Securifor 358 mesh combines narrow welded steel openings with a coordinated high-security perimeter system. Betafence developed Securifor for properties requiring effective intrusion deterrence and clear surveillance visibility. Its flat panels create a rigid boundary without obstructing every view beyond the fence.
The name 358 refers to three-inch spacing, half-inch spacing, and approximately eight-gauge wire. Metric equivalents measure 76.2 × 12.7mm between wire centres, with approximately 4mm steel diameter. This geometry limits convenient finger and toe holds.
Unlike generic welded mesh, genuine Securifor belongs to the Betafence product family. Manufacturer-approved posts, fasteners, and gates complete the intended system. Buyers should verify the exact product version before approving materials.
Many projects also consider high security 358 mesh fencing when comparing perimeter specifications. However, similar mesh dimensions alone do not establish genuine Securifor product identity.
Ordinary perimeter fences often contain larger openings that provide convenient climbing points. Securifor uses tightly spaced horizontal wires to restrict these opportunities. Its welded construction also supports consistent panel rigidity.
Flat panel geometry helps surveillance teams observe activity beyond the boundary. Cameras can monitor suitable sections without facing a completely solid obstruction. Correct camera positioning remains essential for reliable coverage.
Betafence offers coordinated Securifor components for different installation environments. The system includes compatible posts, secure connections, and matching gate options. Final performance depends on the complete assembly.
Standard mesh centres measure 76.2mm horizontally and 12.7mm vertically. Steel wires occupy part of each opening. With 4mm wires, approximate clear apertures measure 72.2mm and 8.7mm.
These narrow spaces make ordinary hand and foot placement difficult. Flat welded panels also provide fewer projecting footholds than some traditional designs. Nevertheless, determined attackers may still overcome physical barriers using specialised equipment.
Closely spaced wires restrict access for some conventional cutting tools. Wire strength and welded intersection quality influence actual resistance. Strong connections help the mesh retain its shape during normal service.
Security performance should follow documented tests rather than absolute claims. A standard mesh specification does not automatically establish a certified attack-resistance rating. Buyers should request the appropriate product documentation.
Betafence publishes different Securifor configurations for Europe and South Africa. Panel widths, coatings, and compatible posts can vary between manufacturing regions. Consequently, customers should identify the intended version before procurement.
| Technical Parameter | European Securifor 358 | South African Securifor SingleSkin |
|---|---|---|
| Manufacturer | Betafence | Betafence |
| Panel Profile | Flat welded mesh | Flat welded mesh |
| Mesh Centres | 76.2 × 12.7mm | 76.2 × 12.7mm |
| Wire Diameter | 4.0mm | Approximately 3.96mm |
| Reference Panel Width | 2518.6mm | 3048mm |
| Panel Heights | Model-specific; tall panels available | 2375 / 2985mm reference panels |
| Surface Protection | Galvanized wire with polyester coating | ZincAlu with optional PVC coating |
| Post Systems | Compatible Betafence post systems | Angle or square post configurations |
| Gate Options | Matching swing and sliding gates | Project-specific compatible gates |
European Securifor panels can reach substantial heights through suitable configurations. South African SingleSkin specifications follow a separate regional design. Buyers should not combine dimensions from unrelated versions.
Mesh measurements usually describe distances between wire centres. These values differ from the actual free opening. Steel diameter reduces the available space between adjacent wires.
For comparison, 358 welded wire mesh fence specifications commonly follow the same nominal spacing. Manufacturers may also offer 75 × 12.5mm alternatives.
Betafence offers several Securifor variations for different performance requirements. These products share certain design principles but use different reinforcement methods. Buyers should evaluate each system independently.
| System | Construction | Primary Distinction |
|---|---|---|
| Securifor 358 | Flat 4mm welded mesh | Standard narrow-aperture security |
| Securifor 3D | Welded mesh with reinforcing bends | Additional formed-panel rigidity |
| Securifor 4D | Alternating wire geometry | Enhanced structural configuration |
| Securifor Super 6 | 4mm horizontal / 6mm vertical | Heavier vertical reinforcement |
| Securifor Super 10 | 4mm horizontal / 10mm vertical | Substantial vertical wire reinforcement |
| Securifor Double Skin | Additional welded mesh layer | More demanding protective applications |
Some specialised systems carry independently documented security certifications. Such certifications apply only to the exact tested configuration. Generic 358 panels cannot inherit those ratings automatically.
Traditional Securifor 358 uses a flat panel profile. Securifor 3D introduces formed reinforcing bends. These bends change the panel's rigidity and appearance.
Both designs can maintain narrow security mesh openings. However, panel geometry and supporting posts may differ. Customers should request the appropriate technical drawings.
Securifor Super 6 uses thicker vertical wires than standard Securifor 358. Its 6mm vertical reinforcement increases steel content. Horizontal wires commonly retain a 4mm diameter.
Additional steel changes panel weight and handling requirements. Supporting components must match the selected configuration. Security ratings still depend on documented system testing.
