Home and architectural aesthetics vary from home to home such as the variation of windows can be in the forms of casement or sliding. Doors as well can be in form of swing, sliding, or folding. These variations of doors and windows possess different mechanisms with different capacities to withstand the force of intrusion from intruders. Here at Panther Protect, our first priority is your safety as our security meshes are the first line of defense against hostility and external elements without compromising your house&#;s structural integrity.
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We will be taking a closer look at the benefits of installing security mesh windows and doors for your home and what areas to consider when purchasing your very own security mesh system.
What is a security mesh?
The main purpose of the innovation of security meshes is to replace the conventional metal grille and security doors/windows. Security Meshes are made from high-tensile stainless steel wires woven into a form of mesh with a minimum thickness of 0.9mm before powder coating to be effective against forced intrusion (Intruders). Therefore it is important to understand the difference in the material used for meshes will determine the security level of your home. High-grade stainless steel meshes are the best for resistance against impact, shear, and corrosion.
The Advantages of Security Mesh
Best Home Protection Against Forced Entry
Panther Protect Security Mesh System are lab tested to exceed the Australian standard impact limit of forced entry by 20 times, offering you much better security versus simple metal grille installation. Also, the multiple lock point system further enhances your existing door and window with a single lock point.
Prevention of Insect Transmitted Diseases
In certain countries with high levels of insect-transmitted diseases such as malaria and dengue, prevalent in tropical and subtropical regions can be prevented by installing security meshes.
Improved View with Privacy
Security meshes are designed to allow homeowners to have an unobstructed view of the outside environment while sitting indoors. You will be able to enjoy the look of your beautiful landscaping while outsiders are not able to view your home.
Home Ventilation
Ventilating your home with a natural air breeze is estimated to use 10 to 30 percent less energy consumption than an electric-powered ventilation system. Security meshes are designed as well to improve air circulation in your home, removing airborne pollutants.
Child Safety
Panther Protect Security Meshes went a step further on providing a comprehensive locking system for homeowners to lock down their security mesh systems with a unique key to prevent minors from accidentally opening the security meshes and falling through the door/window. The locking system can be further upgraded into a Panther Protect Premium Gen 4 series.
UV Protection
SS316 marine grade stainless steel meshes protect your home from harsh sunlight as well, cutting up to 60% of UV Ray.
Hassle-Free Installation
The installation of Panther Protect Security Mesh Systems does not require homeowners to knock down walls or to build new structures. The mesh system can be installed with the existing glass windows or wooden doors.
Improving Home Aesthetics
Commonly most houses have iron bars and grilles that are prone to corrosion over time, defacing the external facade of the house and compromising security standards.
Key Features to Look Out for When Purchasing Security Mesh System
There are a number of brands that may offer some form of security meshes that could be highly mistaken for mosquito screens or do not meet security standards. Therefore it is important to know what to look out for when purchasing your very own security mesh system.
The material used for producing the security mesh.
The security mesh must have a form of certification and tests to meet security standards.
The thickness of the mesh before powder coating (Some security mesh brands may claim the thickness of their mesh is 1.2mm and above, be sure to ask for the measurement before powder coating)
- The quality and material of the Frame holding the mesh (must meet the industry-grade of T6 Aluminum Grade Alloy)
Locking system (i.e. the number of multipoint locks and the function of the locks)
Method to install the mesh. (Screw-less versus Screw-on )
The warranty period of the mesh.
If you are looking for more details, kindly visit Mesh Bolt.
After this, we hope you are able to select the right type of security mesh for your home and experience all the benefits it has to offer. High-grade security meshes are the best for long-term protection and value for money.
Rockfall occurs when rock blocks suddenly detach from a steep slope. Freeze-thaw cycles can cause rocks to fracture, lose their cohesive strength, and break loose. Debris flows or a rockfall can result in personal injury, property damage, and extensive traffic disruptions.
At GeoStabilization International®, our teams offer anchored mesh slope stabilization and rock bolt mitigation solutions to prevent these landslides from causing damage.
