358 Prison Mesh Fencing delivers high-security perimeter protection through dense welded steel wires, strong structural posts, and anti-tamper connections. Its narrow openings discourage climbing while maintaining clear visibility across protected boundaries. Unlike conventional chain-link fencing, this rigid mesh restricts convenient handholds and footholds. Furthermore, galvanized steel and compatible powder coatings support long-term outdoor performance. BMP manufactures complete systems for correctional facilities, airports, industrial compounds, infrastructure, and security-sensitive properties.
The 358 designation refers to traditional measurements of three inches, half an inch, and approximately eight-gauge steel wire. These values correspond to 76.2 × 12.7 mm wire-centre spacing and approximately 4 mm wire diameter. Consequently, the finished mesh offers strong resistance against ordinary climbing attempts. Security personnel can also observe activity beyond the fence without relying on openings in solid walls.
Perimeter security requires more than a physical boundary between two locations. A dependable system should discourage intrusion, support surveillance, and withstand environmental exposure. Therefore, densely welded security mesh offers important advantages over many traditional barriers.
Each intersection connects horizontal and vertical steel wires through resistance welding. This arrangement maintains consistent panel geometry and reduces unwanted flexibility. Additionally, the narrow horizontal spacing makes conventional climbing techniques more difficult.
However, no physical fence guarantees absolute protection against determined intrusion. Effective security depends on panel height, structural support, controlled entrances, and surrounding conditions. Consequently, engineers should evaluate the complete perimeter rather than individual mesh panels alone.
The restricted mesh geometry leaves very little room for conventional fingerholds. For example, 4 mm wires with 12.7 mm centre spacing leave approximately 8.7 mm of clear space. Protective coatings can reduce that opening slightly.
Likewise, closely spaced horizontal wires make secure footwear placement difficult. Although climbing remains theoretically possible, these restrictions increase the challenge significantly. Furthermore, sufficient fence height improves resistance against ordinary unauthorized access.
Steel wire diameter influences cutting resistance and overall panel stiffness. Traditional 358 panels commonly use approximately 4 mm horizontal and vertical wires. Meanwhile, resistance welding creates fixed intersections throughout the mesh.
However, cutting resistance depends on steel properties, tool capabilities, and attack duration. Therefore, buyers should avoid treating the product as completely cut-proof. Appropriate clamps and secure gates also contribute to the overall security level.
Solid walls may obstruct perimeter observation and create concealed spaces near access routes. In contrast, fine welded mesh maintains visual connections between protected areas and their surroundings. Security teams can therefore monitor movement without requiring frequent viewing openings.
Furthermore, suitable surveillance cameras can observe activities beyond the fence line. Proper camera positioning remains important because nearby wires may interfere with focus or infrared lighting.
Boss Metal and Plastic Co., Ltd. has manufactured metal fencing and wire mesh products since 2006. Our manufacturing experience covers welded security panels, steel posts, clamps, gates, and export packaging.
BMP supplies customers across international construction, industrial, and security markets. Additionally, our production capabilities support different mesh patterns, panel heights, structural sections, and protective finishes.
Rather than supplying unrelated components, we coordinate complete fencing assemblies. Consequently, customers can match their panels, posts, and security fittings through one manufacturing arrangement.
Production begins with steel wire selection and dimensional checks. Next, automated or controlled resistance welding creates the required mesh geometry. Workers then inspect panel dimensions, weld consistency, and overall alignment.
Afterward, the selected corrosion-protection process prepares components for outdoor exposure. Finally, our team organizes panels, posts, and accessories for international transportation.
Customers can specify their required product drawings before manufacturing. This approach reduces dimensional misunderstandings and helps contractors coordinate installation schedules.
International security projects depend on product quality, accurate documentation, and reliable communication. Therefore, BMP focuses on coordinated manufacturing and practical export support.
Shipping charges depend on destination, shipment volume, carrier availability, and delivery terms. Consequently, our team evaluates practical freight options rather than promising an identical rate for every destination.
Meanwhile, warranty coverage depends on the agreed product specification and contractual conditions. Customers should retain purchase records, inspection documents, and applicable maintenance information.
Different facilities require different security arrangements. Nevertheless, many benefit from narrow mesh openings, structural rigidity, and clear perimeter visibility. These characteristics make the system suitable for several demanding environments.
Correctional boundaries require controlled movement between restricted and accessible areas. Dense welded mesh discourages climbing while allowing officers to observe adjacent spaces. Moreover, appropriate gate systems help manage authorized personnel movement.
