What Is Gate Access Control?

Access control is the combination of hardware and software that regulates who can open a gate and under what conditions. It sits between the person or vehicle requesting entry and the gate operator that physically moves the gate. Without it, a gate is little more than a large door that anyone can push open.

For commercial and industrial facilities, access control does more than restrict entry. It creates a record of every access event, reduces the need for posted security personnel, and integrates with broader site monitoring systems. The right setup depends on the type of traffic a facility sees, the level of security required, and whether the gate needs to operate around the clock or during defined hours.

Keypads and PIN Access

Keypad entry is one of the most straightforward access control methods available. A user enters a numeric code, and the gate operator receives the signal to open. Keypads work well for facilities with a consistent group of authorized users who can be trusted with a shared code, such as employee-only lots, utility access points, or low-traffic side entrances.

The practical limitation of keypad systems is code management. Codes get shared, written down, or forgotten, which means access credentials can drift beyond the intended user group over time. Facilities with high turnover or frequent contractor access often find that keypads require more administrative attention than systems tied to individual credentials. For sites where accountability matters as much as access, keypads are often paired with other verification methods rather than used alone.

Proximity Cards and Key Fobs

Proximity card and fob systems assign each authorized user a physical credential that communicates wirelessly with a reader mounted near the gate. When the card or fob comes within range of the reader, the system verifies the credential and signals the gate to open. Because each credential is unique, access can be granted or revoked for individual users without affecting anyone else.

This individual accountability makes proximity systems a practical choice for facilities with multiple access points, varied permission levels, or the need to audit who entered and when. Cards can be deactivated immediately when an employee leaves or a contractor’s project ends. Fobs offer the same functionality in a format that clips to a keychain, which many users find more convenient than carrying an additional card. Both formats are widely used across industrial plants, warehouses, and multi-tenant commercial properties.

Vehicle Loop Detectors

Vehicle loop detectors are embedded in the pavement at the gate entry and exit points. They sense the metal mass of a vehicle and communicate that information to the gate controller. In most installations, loop detectors serve two functions: triggering the gate to open for an approaching authorized vehicle and preventing the gate from closing on a vehicle that is still in the opening.

Loop detectors are also used on the exit side of a gate to allow vehicles to leave without requiring a separate credential presentation. This is common in facilities where outbound traffic is unrestricted but inbound access is controlled. Because the detector responds to the vehicle itself rather than a credential in the driver’s hand, the entry process stays smooth even for drivers operating large equipment or arriving in adverse weather conditions.

Telephone Entry and Intercom Systems

Telephone entry systems give visitors a way to request access without requiring a pre-issued credential. A visitor presses a button or enters a unit number at the entry station, which places a call to a designated phone number. The person receiving the call can speak with the visitor and, if appropriate, press a key to send an open signal to the gate.

For facilities that receive deliveries, occasional visitors, or service personnel on an irregular basis, telephone entry provides a practical middle ground between open access and full credential-based control. Modern systems route calls to mobile phones rather than requiring someone to be stationed at a desk, which makes them usable at facilities without on-site staff during all operating hours. Intercom systems follow the same principle but use a dedicated two-way audio connection rather than routing through the phone network.

Remote Monitoring and Mobile Access

Remote monitoring connects the gate system to a web-based or app-based platform that allows authorized personnel to view gate status, review access logs, and issue open commands from any location. For facilities spread across a large property or managed by a team that is not always on-site, this visibility is a meaningful operational upgrade.

Mobile access credentials extend this further by replacing physical cards or fobs with smartphone-based authentication. A verified user opens an app, authenticates, and sends an open signal to the gate directly from their device. Some systems also support scheduled access windows and automatic reporting, which shifts gate management from a physical task into a managed digital workflow. For facilities that prioritize both security and operational efficiency, remote monitoring and mobile access are quickly becoming a baseline expectation rather than an optional add-on.

Choosing the Right Combination

Most commercial and industrial gate installations use more than one of these technologies at the same time. A distribution center might use proximity cards for employees, a telephone entry system for delivery drivers, and loop detectors to hold the gate open during active traffic, while a remote monitoring platform gives the operations team visibility from off-site. Each layer addresses a specific gap that the others leave open.

Contact DK Security Solutions Today!

Ready to secure your property with professional-grade fencing? Contact the DK Security Solutions team today to get a quote or talk through your project requirements. We work with facilities of all sizes and will help you find the right fencing solution for your site and security needs.

