Temporary mesh fence panels are not just “site barriers.” They control entry points, protect materials, guide pedestrian flow, and reduce accidental access. When the wrong configuration shows up, the damage is usually silent at first: panels start flexing, clamps bite into frames, coatings scratch off during transport, and the whole line looks tired long before the project ends.
POLYMETAL Temporary Mesh Fence Panels Overview
POLYMETAL temporary mesh fence panels are built with a framed welded mesh structure using a 2100mm height and width options of 2400mm, 3300mm, and 3500mm, with the longer widths commonly paired with a middle brace for added stability. Core variables include frame tube OD (32mm, 38mm, 40mm, 41mm), frame thickness (1.0mm, 1.2mm, 1.4mm, 1.5mm, 2.0mm), mesh opening (60mm×150mm), wire diameter (2.70mm, 3.00mm, 4.00mm), and consistent wire counts (Vertical: 13 pcs, Horizontal: 38 pcs). Finish options include 14 microns HDG, 42 microns hot dipped galvanized, and 100 microns hot dipped galvanized. If you want a quick checklist of common site issues to avoid when selecting and deploying temporary fencing, this set of risk warnings is a useful reference.
Top 12 Pitfalls When Buying Temporary Mesh Fence Panels
1) Treating every 2100mm panel as “the same”
Same height does not mean same stiffness. Tube OD and thickness decide how fast panels deform under daily abuse.
2) Choosing OD32mm when your site handling is rough
If panels are dragged, dropped, or clamped aggressively, a larger tube OD can reduce visible bending and corner damage.
3) Underestimating why 3300mm and 3500mm often need a middle brace
Long spans are more likely to sway in wind and flex during lifting. A center brace can stabilize the run and reduce “wobble.”
4) Going too thin on frame thickness
A thinner frame can distort at clamp points. Once clamp zones deform, alignment becomes slower and the line looks uneven.
5) Picking wire diameter without thinking about impact
2.70mm, 3.00mm, and 4.00mm behave very differently when hit by equipment, stacked repeatedly, or pushed by crowds.
6) Forgetting the mesh opening is also a security decision
60mm×150mm balances visibility and control, but your risk level determines whether visibility helps more than restriction.
7) The costly trap: choosing the wrong galvanized finish for your environment
A light finish can look fine on day one, then degrade fast when exposed to constant outdoor weather, transport abrasion, and clamp wear—forcing early replacement and making the site look unmanaged.
8) Ignoring wire count consistency
Vertical 13 pcs and horizontal 38 pcs shape the panel’s feel and rigidity. If another supplier quietly changes this, performance changes too.
9) Buying the widest panel to “save quantity” without checking maneuverability
Wider Temporary Mesh Fence Panels can reduce total panel count, but they can also slow turns, storage, and repositioning when space is tight.
10) Not planning for repeated relocation
Temporary fencing is moved often. Your frame thickness and finish should match how many times you expect to relocate and restack.
11) Over-tightening clamps and blaming the panel later
Crews often crank clamps too hard. A stronger frame thickness can reduce clamp dents and frame ovalization.
12) Treating panels as a standalone purchase
The fence line is a system. When panels, bracing expectations, and finish durability are mismatched to the site, problems stack up quickly.
How to Choose a Configuration Without Regret
Start with the site’s “abuse level” and exposure. If relocation is frequent and the environment is harsh, prioritize thicker frames and heavier hot dipped galvanized finishes. If your site is calmer and the goal is fast install with lighter handling, you can choose a lighter combination while keeping wire count and mesh geometry consistent for predictable performance.
Specifications Temporary Mesh Fence Panels
Table 1: 2400mm Width Configurations
| Model Code | Height | Width | Tube OD | Frame Thickness | Mesh Opening | Wire Ø | Wire Count (V/H) | Center Brace | Finish |
|---|---|---|---|---|---|---|---|---|---|
| POLY-TMFP-2400-A01 | 2100mm | 2400mm | OD32mm | 1.0mm | 60×150mm | 2.70mm | 13/38 pcs | No | 14 microns HDG |
| POLY-TMFP-2400-A02 | 2100mm | 2400mm | OD32mm | 1.2mm | 60×150mm | 3.00mm | 13/38 pcs | No | 42 microns hot dipped galvanized |
| POLY-TMFP-2400-A03 | 2100mm | 2400mm | OD38mm | 1.2mm | 60×150mm | 2.70mm | 13/38 pcs | No | 14 microns HDG |
| POLY-TMFP-2400-A04 | 2100mm | 2400mm | OD38mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | No | 42 microns hot dipped galvanized |
| POLY-TMFP-2400-A05 | 2100mm | 2400mm | OD40mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | No | 42 microns hot dipped galvanized |
| POLY-TMFP-2400-A06 | 2100mm | 2400mm | OD40mm | 1.5mm | 60×150mm | 4.00mm | 13/38 pcs | No | 100 microns hot dipped galvanized |
| POLY-TMFP-2400-A07 | 2100mm | 2400mm | OD41mm | 1.4mm | 60×150mm | 2.70mm | 13/38 pcs | No | 42 microns hot dipped galvanized |