However, correctional security requires layered operational measures. Camera systems, controlled access, adequate lighting, and response procedures remain essential. Accordingly, the fence should form part of a coordinated facility security strategy.
Military facilities may require physical separation around equipment, storage areas, and restricted compounds. Strong welded mesh offers a useful perimeter component when engineers select suitable posts and connections.
Furthermore, compatible security accessories can support specific operational requirements. Final arrangements must comply with applicable regulations and approved facility security designs.
Airports depend on controlled access around operational zones. Narrow security mesh can discourage unauthorized movement while maintaining perimeter visibility. In addition, patrol routes and surveillance systems can complement the physical barrier.
Nevertheless, airport designs must consider operational clearances, emergency access, and specialized regulations. Therefore, the relevant facility operator should approve the final system.
Industrial facilities often store valuable machinery, equipment, and finished products. Uncontrolled perimeter access can create safety problems and operational disruption. Consequently, strong fencing helps separate controlled working areas from public surroundings.
Clear visibility also supports monitoring around vehicle yards and loading entrances. Meanwhile, matching security gates allow authorized traffic without compromising the surrounding boundary.
Water treatment facilities, electrical substations, and telecommunications sites often require restricted access. A rigid security fence can help protect equipment against casual interference.
However, operators must also preserve required maintenance routes and emergency access. Therefore, designers should coordinate security arrangements with the facility's engineering requirements.
High-security fencing combines several protective features within one system. Nevertheless, individual characteristics contribute differently to the finished perimeter. Understanding these differences helps buyers compare suitable products.
Chain-link fencing uses flexible woven wires and commonly features larger openings. Consequently, ordinary chain-link systems may provide more accessible climbing holds. Dense welded mesh offers a different approach through rigid panels and narrow spacing.
However, chain-link products remain useful for general boundaries and recreational facilities. The correct choice depends on security requirements, site conditions, and the required service life.
Concrete walls provide substantial visual separation and privacy. However, their opaque construction limits observation across the boundary. By comparison, welded steel mesh preserves visibility while restricting physical entry.
Furthermore, mesh fencing generally requires different foundations and installation methods. Nevertheless, structural requirements still depend on fence height, wind exposure, and ground conditions.
Palisade fencing uses vertical steel profiles rather than closely spaced welded wires. It can provide a robust industrial boundary with substantial visibility. However, climbing characteristics depend on pale spacing and overall design.
Fine-mesh systems offer a different appearance and restrict conventional finger access. Therefore, buyers should compare complete assemblies rather than relying only on product categories.
Detailed specifications help purchasers compare wire materials, protective treatments, and connection systems. Consequently, the project schedule should identify actual dimensions and manufacturing requirements.
The following table preserves the original reference values. However, some historical descriptions require additional technical clarification before contract approval.
| Specification | Details |
|---|---|
| Mesh Size | 3" (75mm) × 0.5" (12.5mm) |
| Wire Diameter | 8 gauge (4mm) for both horizontal and vertical wires |
| Welded Strength | Original reference: 540–690 N/m²; the property, units, and test method require confirmation |
| Surface Treatment | Hot-dipped galvanized steel wire followed by PVC powder coating (minimum 100 microns), or PVC powder painting, according to the original specification |
| Installation Method | Minimum 75mm panel overlap at each post, secured through slotted clamp bars and M8 diameter bolts |
The original 75 × 12.5 mm mesh represents an approximate metric description. Conventional imperial 358 dimensions convert to 76.2 × 12.7 mm. Therefore, buyers should specify their exact required centre spacing.
Likewise, the original weld-strength entry uses N/m² without a defined property or test procedure. This figure should not serve as an acceptance criterion without supporting documentation. A meaningful test report must identify the measurement method and appropriate units.
Additionally, PVC powder coating and polyester powder coating represent different material systems. The approved quotation should identify the selected coating chemistry and required thickness.
Mesh pitch normally describes the distance between neighbouring wire centres. Consequently, the clear opening remains smaller than the nominal spacing.
For example, a 12.7 mm centre distance and 4 mm wire create an approximately 8.7 mm opening. Meanwhile, the longer 76.2 mm direction provides approximately 72.2 mm of clear space. These measurements exclude further changes from protective coating thickness.
This distinction matters for high-security design and inspection. Therefore, production drawings should state whether specifications refer to centre spacing or clear apertures.