The post Gate Access Control Options: Keypads, Card Readers, and Remote Monitoring Explained appeared first on DK Security Solutions.

No Ground Track Means No Track to Freeze

The most common failure point for roller gates in winter is the ground track. Snow and ice pack into that channel, and once it freezes solid, the rollers have nowhere to go. The gate either grinds to a halt or the operator burns itself out trying to force it through. Even regular maintenance cannot fully prevent this because the problem resets every time it snows.

A cantilever gate has no ground track at all. It rides on rollers mounted to posts on either side of the opening, and the gate itself glides across that span without touching the ground. There is nothing at grade level for ice to fill, nothing for snowpack to block, and no channel that requires clearing before the gate will move. That single design difference eliminates the most common reason commercial gates fail in winter.

Sealed Bearings Hold Up Where Open Hardware Does Not

The rollers and carriages on a cantilever gate rely on bearings to move smoothly, and the quality and construction of those bearings matter considerably in cold weather. Bearings that are open to the elements collect moisture, and that moisture freezes. When it does, the bearing seizes, the gate drags, and the operator works against resistance it was not built to handle indefinitely.

Properly specified cantilever gate hardware uses sealed bearings that keep moisture out regardless of the conditions outside. They are also rated to function across a wide temperature range, so the lubricant inside does not thicken and slow things down when temperatures drop well below freezing. This is one of the areas where hardware quality and climate performance are directly connected, and it is something worth asking about when you are comparing gate systems or getting bids on an installation.

Linear Travel Clears the Opening Without Fighting the Ground

Swing gates rely on an arc of travel that sweeps across the ground surface in front of or behind the fence line. When that ground is covered in snow or rutted from traffic, the gate cannot complete its arc. It catches on whatever is in its path, and the operator stalls or the gate bends at the hinge point under enough force. This is a recurring problem on active commercial sites where plowing and foot traffic leave the grade in front of a swing gate anything but clean.

A cantilever gate travels in a straight, horizontal line parallel to the fence. It does not sweep the ground; it does not depend on a clear pavement to complete its travel; and it does not have a hinge point at grade level that can heave or shift with frost. The opening clears fully regardless of what is happening at ground level, which is exactly what a commercial site needs when a delivery truck is waiting, and the pavement is a mess. That reliability is not a seasonal feature; it is built into how the gate works every single day of the year.

Why Operators Last Longer on Cantilever Systems

A gate operator is only as reliable as the gate it is moving. When a swing gate catches on snow, or a roller gate grinds through a frozen track, the operator absorbs that resistance. Over time, the repeated strain shortens the life of the motor, the gearbox, and the control board. Service calls and early replacements become part of the operating cost of the gate system, whether the owner connects them to the gate design or not.

On a cantilever gate with quality hardware, the operator moves a gate that rolls freely on sealed bearings along a clear path. The load is predictable, the resistance is minimal, and the operator works the way it was designed to work rather than compensating for a gate that is fighting the weather. Operators on well-installed cantilever systems routinely outlast those on swing or roller gate systems in comparable applications, and the difference is especially pronounced on sites in climates where winter conditions are severe and prolonged.

What to Look for in a Cold-Climate Cantilever Installation

Not every cantilever gate installation is equal, and the details matter more in a northern climate than they do in a mild one. Post depth and footing size need to account for frost heave, which can shift posts that were set too shallow and throw the gate out of alignment over a few seasons. The counterbalance on the back end of the gate needs to be proportional to the gate weight so the system stays level even as components expand and contract with temperature changes.

Hardware selection, post gauge, and operator sizing all contribute to how the system performs once winter arrives. An installer who understands cold-climate requirements will account for these factors during the design phase rather than treating them as adjustments to be made after the fact. At DK Security Solutions, we install cantilever gates across sites that see real northern winters, and building for that environment is part of how we approach every project from the first site visit forward.

Work With a Commercial Fencing Contractor You Can Count On

DK Security Solutions has been installing commercial fencing and gate systems for facilities across the region for decades. Contact us to talk through your project with a team that manages every job in-house, from the first site visit through final installation. Whether you are securing a new facility, replacing aging infrastructure, or expanding an existing perimeter, we bring the experience to ensure it is done right the first time.