Blocked Roadway from Failing Rock Slope
A federal agency made a rock cut during the road construction for its headquarters office access road in the early &#;s. Although the road cut is nearly continuous in this area, episodic rock failures have occurred since its construction. GeoStabilization International® was asked to stabilize the failing rock slope.
The rock cut slope consisted of 980-linear feet of near vertical weathered schist and sandstone, of which some wedges have failed and blocked the roadway below, with the rock cut broken into a lower and upper section. The lower section ran the entire 980-linear feet, and the upper section ran another 280-linear feet. A v-ditch lined bench separated the upper and lower section. The average height of the sections was 35 feet, and the total estimated area of both sections was 45,000 square feet.
The exposed rock was systematically jointed and had very blocky characteristics. The rock blocks were generally little to moderately weathered, strong to very strong, and moderately hard to very hard. Weathering in the rock mass occurred mainly along discontinuity planes, where the rock was generally highly weathered to locally completely decomposed.
A team consisting of GeoStabilization technicians, a general contractor, and a consulting engineering firm conducted mechanical scaling consisting of a combination of a long reach and traditional excavators with scaling blanket attachments. Following the mechanical scaling process, GeoStabilization&#;s rockfall technicians hand-scaled the slope to ensure the removal of any remaining loose rock material. GeoStabilization&#;s rockfall engineers redesigned the planned 14-foot long spin-lock anchors solution in favor of 24-ft long post-tensioned SuperBolts&#;, which, due to their speedy installation, were installed at the same cost and in less time than the planned spin-lock anchors. The SuperBolts&#; were installed throughout the rock face and used to anchor Maccaferri® B600 high-strength steel rockfall mesh. The project was completed safely, on time, within budget, and at a higher factor of safety than the original design.
Rock Scaling
GeoStabilization International® removes all loose rock from a cliff face during a rock scaling service to manage rockfalls. This service typically includes a geological survey utilizing aerial vehicles (UAVs) and 3D photogrammetry to determine the most effective methods for dislodging loose rock. Then, crews take steps to protect nearby infrastructures, such as public or private utilities and buildings.
Scaling starts at the top of each slope, then works down to the bottom. Certified technicians use ropes to access and remove loose rock structures.
GeoStabilization International® crews use mechanical methods and tools to scale loose rocks, including hand tools, pry bars, and inflatable airbags. Some cases require non-explosive demolition agents to remove boulders and other structures that can potentially break loose and fall.
GeoStabilization&#;s rockfall mitigation team responds to notification calls within 24 hours, mitigating the public&#;s risk of personal injury or property loss.
Anchored Wired Mesh to Prevent Large-Scale Rockfalls
Installing an anchored mesh system is an effective method to stabilize rock or soil faces. This system consists of a high-strength wire mesh that attaches to fixed points using rock anchors or soil nails.
An anchored mesh system is suitable for small- or medium-sized slopes that regularly encounter low-magnitude rockfalls. Crews must first calculate the placement and anchor spacing of these slope retention systems according to the mass of the loose rock materials.
The anchored wired mesh systems offer various advantages, including minimal maintenance, not needing a catchment area, preventing slope erosion and mass wasting, and allowing vegetation growth and unconfined water draining.
Rock Bolt Mitigation to Prevent Smaller Rockfalls
A rock bolt installation can mitigate rockfalls on a smaller scale, and GeoStabilization International® often combines this solution with anchored wired mesh.
A rock bolt is an anchor screw utilized to secure potentially loose rock slabs to intact rock structures. For example, the roofs of mine, rail, and road tunnels typically feature these anchors to prevent rock falls due to moisture and vehicle vibrations. Another advantage is that rock bolts can prevent roadside rockfalls from mountain slopes.
A rock bolt installation is generally only effective in preventing low-magnitude rockfalls. Using rock bolts with netting or mesh mitigates the risk of large-scale rockfalls.
A Leading Mitigation Company in the United States, Canada, and Australasia
At GeoStabilization International®, our engineering and frontline teams have provided anchored mesh slope stabilization and rockfall control solutions for over 20 years. Contact us at 855.579. to learn how our geohazard mitigation solutions can contribute to your geotechnical project. Our slope stabilization services are available throughout the United States, Canada, and Australasia.
For more information, please visit Friction Bolt.
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