Reliable perimeter protection requires suitable steel posts and secure panel connections. Betafence offers several compatible post systems. The correct selection depends on height, installation method, and regional availability.
European Securifor systems can use rectangular steel posts with compatible threaded fixing points. Reference sections include 80 × 60 × 2.5mm and 120 × 60 × 3mm. Final dimensions depend on post length and design requirements.
Specific fixators or continuous cover plates secure the panels. One-way bolts can discourage unauthorised dismantling. Proper installation maintains consistent connection strength.
Betafence also recommends selected Bekafix Ultra and UniLox post systems. These products offer different fixing arrangements and structural characteristics. Compatibility depends on the exact panel and post versions.
Installers should avoid substituting unrelated hardware without technical approval. Approved connections support predictable installation and manufacturer compliance.
Tamper-resistant bolts help protect exposed panel connections. Some Securifor arrangements use M8 fasteners with compatible cover plates. Other versions require different proprietary fixing components.
Correct fastener spacing depends on panel height and connection design. Contractors should follow the approved installation schedule. Corners and terminal posts may require additional hardware.
The following schedule preserves the original article's generic 358 reference dimensions. It does not represent one official Betafence product schedule. Final Securifor specifications must follow the selected manufacturer's datasheet.
| Reference Height | Wire Diameter | Mesh Centres | Reference Fixings | Generic Post Section | Nominal Post Spacing |
|---|---|---|---|---|---|
| 1270mm | 4mm | 76.2 × 12.7mm | 5 | 60 × 60 × 2mm | 2440mm |
| 1500mm | 4mm | 76.2 × 12.7mm | 5 | 60 × 60 × 2mm | 2440mm |
| 1800mm | 4mm | 76.2 × 12.7mm | 6 | 60 × 60 × 2mm | 2440mm |
| 2000mm | 4mm | 76.2 × 12.7mm | 6 | 60 × 60 × 2mm | 2440mm |
| 2135mm | 4mm | 76.2 × 12.7mm | 8 | 60 × 60 × 2mm | 2440mm |
| 2440mm | 4mm | 76.2 × 12.7mm | 9 | 60 × 60 × 2mm | 2440mm |
| 3000mm | 4mm | 76.2 × 12.7mm | 11 | 60 × 60 × 2mm | 2440mm |
These reference posts require structural verification before use. Taller installations may need stronger steel sections. Wind loading, soil conditions, and foundations influence final requirements.
Outdoor security fencing faces moisture, pollution, ultraviolet exposure, and atmospheric salts. Suitable coatings help protect steel components. Environmental conditions should guide the finishing specification.
Betafence describes galvanized wire with an adhesion layer and polyester finish for European Securifor. The published polyester coating specifies at least 100 microns. Standard colour options include green and anthracite.
Coating performance depends on surface preparation and processing quality. Damaged areas require appropriate maintenance. Customers should follow the selected product's official instructions.
South African Securifor SingleSkin uses ZincAlu-based protective options. Selected configurations include an additional PVC coating. These systems address corrosion resistance through different manufacturing processes.
Marine environments deserve particular attention because salt accelerates corrosion. Buyers should confirm the correct finish for their location. Regular inspection remains important even with protective coatings.
South African environments vary considerably between coastal cities and inland industrial regions. Durban experiences humid conditions and airborne marine salts. These factors can increase corrosion around damaged steel surfaces.
Cape Town combines coastal exposure with strong seasonal winds. Perimeter designers should consider both protective coatings and structural loads. Appropriate post foundations help maintain fence stability.
Gauteng industrial areas experience summer thunderstorms, dust, and urban pollution. Security fencing must withstand these conditions while supporting operational access. Customers comparing clear view fencing Gauteng can evaluate similar site requirements.
Coastal projects may also consider clear view fencing Cape Town applications. Corrosion exposure and maintenance expectations should influence material selection.
Sensitive facilities require more than a physical fence. Access control, surveillance, lighting, and response procedures contribute to the security strategy. Dense welded mesh supports these arrangements through clear visibility.
Data centres protect valuable equipment and essential digital services. Security boundaries help control access around buildings and external infrastructure. Suitable gates and monitoring systems complete the perimeter.
Operators should assess vehicle routes, emergency access, and maintenance requirements. Certified protection may matter for particular projects. Buyers must verify the exact tested system.
Utility facilities require controlled access around hazardous equipment. Security mesh can separate restricted areas from public spaces. Designers must also consider grounding and electrical safety requirements.
Foundation locations should avoid underground services. Gate arrangements must accommodate maintenance vehicles. Applicable engineering standards govern the installation.
Industrial sites often handle valuable inventory and frequent deliveries. Perimeter fencing helps distinguish authorised areas from surrounding roads. Open mesh supports visual monitoring near access points.
Vehicle entrances need suitable gate widths and clear operating space. The clear view fence gates category covers related access arrangements.
Some projects require additional perimeter toppings. These can include approved spikes, razor-wire arrangements, or detection equipment. Applicable regulations and safety requirements govern their use.