The post How Cantilever Gates Handle Snow, Ice, and Harsh Weather appeared first on DK Security Solutions.

1. Leaning or Out-of-Plumb Posts

Fence posts are the structural foundation of the entire system. When a post begins to lean, whether from soil erosion, ground freeze-thaw cycles, or impact damage, it transfers stress to the surrounding panels and hardware, accelerating deterioration across the whole line. A post that is visibly out of plumb is not a cosmetic issue.

Whether this warrants a repair or a replacement depends on the extent of the lean and the condition of the post footing. A single post that has shifted due to a vehicle impact can often be reset and re-poured if the post itself is structurally sound. A run of posts that are uniformly leaning suggests a drainage or soil problem that will continue to worsen, and addressing only the posts without solving the underlying cause will produce the same result within a few seasons.

2. Sagging or Distorted Mesh

Fence mesh that sags between posts has lost its tension, which reduces its ability to resist climbing, cutting, or forced entry. This can happen because the tension wire has stretched or broken, because a panel was struck by a vehicle or equipment, or simply because the original installation did not account for the span length and load conditions of the site.

A sagging section of mesh is also a signal worth tracing back to its cause before deciding on a fix. If the tension wire is intact and the posts are plumb, the mesh itself may have fatigued and need replacement. If the posts have shifted, fixing the mesh without addressing the posts will produce the same sag within a short period. In high-security applications where mesh integrity directly affects intrusion resistance, this is not a condition that should be left in place while a repair is scheduled weeks out.

3. Rust, Corrosion, and Coating Failure

Surface rust on a galvanized or coated fence is a warning sign. When the protective coating is compromised, oxidation begins working into the steel, and the rate of deterioration accelerates significantly once it reaches that stage. What starts as surface discoloration can become structural weakness in the mesh or hardware within a few seasons if left unaddressed.

The decision between repair and replacement at this stage hinges on how far the corrosion has progressed and how much of the fence line is affected. Localized rust at a post base or a single panel can often be treated and re-coated. Widespread corrosion across multiple panels, tension wire, or hardware suggests the fence has reached the end of its effective service life in that environment, and piecemeal repairs will continue to be needed without resolving the root problem. Sites near coastal environments, chemical exposure, or road salt runoff should expect shorter coating lifespans and build that into their maintenance planning.

4. Broken or Missing Tension Wire

Tension wire runs along the bottom and top of a chain link fence to keep the mesh taut and prevent the fabric from being lifted, pushed, or pulled away from the posts. When the tension wire breaks or goes missing, the mesh becomes significantly easier to manipulate. A determined person can lift the bottom of the fence fabric and create an entry point without cutting or climbing, which defeats the purpose of the installation.

This is one of the more straightforward repairs in fence maintenance, but it is also one that tends to go unnoticed until a site walk specifically looks for it. A visual inspection at ground level along the full fence line will reveal whether the bottom tension wire is present, intact, and properly attached to the line posts. If sections are missing, replacement is generally fast and cost-effective, but the repair should include a check of the tie wire attachments along the full run to confirm the mesh is properly secured throughout.

5. Gate Misalignment or Hardware Failure

A gate that does not latch, close fully, or align with the strike is a breach point regardless of how well the surrounding fence is performing. Gates take more operational wear than any other part of a perimeter system, particularly at high-traffic facilities where they cycle open and closed dozens of times per day. That wear shows up as hinge failure, latch misalignment, frame distortion, or problems with the gate operator on automated installations.

Some gate issues are straightforward hardware replacements. Others indicate that the gate frame has racked or that the posts have shifted enough to pull the gate out of alignment with its opening, which requires addressing the structural problem before the hardware will function correctly. On automated gates, a misaligned gate that is forced through its cycle repeatedly will eventually damage the operator, the limit switches, or both. Catching alignment issues early and having them assessed before they affect the drive system is significantly less expensive than replacing the operator after the fact.

Repair or Replace: How to Think About the Decision

The repair-versus-replace question comes down to a few factors: how much of the fence is affected, how old the system is, and whether the underlying cause of the damage has been resolved. A targeted repair on a well-maintained fence in good overall condition is almost always the right call. A series of repairs on an aging fence that keeps presenting new problems is often a more expensive path than a planned replacement.

Contact DK Security Solutions Today!