| POLY-TMFP-2400-A08 | 2100mm | 2400mm | OD41mm | 1.5mm | 60×150mm | 3.00mm | 13/38 pcs | No | 100 microns hot dipped galvanized |
| POLY-TMFP-2400-A09 | 2100mm | 2400mm | OD38mm | 2.0mm | 60×150mm | 4.00mm | 13/38 pcs | No | 100 microns hot dipped galvanized |
| POLY-TMFP-2400-A10 | 2100mm | 2400mm | OD32mm | 2.0mm | 60×150mm | 3.00mm | 13/38 pcs | No | 100 microns hot dipped galvanized |
Table 2: 3300mm Width Configurations
| Model Code | Height | Width | Tube OD | Frame Thickness | Mesh Opening | Wire Ø | Wire Count (V/H) | Center Brace | Finish |
|---|---|---|---|---|---|---|---|---|---|
| POLY-TMFP-3300-B01 | 2100mm | 3300mm | OD32mm | 1.2mm | 60×150mm | 2.70mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-3300-B02 | 2100mm | 3300mm | OD32mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-3300-B03 | 2100mm | 3300mm | OD38mm | 1.2mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 14 microns HDG |
| POLY-TMFP-3300-B04 | 2100mm | 3300mm | OD38mm | 1.5mm | 60×150mm | 4.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-3300-B05 | 2100mm | 3300mm | OD40mm | 1.4mm | 60×150mm | 2.70mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-3300-B06 | 2100mm | 3300mm | OD40mm | 1.5mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-3300-B07 | 2100mm | 3300mm | OD41mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-3300-B08 | 2100mm | 3300mm | OD41mm | 1.5mm | 60×150mm | 4.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-3300-B09 | 2100mm | 3300mm | OD38mm | 2.0mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-3300-B10 | 2100mm | 3300mm | OD32mm | 2.0mm | 60×150mm | 4.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
Table 3: 3500mm Width Configurations
| Model Code | Height | Width | Tube OD | Frame Thickness | Mesh Opening | Wire Ø | Wire Count (V/H) | Center Brace | Finish |
|---|---|---|---|---|---|---|---|---|---|
| POLY-TMFP-3500-C01 | 2100mm | 3500mm | OD32mm | 1.4mm | 60×150mm | 2.70mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-3500-C02 | 2100mm | 3500mm | OD32mm | 1.5mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-3500-C03 | 2100mm | 3500mm | OD38mm | 1.2mm | 60×150mm | 2.70mm | 13/38 pcs | Yes | 14 microns HDG |
| POLY-TMFP-3500-C04 | 2100mm | 3500mm | OD38mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-3500-C05 | 2100mm | 3500mm | OD40mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-3500-C06 | 2100mm | 3500mm | OD40mm | 1.5mm | 60×150mm | 4.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-3500-C07 | 2100mm | 3500mm | OD41mm | 1.4mm | 60×150mm | 2.70mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-3500-C08 | 2100mm | 3500mm | OD41mm | 1.5mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-3500-C09 | 2100mm | 3500mm | OD38mm | 2.0mm | 60×150mm | 4.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-3500-C10 | 2100mm | 3500mm | OD32mm | 2.0mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
Table 4: Finish-Focused “Risk Control” Configurations
| Model Code | Height | Width | Tube OD | Frame Thickness | Mesh Opening | Wire Ø | Wire Count (V/H) | Center Brace | Finish |
|---|---|---|---|---|---|---|---|---|---|
| POLY-TMFP-RISK-D01 | 2100mm | 2400mm | OD38mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | No | 14 microns HDG |
| POLY-TMFP-RISK-D02 | 2100mm | 3300mm | OD38mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 14 microns HDG |
| POLY-TMFP-RISK-D03 | 2100mm | 3500mm | OD38mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 14 microns HDG |
| POLY-TMFP-RISK-D04 | 2100mm | 2400mm | OD40mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | No | 42 microns hot dipped galvanized |
| POLY-TMFP-RISK-D05 | 2100mm | 3300mm | OD40mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-RISK-D06 | 2100mm | 3500mm | OD40mm | 1.4mm | 60×150mm | 3.00mm | 13/38 pcs | Yes | 42 microns hot dipped galvanized |
| POLY-TMFP-RISK-D07 | 2100mm | 2400mm | OD41mm | 1.5mm | 60×150mm | 4.00mm | 13/38 pcs | No | 100 microns hot dipped galvanized |
| POLY-TMFP-RISK-D08 | 2100mm | 3300mm | OD41mm | 1.5mm | 60×150mm | 4.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-RISK-D09 | 2100mm | 3500mm | OD41mm | 1.5mm | 60×150mm | 4.00mm | 13/38 pcs | Yes | 100 microns hot dipped galvanized |
| POLY-TMFP-RISK-D10 | 2100mm | 2400mm | OD32mm | 2.0mm | 60×150mm | 3.00mm | 13/38 pcs | No | 100 microns hot dipped galvanized |
Closing Warning That Saves Money Later
If you buy temporary mesh fence panels based only on size and a vague “galvanized” label, you’re gambling with the two things sites cannot hide: appearance and stability. Choose the OD, frame thickness, wire diameter, and finish like you’re buying time—because that’s exactly what the right POLYMETAL configuration protects. For projects that also consider surface durability and visual consistency, you can explore how protective finishes work in real-world use through this guide on powder coatings.
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