Structural posts transfer fence loads into concrete foundations or approved supporting structures. Consequently, their dimensions and wall thickness influence perimeter performance. Different fence heights require appropriate engineering consideration.
Hollow steel sections offer practical mounting surfaces for security clamps and continuous fixing bars. Moreover, correctly finished posts complement the corrosion protection of the welded mesh.
| Material | High-grade steel for strength and rigidity |
|---|---|
| Post Section | 60×60mm, 80×60mm, 80×80mm, or 120×60mm |
| Post Plate Thickness | 2.5mm or 3.0mm |
| Finish | Inside and outside galvanized, minimum 275 g/m² zinc coating in the original specification, followed by minimum 60-micron polymer powder coating |
| Colors | Green RAL 6005, Black RAL 9005, and additional colours upon request |
| Post Cap | Metal caps for 80×60mm and 120×60mm posts; plastic caps for 80×80mm posts |
The original zinc-coating requirement specifies 275 g/m². However, buyers must confirm whether this represents continuous galvanizing or another defined process. Different coating methods follow different technical requirements.
Likewise, post caps should suit the selected section and exposure conditions. Properly fitted caps can limit moisture entry and improve the completed appearance.
Square hollow sections offer consistent geometry for several clamp arrangements. Meanwhile, rectangular sections may suit particular connection designs and loading directions. However, different cross-sections cannot automatically replace one another.
Engineers should assess steel grade, wall thickness, section geometry, and post spacing. Furthermore, foundation design must reflect the actual site conditions.
Embedded posts extend into engineered concrete foundations. Their required depth depends on soil conditions, fence height, and loading assumptions. Consequently, the overall post length must accommodate both the visible fence and foundation embedment.
Surface-mounted posts use suitable base plates and anchors. However, the supporting concrete must provide adequate strength and geometry. Therefore, engineers should approve anchor arrangements and base-plate dimensions before installation.
Reliable connections prevent excessive panel movement and discourage unauthorized removal. Accordingly, clamp bars and fasteners deserve careful selection. The original product range includes galvanized and powder-coated steel connection components.
| Item | Specification |
|---|---|
| Clamp Bar | Matching post dimensions, hot-dip galvanized, then powder-coated |
| Inter or Corner Clamp No. (PCS) | Varies with panel size, ensuring secure attachment and stability |
Continuous clamp bars can restrain mesh panels along their supporting posts. Meanwhile, approved M8 bolts secure the connection through suitable openings. Tamper-resistant fasteners may improve protection against casual removal.
However, the correct fixing count depends on panel height and the approved design. Therefore, manufacturers should supply matching accessories for each selected configuration.
Intermediate posts commonly support adjacent panels along straight fence sections. Corner locations introduce changes in fence direction and connection geometry. Consequently, the original specification lists separate fixing quantities.
Buyers should confirm actual corner arrangements through approved drawings. This prevents confusion between single-panel connections, overlapping panels, and specialized corner brackets.
Anti-tamper bolts reduce casual access to removable connections. Nevertheless, maintenance teams must retain the correct tools for authorized replacement. Therefore, security hardware should balance restricted public access with practical servicing.
Fastener material also matters in corrosive environments. Suitable compatibility between bolts, clamps, and protective finishes helps reduce avoidable deterioration.
The following technical schedule preserves all nine original product configurations. Each row includes panel dimensions, post sections, post lengths, clamp bars, and fixing quantities. These details help buyers prepare material schedules and manufacturing drawings.
Nevertheless, final engineering approval remains necessary for every project. Wind exposure, foundation conditions, and site-specific security requirements can change the appropriate structural design.