Ready to secure your property with professional-grade fencing? Contact the DK Security Solutions team today to get a quote or talk through your project requirements. We work with facilities of all sizes and will help you find the right fencing solution for your site and security needs.

The post 5 Signs Your Security Fence Needs Repair or Replacement appeared first on DK Security Solutions.

The Initial Consultation

Before a single post goes in the ground, a good fence contractor needs to understand what you are actually trying to accomplish. The consultation is where you talk through your goals, whether that is securing a perimeter, controlling access, meeting a code requirement, or simply defining your property line. This conversation shapes every decision that follows, from material selection to the layout of any gates or access points.

At DK Security Solutions, this first meeting is also where we start gathering the practical details about your site. We look at the terrain, note any utilities or underground infrastructure, and assess the ground conditions we are working with. Getting this information early prevents surprises later and allows us to give you an accurate picture of what the project will look like from start to finish.

Site Assessment and Planning

Once we have a clear understanding of your goals, the next step is a thorough site assessment. This means physically walking the property, confirming measurements, and identifying anything that could affect how or where the fence gets installed. Slopes, drainage patterns, existing structures, and property line markers all factor into the plan at this stage.

The planning phase is also when permits come into play. Depending on your municipality, a commercial fence installation may require a building permit, and the requirements vary widely by location and fence height. We handle the permit process on your behalf, coordinating with the appropriate authorities and making sure the project is fully compliant before work begins. Getting this right from the start keeps the project moving and protects you from issues down the road.

Material Selection and Scheduling

The material you choose directly impacts cost, timeline, and the vehicle’s appearance over time. Chain link, ornamental steel, welded wire, and privacy panels each have different installation requirements, and the right choice depends on your application. A high-traffic industrial site has different needs than a retail property or a school perimeter, and we help you navigate those trade-offs before anything is ordered.

Once materials are selected and the permit is approved, we establish a firm installation schedule. Lead times on materials can vary, particularly for custom fabrication or specialty fencing, so we build the schedule around what we know rather than making promises we cannot keep. You will know the start date, the expected duration, and who to contact if anything changes.

Installation Day

When the crew arrives on site, the work moves in a predictable sequence. Posts go in first, set to the correct depth based on the fence height and soil conditions, then braced and allowed to cure if concrete is used. The line posts follow, spaced according to the panel or fabric specifications, and then the fence itself goes up from there.

Gate hardware and any access control components are installed after the main fence line is complete, since their placement needs to be precise and is easier to execute once the surrounding structure is solid. Throughout the installation, our crew is keeping the site clean, staying aware of other trades or operations happening nearby, and communicating with whoever is managing the property. A commercial site is often an active one, and we work to minimize disruption to your day-to-day operations as much as possible.

Final Walk-Through and Project Close

When the installation is complete, we do a full walk-through of the finished fence with you before we call the project done. This is the time to look at gate operation, check alignment, confirm that any access control integration is functioning correctly, and answer any questions.

After the walk-through, we handle any final documentation, including close-out paperwork tied to the permit if one was required. From that point, the fence is yours, and you have a clear record of what was installed, how it was installed, and who to call if you ever need service down the line. That kind of accountability does not happen by accident. It is what in-house project management makes possible.

Work With a Commercial Fencing Contractor You Can Count On

DK Security Solutions has been installing commercial fencing and gate systems for facilities across the region for decades. Contact us to talk through your project with a team that manages every job in-house, from the first site visit through final installation. Whether you are securing a new facility, replacing aging infrastructure, or expanding an existing perimeter, we bring the experience to ensure it is done right the first time.

The post What to Expect During a Commercial Fence Installation Project appeared first on DK Security Solutions.

How Often Should a Gate Operator Be Serviced?

The general industry recommendation for automated gate operators is a professional service inspection at least once a year. High-traffic installations, those cycling more than 50 times per day, benefit from semi-annual service because the mechanical components wear faster and the electronics are under more consistent stress. A single annual visit is a reasonable baseline for lower-traffic applications such as a small office or residential entrance. Still, it should be treated as a minimum, not an ideal.

What happens between scheduled visits matters too. Property managers and facility staff should perform a basic monthly visual check, looking for anything that seems off: unusual noise during operation, slower-than-normal movement, or visible wear on the gate itself. These observations are not a substitute for professional service, but they often catch developing issues early enough to address them before they become failures.

What Does Gate Operator Maintenance Include?

