?
Foundation	Not one universal option	Embedded, base-plated or project-specific interface?

2. Freeze the panel configuration first

Choose panel height/length, wire, mesh opening and V-bend layout. MaiFa publishes wire options from 3.0 to 5.85 mm and mesh openings of 50 x 100, 50 x 150, 50 x 200 and 75 x 150 mm. Ask for the number, depth and position of V-bends on the exact panel drawing.

State finished dimensions and tolerance, wire measurement basis, edge treatment and coating. If panels must match previous stock, approve a sample or reference drawing because bend position and post connection can affect interchangeability.

3. Select post and foundation from the site

Provide fence height, panel width, wind, terrain, soil, gates, corners, slopes and any screening. The project team can then choose post section, wall, spacing, length and foundation. A supplier's published post list is not a universal structural recommendation.

Show line, end, corner and gate posts separately.
State post cap and water-drainage details.
Identify embedded depth or baseplate/anchor interface.
List clips, brackets, bolts and spares by post type.
Coordinate coating and fasteners across panel and post.

4. Add gates and slopes

The gate schedule should show clear opening, frame/infill, gate posts, hinges, latch/lock, stops and support. For sloped sites, state whether panels rack, step or require custom geometry. The post and connection detail must remain consistent at changes in level.

5. Comparable quotation checklist

Section	Required detail
Panels	Height/length, wire, mesh, V-bend drawing, tolerance, coating and quantity.
Posts	Type, section, wall, length, spacing, cap and foundation interface.
Fixings	Compatible clip/bracket/bolt drawing, finish, quantity and spares.
Gates/slopes	Special drawings, posts, hardware and separate prices.
QA	Approved sample/drawings, requested material/coating and dimensional/weld inspection.
Packing/commercial	Nesting/protection, pallet weights, container plan, Incoterm and schedule.

6. Copy-and-send RFQ

Please quote a complete 3D V-bend fence system for [site]. Panel height [mm], length [mm], wire [mm], mesh [mm], colour [RAL], total length [m]. Provide the V-bend drawing and propose [square/round/rectangular/peach] posts using supplied wind/terrain/soil/gate inputs. State post section/wall/length/spacing, compatible clips or brackets, bolts, caps, foundation interface, gates, slope conditions and spares. Include approved drawings, requested QA records, packing, weights and [Incoterm] price to [named place].

Frequently asked questions

Can any post be used with any 3D panel?

No. The post profile, connection and panel edge must be compatible.

What peach-post sizes does MaiFa publish?

50 x 70 and 70 x 100 mm.

How is the number of V-bends selected?

It depends on the panel design and height; confirm it on the production drawing.

Are foundations included in a panel quotation?

Do not assume so. State design and civil-work responsibilities.

Ask MaiFa for one coordinated panel-post-fixing system

MaiFa's broad panel and post options support project customisation. The final quotation should eliminate ambiguity by identifying one approved assembly and its special conditions.

Open MaiFa's 3D V-bend fence product page.