| Panel Size (Height × Width) | Fence Post (Height × Size × Thickness) | Clamp Bar (Height × Width × Thickness) | Inter or Corner Clamp No. (PCS) |
|---|---|---|---|
| 2007mm × 2515mm | 2700mm × 60 × 60 × 2.5mm | 2007mm × 60mm × 5.00mm | 7 or 14 |
| 2400mm × 2515mm | 3100mm × 60 × 60 × 2.5mm | 2400mm × 60mm × 5.00mm | 9 or 18 |
| 2997mm × 2515mm | 3800mm × 80 × 80 × 2.5mm | 2997mm × 80mm × 6.00mm | 11 or 22 |
| 3302mm × 2515mm | 4200mm × 80 × 80 × 2.5mm | 3302mm × 80mm × 6.00mm | 12 or 24 |
| 3607mm × 2515mm | 4500mm × 100 × 60 × 3.0mm | 3607mm × 100mm × 7.00mm | 13 or 26 |
| 3607mm × 2515mm | 4500mm × 100 × 100 × 3.0mm | 3607mm × 100mm × 7.00mm | 13 or 26 |
| 4204mm × 2515mm | 5200mm × 100 × 100 × 4.0mm | 4204mm × 100mm × 8.00mm | 15 or 30 |
| 4496mm × 2515mm | 5500mm × 100 × 100 × 5.0mm | 4496mm × 100mm × 8.00mm | 16 or 32 |
| 5207mm × 2515mm | 6200mm × 120 × 120 × 5.0mm | 5207mm × 100mm × 8.00mm | 18 or 36 |
All nine rows retain their original dimensions and fixing quantities. However, listed dimensions represent reference combinations rather than independently verified structural designs. Buyers should confirm post capacity, foundation requirements, and clamp compatibility before ordering.
The 2007 mm panel uses a 2515 mm reference width and a 60 × 60 × 2.5 mm post. Its corresponding post length measures 2700 mm. Meanwhile, the original fixing schedule specifies seven intermediate or fourteen corner connections.
The 2400 mm panel retains the same post cross-section. However, its post length increases to 3100 mm. Additionally, the associated fixing quantities increase to nine and eighteen.
These dimensions provide useful starting points for security projects requiring moderate fence heights. Nevertheless, foundation calculations should determine the final installation arrangement.
Taller mesh panels require greater attention to structural stability. Therefore, the original 2997 mm configuration uses an 80 × 80 × 2.5 mm supporting post. Its overall post length reaches 3800 mm.
Meanwhile, the 3302 mm panel uses a similar post section with a 4200 mm total length. Connection quantities rise from eleven to twelve intermediate fixings. Corresponding corner quantities reach twenty-two and twenty-four.
However, wind loading and post deflection can influence the final section choice. Engineers must therefore confirm whether the listed profiles suit the specific location.
The original schedule contains two configurations with identical panel dimensions. Both use 3607 × 2515 mm mesh panels and 4500 mm posts. However, their structural sections differ.
One arrangement uses a 100 × 60 × 3 mm rectangular post. Alternatively, the second arrangement uses a 100 × 100 × 3 mm square post. Each configuration includes a 3607 × 100 × 7 mm clamp bar.
Both versions list thirteen intermediate or twenty-six corner fixings. Nevertheless, post geometry influences structural behaviour and connection compatibility. Therefore, the two configurations require separate engineering consideration.
Very tall security fences impose substantial demands on supporting posts and foundations. Consequently, the reference schedule increases wall thickness as panel height increases.
The 4204 mm panel uses a 100 × 100 × 4 mm post with a 5200 mm total length. Meanwhile, the 4496 mm panel uses a 100 × 100 × 5 mm section.
The tallest listed panel measures 5207 × 2515 mm. Its supporting post uses a 120 × 120 × 5 mm section and reaches 6200 mm overall. Furthermore, its fixing schedule includes eighteen intermediate or thirty-six corner connections.
These tall configurations require careful assessment of wind loads, foundation stability, and construction procedures. Accordingly, qualified engineers should approve the final structural arrangements.
Outdoor fencing faces rainfall, moisture, temperature changes, and airborne contamination. Consequently, effective corrosion protection improves long-term appearance and performance. However, different coating systems offer different characteristics.
Zinc coatings protect steel through a combination of physical separation and sacrificial protection. Nevertheless, coating thickness and manufacturing processes influence durability. Buyers should therefore identify the actual galvanizing method.
Pre-galvanized wire, galvanized fabricated panels, and continuously galvanized sections are not identical products. Each manufacturing route requires suitable technical specifications and inspection methods.
Polyester powder coating provides colour and additional surface protection. Meanwhile, certain project specifications use PVC-based coatings. These materials require different processing conditions and performance evaluation.
The original specification identifies a minimum 100-micron coating for the mesh. However, actual thickness should follow the selected material system and approved contract requirements. Similarly, the original post schedule specifies a minimum 60-micron polymer finish.
Dark green remains popular around landscaped properties and industrial facilities. Black provides a visually discreet appearance against many backgrounds. Additionally, custom colours can support project branding or architectural requirements.
However, colour selection does not determine corrosion resistance by itself. Surface preparation, zinc protection, and coating quality remain equally important.