A thorough gate operator service covers the mechanical and electrical components that power the system. On the mechanical side, that means lubricating the drive chain or screw, inspecting gears and bearings for wear, checking the mounting hardware for tightness, and testing the force settings to make sure the gate is not pushing or pulling with more resistance than it should. Force settings that are too high put unnecessary strain on every connected component.

The electrical portion of the inspection covers the motor, control board, and wiring connections.

Corrosion on terminals, loose wiring, and failing capacitors are among the most common causes of gate operator failure, and all are easy to catch during a routine inspection but expensive to address after they cause a breakdown. The technician should also test the battery backup if the system has one, since a backup that fails during a power outage leaves the gate either stuck open or stuck closed.

Safety Devices Need Attention Too

Automated gates must have safety devices that prevent the gate from closing on a vehicle or person. These typically include loop detectors embedded in the pavement, photo eye sensors mounted alongside the gate opening, and a pressure-sensitive reversing mechanism built into the operator. All of them need to be tested at every service visit, not just visually inspected.

Loop detectors can lose sensitivity over time as the pavement around them shifts or cracks, and photo eyes can drift out of alignment or accumulate dirt that interferes with the beam. A gate that does not reliably detect an obstruction is a liability, and the consequences of a sensor failure go beyond property damage. Keeping these devices calibrated and functioning is one of the most important reasons to stay on a regular maintenance schedule.

Rollers, Hinges, and Structural Components

The gate itself, separate from the operator, requires its own maintenance. Slide gates run on rollers that wear down over time, and worn rollers create resistance that forces the operator to work harder. Swing gates rely on hinges that can loosen, rust, or develop play, throwing the gate out of alignment with the operator arm. Both situations accelerate wear on the operator and shorten the system’s overall lifespan.

A gate that is visibly sagging, dragging on the ground, or making grinding noises is already past the point where maintenance can prevent damage. Catching roller and hinge wear early through regular inspections allows for inexpensive component replacements rather than full structural repairs. The same applies to the gate frame itself: look for rust, bent sections, or welds that are starting to crack, particularly at the points where the operator connects to the gate.

Access Control Components and Electronics

Many automated gates are integrated with access control systems: keypads, card readers, intercoms, and camera systems that work alongside the gate to manage who enters and exits. These components have their own maintenance needs and are often overlooked during gate service calls that focus only on the operator. Keypads and card readers accumulate dirt and moisture, intercom speakers and microphones degrade, and camera housings can fog or crack over time.

During a comprehensive gate service, all integrated access control components should be tested end-to-end. That means confirming that credentials work, that the intercom is clear, and that cameras are recording and positioned correctly. If any of these components are failing, a security gate that opens and closes perfectly still leaves gaps in the overall access control system.

What Gets Skipped Maintenance Costs You

Skipping gate maintenance does not save money in any meaningful timeframe. Gate operators that are not lubricated wear through their drive components faster. Safety devices that are not tested create liability. Electrical connections that are not inspected corrode and fail. The pattern is consistent: deferred maintenance converts small, inexpensive problems into large, expensive ones.

Beyond repair costs, a gate that fails unexpectedly disrupts operations and creates security gaps. A gate stuck in the open position is not a security gate at all. A gate stuck closed can block emergency access, interfere with deliveries, and create significant operational headaches. The cost of a routine service visit is small compared to the cost of a failed operator, an emergency repair call, or the liability that comes with a safety device that was not maintained.

Setting Up a Preventive Maintenance Program

The most reliable approach to gate maintenance is a scheduled preventative maintenance agreement with a qualified gate service provider. Rather than calling for service when something breaks, a maintenance agreement puts inspections on the calendar at the right intervals and gives the technician a record of the system’s history. That history makes it easier to spot trends, anticipate component failures before they happen, and make informed decisions about repairs versus replacements.

DK Security Solutions offers preventative maintenance programs for automated security gates and access control systems across commercial and industrial properties. If your gate is overdue for service or you want to get ahead of problems before they affect your operations, our team can assess the system and set up a maintenance schedule that fits your site.

Contact Us Today!

Ready to keep your automated security gate performing at its best? Schedule a service visit or ask about our preventative maintenance programs when you contact us today, and let DK Security Solutions help you protect your access points, extend equipment life, and prevent costly breakdowns before they happen.

The post How Often Should You Service an Automated Security Gate? appeared first on DK Security Solutions.