Top security accessories should match the fence's structural design. Added components can increase wind loads and maintenance requirements. Engineers must verify supporting posts and connections.
Anti-climb topping reference for perimeter protection. |
Dense welded mesh maintains visibility through the barrier. |
Some sites require protection against digging beneath the perimeter. Betafence describes additional panel lengths or underdig extensions for selected systems. A 300mm underground extension provides one reference arrangement.
Ground conditions influence the effectiveness of buried mesh. Contractors should consider drainage, corrosion exposure, and soil movement. Project drawings must specify the approved underground detail.
Accurate installation begins with a site survey. Contractors should measure boundary lengths, ground levels, corners, and gate openings. These measurements determine panel quantities and supporting post positions.
Some European Securifor specifications use approximately 75mm overlap at each post. The connection method affects effective panel coverage. Other regional systems use different dimensions.
Installers should never assume universal post spacing across all Securifor versions. Manufacturer drawings provide the correct dimensions. Accurate layout reduces installation errors.
Foundation design depends on fence height, wind exposure, and soil characteristics. Taller panels create greater structural demands. Engineers should confirm concrete dimensions and reinforcement where necessary.
Uneven ground may require stepped panels or custom details. Drainage should prevent unnecessary water accumulation around posts. The ClearVu fence installation guide</a covers related installation principles.
Different fencing systems address different project requirements. Securifor focuses on dense security mesh and coordinated protective components. Other products prioritise lighter construction or different appearances.
| Product Category | Design Characteristic | Common Use |
|---|---|---|
| Securifor 358 | Flat dense welded mesh | High-security perimeters |
| Nylofor 3D | V-bend welded mesh | Commercial and residential boundaries |
| Generic 358 Mesh | Narrow welded openings | Custom security projects |
| Temporary Fencing | Movable mesh panels | Construction worksites |
| Garrison Fencing | Vertical steel profiles | Architectural perimeter fencing |
Customers comparing Nylofor 3D fencing should distinguish its reinforcing folds from Securifor's flat mesh. These products serve different design priorities.
Construction contractors may use temporary fencing panels before permanent perimeter installation. Compatible temporary fence blocks support these movable systems.
Some architectural developments choose garrison fencing instead of welded mesh. Its tubular steel construction creates a different visual profile.
International transportation requires careful protection against scratches and handling damage. Suitable pallets support the panels during loading and unloading. Protective film separates finished steel surfaces.
Metal corner guards strengthen vulnerable pallet edges. Strapping plates help prevent direct pressure on coated panels. Plywood covers can protect lower packages during suitable stacking arrangements.
Customers should inspect packaging and quantities upon delivery. Accurate packing lists simplify warehouse checks. Damaged coatings require attention before installation.
Panel reference showing welded steel mesh construction. |
Export handling requires suitable protective packaging. |
Buyers should confirm genuine product identity before placing an order. Securifor is a Betafence trademark, not a generic manufacturer designation. Matching mesh dimensions alone cannot establish authenticity.
BMP also manufactures its own clear view fence panels for separate security fencing requirements. These products should not carry the Securifor trademark without genuine Betafence identification.
Related ClearVu fence panels offer another security mesh category. Customers should compare specifications and manufacturer identity independently.
Regular inspections help identify coating damage and loose connections. Maintenance teams should examine gates, post caps, and exposed fasteners. Early repairs reduce the risk of progressive corrosion.
Coastal environments may require more frequent cleaning. Removing salt deposits helps protect coated surfaces. Owners should follow the relevant Betafence maintenance guidance.
Yes, Securifor belongs to the Betafence product portfolio. Genuine systems use manufacturer-specific components and documentation. Generic 358 mesh does not automatically qualify as Securifor.
Common specifications use 76.2 × 12.7mm wire-centre spacing. Standard Securifor 358 uses approximately 4mm steel wires. Regional versions may have different panel widths.
Betafence offers selected tall-panel configurations and stacked arrangements. Structural requirements increase with fence height. Buyers should confirm the approved system details.
Narrow mesh openings restrict convenient finger and toe holds. This discourages climbing compared with many larger-opening fences. Complete security still requires appropriate site planning.
Yes, the flat welded mesh maintains useful visibility. Camera placement and lighting determine practical coverage. Security designers should verify observation angles.
Betafence provides different galvanized, ZincAlu, polyester, and PVC configurations. Exact options depend on the manufacturing region. Coastal exposure may require additional maintenance.
Yes, Betafence offers matching gate arrangements for selected systems. Swing and sliding options support different entrances. Buyers should confirm availability and compatibility.
Securifor 358 mesh combines narrow welded openings with manufacturer-designed posts, fixings, and gate options. Its flat construction supports visibility while discouraging climbing.
Reliable protection depends on accurate specifications, suitable coatings, and professional installation. Genuine Betafence identification remains essential for branded procurement. Customers should request current product documentation before finalising project requirements.