Coastal environments place additional demands on outdoor steel structures. Salt-bearing moisture can accelerate corrosion where coatings suffer damage. Consequently, projects near the sea require careful material selection and maintenance planning.
Durban combines major logistics operations with coastal residential and commercial development. Properties near marine environments may experience increased salt exposure. Meanwhile, warehouses and industrial sites often require clear perimeter observation.
Dense security mesh can support these requirements through strong physical separation and unobstructed sightlines. Additionally, suitable protective finishes help reduce corrosion risks.
Projects involving high security 358 mesh fencing may also require specialized gate and post arrangements. Consequently, designers should match security requirements to local environmental conditions.
Cape Town's coastal setting creates varying exposure to marine air and strong winds. Therefore, fencing design must consider both corrosion protection and structural loading. Exposed locations may require more substantial posts and foundations.
Furthermore, visually open fencing can preserve landscape views around managed estates and commercial developments. Appropriate surveillance equipment can complement the physical boundary.
Gauteng contains numerous warehouses, factories, and transportation facilities. These properties often require restricted entrances and reliable monitoring of external storage areas. Consequently, security mesh can help separate controlled operations from surrounding activity.
Industrial buyers comparing 358 mesh fencing panels should also evaluate structural posts and fitting quantities. The complete system determines installation compatibility and practical security performance.
Correct installation supports structural stability and consistent security performance. Therefore, contractors should review approved drawings before preparing foundations. Boundary measurements, terrain changes, and gate positions all influence installation.
First, installers establish the approved boundary alignment. Next, they mark post locations according to actual system dimensions. Finally, they check gate openings and changes in ground elevation.
Panel width does not always equal the centre-to-centre distance between posts. Overlap arrangements and connection details can change the required spacing. Consequently, installers should follow approved layout drawings.
Concrete foundations transfer fence loads into the supporting ground. However, foundation dimensions depend on soil conditions, wind loading, and structural requirements. Therefore, engineers must determine appropriate excavation dimensions and embedment depths.
Workers should also verify post alignment and vertical positioning. Furthermore, concrete needs sufficient curing before significant loading.
After posts reach the required stability, installers can position the welded mesh panels. Next, workers align the overlap and attach approved clamp bars. Finally, they secure fasteners according to the connection drawings.
The original design references a minimum 75 mm overlap at supporting posts. However, other systems may use different arrangements. Therefore, the actual project specification must govern installation.
Installation teams should inspect fastener engagement, panel alignment, and visible coating damage. Additionally, they should verify gate clearance and perimeter continuity. These checks help identify problems before handover.
Manufacturing quality influences both physical security and installation accuracy. Consequently, BMP coordinates dimensional checks with visual inspection throughout production. Customers can also specify additional testing requirements where appropriate.
Inspectors should verify horizontal spacing, vertical spacing, and actual wire diameter. Additionally, panel width and height require dimensional checks. These measurements help maintain consistent installation compatibility.
Weld quality affects panel rigidity and durability. Therefore, production control should maintain reliable connections at wire intersections. Appropriate mechanical testing can provide additional evidence of performance.
However, the original weld-strength figure lacks a verified measurement basis. Buyers should request the corresponding test method, property definition, and units before contractual acceptance.
Steel posts require accurate section dimensions and wall thickness. Meanwhile, clamp bars must match the approved panel overlap and supporting geometry. Consequently, inspectors should compare finished components with manufacturing drawings.
Coating checks may include visual examination and suitable thickness measurements. Additionally, project specifications can require relevant adhesion or corrosion-related testing. The selected method should match the actual coating system.
Suitable export packing protects finished materials against handling damage. BMP arranges welded panels, supporting posts, and accessories into identifiable shipping packages. Consequently, receiving teams can manage installation materials more efficiently.
Workers stack compatible panels on steel pallets with suitable protective materials. Next, straps secure the packages against movement. Additional wrapping helps reduce contamination during handling and storage.
However, the number of panels per pallet depends on dimensions, weight, and handling limitations. Therefore, final packing quantities should follow the actual shipment plan.
Posts require careful support to prevent coating damage. Meanwhile, clamps and bolts can travel in labelled bags or cartons. Clear identification helps contractors locate the correct components during installation.
BMP supports common international shipping arrangements, including FOB and CIF quotations. Freight costs depend on destination, carrier availability, shipment weight, and container loading requirements.