What Makes a Fence Anti-Climb?

Anti-climb fencing is defined by its aperture (the size of the openings in the mesh). Standard chain-link fencing has openings large enough for a person to insert their fingers and toes, which makes it climbable with very little effort. Anti-climb designs close that gap dramatically. The most common specification is 358 mesh, sometimes called prison mesh, which features openings that measure approximately 76.2mm tall by 12.7mm wide. This measurement is too narrow to grip and too shallow to support a foot.

The name “358” comes directly from those dimensions: 3 inches by 0.5 inches, with a wire 8 gauge in diameter. That combination of small apertures and heavy wire also resists cutting tools, since bolt cutters and wire snips need room to work. A fence that cannot be gripped cannot be cut easily either, which is why 358 mesh is considered a two-in-one security solution in the perimeter protection industry.

Where Is Anti-Climb Fencing Used?

The applications for anti-climb fencing follow a straightforward logic: anywhere an unauthorized breach carries serious consequences. Correctional facilities are the most widely recognized use case, and the design standards developed for those environments have since been adopted in commercial and industrial settings. Prisons require fencing that detainees cannot scale quickly, and 358 mesh became the standard because it met that requirement without relying solely on razor wire or other add-on deterrents.

Military installations, electrical substations, and data centers have adopted the same fencing for similar reasons. A substation breach, for example, can affect thousands of customers and create significant safety hazards, so the perimeter protection needs to be passive and reliable without depending on constant human monitoring. Data centers carry physical security requirements tied to compliance standards, and anti-climb fencing is one of the physical controls that satisfies those requirements.

How It Differs from Standard Security Fencing

Not all fencing marketed as “security fencing” qualifies as anti-climb. Many ornamental steel fences, welded wire panels, and even some heavy-gauge chain-link products are sold under a security label, but their apertures are large enough to allow climbing. The distinction matters because facility managers and project owners sometimes assume that a heavier or taller fence automatically provides anti-climb performance. Height adds time, but it does not eliminate the ability to climb.

True anti-climb fencing is evaluated first by aperture size, then by wire gauge, then by overall height. A six-foot panel of 358 mesh will outperform a ten-foot panel of standard chain-link from a climbing-resistance standpoint. That said, height, anti-climb fencing, and additional deterrents like fence-top extensions are frequently combined at high-security sites because no single measure is treated as sufficient on its own.

What to Look for When Specifying Anti-Climb Fencing

Specifying anti-climb fencing for a project requires attention to the mesh designation, the wire gauge, and the coating or finish. The 358 designation is the recognized benchmark, but some manufacturers produce proprietary mesh patterns that achieve similar aperture sizes under different names. Confirming the actual opening dimensions is more reliable than relying on a product name alone. Galvanized steel is the standard base material, and a polyester powder coat finish adds corrosion resistance and can help the fence meet color requirements for a given site.

Installation quality matters as much as the product specification. Anti-climb fencing loses much of its effectiveness if there are gaps at the base, loose tension, or poorly anchored posts. A professional fence installation ensures that the mesh is stretched correctly, the framework is set in concrete to the right depth, and any penetrations for gates or utilities are treated with the same care as the main fence line. The fence itself is only as strong as the installation behind it.

Is Anti-Climb Fencing Right for Your Project?

For most commercial properties, standard security fencing provides adequate perimeter control. Anti-climb fencing becomes the right choice when the risk profile of a site demands a higher level of passive deterrence. Utilities, critical infrastructure, and any facility that stores sensitive equipment or materials are strong candidates. So are properties that have experienced perimeter breaches in the past or that are located in areas with elevated security concerns.

If you are not certain whether your project requires 358 mesh or a similar anti-climb specification, a conversation with an experienced fence contractor is the right starting point. A qualified contractor can assess the site, review any applicable compliance requirements, and recommend a fencing system that matches the actual risk without over-building. DK Security Solutions works with commercial and industrial clients across a range of security applications, and fence installation is one of the core services we bring to those projects.

Contact DK Security Solutions Today!

Ready to secure your property with professional-grade fencing? Contact the DK Security Solutions team today to get a quote or talk through your project requirements. We work with facilities of all sizes and will help you find the right fencing solution for your site and security needs.

The post What Is Anti-Climb Fencing and Where Is It Used? appeared first on DK Security Solutions.