Furthermore, organized documentation helps customers coordinate customs clearance and receiving arrangements. The actual responsibilities depend on the agreed Incoterms and purchase contract.
Every perimeter needs suitable entrances for authorized movement. Consequently, gates should complement the surrounding fence's structural and security requirements. BMP supplies pedestrian, swing, and sliding gate configurations.
Pedestrian gates provide controlled access for authorized personnel. Buyers should evaluate opening width, locking arrangements, hinges, and emergency access requirements. Moreover, suitable visibility around entrances supports surveillance.
Double swing gates support wider vehicle entrances where adequate opening space exists. However, their weight and dimensions increase hinge and post loading. Therefore, structural design requires separate consideration.
Sliding gates offer an alternative where swing clearance creates difficulties. Motorized arrangements can support managed vehicle access at industrial facilities. Nevertheless, appropriate safety devices and operational controls remain essential.
Permanent security fencing and portable barriers serve different operational purposes. Dense welded mesh forms part of a long-term security boundary. Meanwhile, portable barriers help organize temporary pedestrian movement.
For example, steel crowd control barriers can separate event visitors from restricted working areas. Similarly, crowd control barriers for sale suit recurring public-access arrangements.
For contractors, crowd control barriers can also assist temporary site management. However, these portable systems should not replace engineered prison-security fencing.
Regular maintenance helps preserve protective finishes and connection integrity. Although galvanized and powder-coated steel offers long service potential, environmental exposure can gradually affect vulnerable areas.
Maintenance teams should check mesh panels, supporting posts, clamps, and security bolts. Additionally, they should examine entrances and vehicle-access areas for accidental impact damage.
Vegetation near the fence can obstruct visibility and retain moisture. Therefore, landscape maintenance should maintain appropriate clearance around critical sections.
Damaged coatings may expose steel to accelerated corrosion. Consequently, maintenance teams should repair affected areas according to the original coating system. Suitable preparation remains essential for durable repairs.
Gate hinges and locking components experience repeated movement. Therefore, periodic checks help identify wear or misalignment. Security fasteners should also remain secure and accessible to authorized personnel.
The designation refers to approximately three-inch by half-inch mesh spacing and eight-gauge steel wire. Traditional metric dimensions are 76.2 × 12.7 mm with approximately 4 mm wire.
No physical barrier guarantees absolute intrusion prevention. However, narrow mesh openings significantly restrict convenient fingerholds and footholds. Proper installation and sufficient height improve practical security.
The original technical schedule uses a 2515 mm reference panel width. However, BMP also supports customized dimensions where manufacturing and engineering requirements permit.
The original schedule includes panels reaching 5207 mm in height. Nevertheless, very tall systems require approved structural calculations and suitable foundations.
The original tables include 60 × 60, 80 × 60, 80 × 80, 100 × 60, and other structural options. Final dimensions depend on the selected height and engineering requirements.
Yes. RAL 9005 black represents a common option for security fencing. RAL 6005 green and other colours are also available according to project requirements.
BMP can provide suitable drawings and practical connection guidance for its supplied components. However, foundation engineering and local construction approval remain project-specific responsibilities.
Compatible security designs may incorporate razor wire or barbed wire extensions. Nevertheless, engineers must assess structural loading and applicable regulations.
Salt-bearing moisture can accelerate corrosion where protective coatings suffer damage. Therefore, appropriate surface treatment and regular maintenance become especially important near the ocean.
BMP offers a 15-year manufacturer warranty for applicable ClearVu and Clearview fencing products. Actual coverage follows the written warranty terms and agreed product specifications.
BMP combines welded mesh manufacturing with steel posts, security clamps, gates, and international export preparation. Consequently, buyers can coordinate complete fencing components through one supplier.
Our experience since 2006 supports manufacturing arrangements for industrial, commercial, and high-security projects. Moreover, customized dimensions and protective finishes help customers address different site requirements.
Project teams can review clear view fencing factory information when coordinating manufacturing specifications. Meanwhile, fence panels include different security mesh configurations.
For large projects, complete material schedules reduce installation confusion. Accordingly, buyers should confirm panels, posts, clamp bars, fittings, gates, and finishes before placing orders.
Ultimately, 358 Prison Mesh Fencing combines restricted climbing access, rigid welded construction, and excellent perimeter visibility. Its effectiveness depends on matching mesh quality with dependable posts, secure connections, and suitable foundations. With coordinated manufacturing and practical maintenance, the complete system supports durable high-security boundary protection.
