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'There are many hardscaping elements that can be added to a landscape design that are both attractive and functional. One example of this is the gabion wall. Gabion walls can be used in landscapes as retaining walls concertina razor wire company , decorative site walls, seating walls, accent walls and more. Randy Jurgensen, president of Decorative Stone Solutions , based in Escondido, California, says gabion walls are well suited for mid-century modern designs as they tend to be more linear in shape and its harder to make organic shapes with gabions. This hardscape structure has seen an increase in usage over the past few years and heres what you should know if you are considering using one in your next landscaping project. Gabion is derived from the Italian word for cage and is a wire container that can hold any sort of inorganic material. They can form flexible, permeable structures that work well in stabilizing shorelines against erosion. Originally these cages were wicker and were commonly used for civil engineering and military purposes. Leonardo da Vinci even used gabions for the foundation of the San Marco Castle in Milan. Gabions should not be confused with bastions, which are gabions lined typically with a geotextile allowing it to be filled with a granular soil fill, instead of rocks. I think the big pros are theyre economic, they have little to no maintenance, theyre easy to install and they are very long lasting, and they can be created fairly quickly, says Jurgensen. The cost of the wall depends on the wire being used as there are various grades and gauges of wire mesh available, but they are typically all galvanized. The other determining factor on the cost is the fill material being used. Angular rock is the best gabion fill as they lock together and provide a non-moving unit. Jurgensen suggests using a heavier gauge wire if your customer wants to use a rounded river rock as the fill material to help it maintain its shape. Jurgensen says unskilled laborers can easily learn to erect, fill and close the wire baskets properly. Pilings, underwater drainage systems and excavations are unnecessary, he says. Theres no need to drain the site or to construct a cofferdam for underwater installation. The first layer of gabions can be laid in water or in mud. Jurgensen says theres no need to create a foundation for gabion walls as they end up weighing so much when you fill them with rock. He says what anchors the wall is the sheer mass and weight of the structure. The longer its there, the more it settles in and the stronger it becomes. Any gabion wall 3 feet and under does not require the calculation of loads and stress it might take on, decorative site walls walkway steel grating factory , Jurgensen says. The further inland you go the longer these tend to last but 50 to 100 years is the typical lifespan. Gabion walls are highly permeable and are able to bleed off any hydrostatic pressure, eliminating the need to install a drainage system. Unlike a traditional concrete wall, gabion walls are flexible and are able to move with the earth. Lets say youre in an area where you have a freeze thaw cycle and the earth rises and sinks as you go through these freeze thaw cycles, Jurgensen says. This has the ability to move with it so you dont have a breakdown, where in concrete walls youre going to get cracking and eventually collapsing under foundation and internal stresses of movement. Some of the cons are typically gabions are too bulky for smaller spaces and they may provide a home for unwanted flora and fauna. One of the drawbacks, and pro depending on what youre after, is a lot of windblown and water-carried debris and soil can end up in all the crevices inside the wall so you can actually end up with some vegetation growing in these walls. Some people like that and other people dont want to see that. Another possible con is the industrial look of the gabion wall, which Jurgensen says some like and others prefer a more natural looking wall. He says one way to make these walls more attractive is to choose a good fill material. The more attractive stone you use, the better its going to look overall, he says. Theres a couple ways to fill these gabions. You can use a very good looking stone as the facing material so thats whats actually showing to the viewer and then you can backfill that with a less expensive, more industrial grade stone thats not going to be visible but still acts a structural component of the gabion wall. The fill material can vary from logs to broken concrete to slag glass. Youll see various types of landscape glass, big chunks of colored glass, being used that makes a pretty neat design both during the day and night, Jurgensen says. The neat thing about filling it with something like a glass product is you can use lighting inside, so you can run lighting inside of a gabion wall behind the glass, and then that can be lit up at night.\n', 'Gabion Wall Market Research Report 2023-2031 Market research report including customer preference analysis, market dynamics (drivers, restraints, seating walls china 6x6 reinforcing welded wire mesh fence , Applications, Regions (United States, Europe, China, Japan, India, Southeast Asia, Latin America, Middle East and Africa) and Manufactures. Get Free Sample Report: Gabion Wall Market Research Report 2023-2031 Final Report will add the analysis of the impact of COVID-19 on this industry. Global Gabion Wall Market Research Report 2023-2031 Market 2022-2031 research report focuses on the product overview, scope, market upstream and downstream analysis, players profiles, market landscape by player, sales, revenue, price trend, market forecast, market drivers analysis, restraints and challenges, accent walls and more. Randy Jurgensen chain link mesh fence exporter , size, segmentations (mainly covering product type, application, and geography), competitor landscape, recent status, and development trends. Furthermore, the report provides strategies for companies to overcome threats posed by COVID-19 containing 150 numbers of pages, tables, figures and charts. Get Discount: Gabion Wall Market Research Report 2023-2031 Market Analysis and Insights: Global Gabion Wall Market Research Report 2023-2031 Market The Gabion Wall Market Research Report 2023-2031 market has witnessed a growth from xx USD million to xx USD million from 2014 to 2022. With a CAGR of xx%, this market is estimated to reach xx USD million in 2031. Major Regions or countries covered in this report: United States Europe China Japan India Southeast Asia Latin America Middle East and Africa Others Years considered for this report: Historical Years: 2014-2023 Base Year: 2023 Estimated Year: 2022 Forecast Period: 2022-2031 The Study Objectives of this report are: -To analysis the worldwide Gabion Wall Market Research Report 2023-2031 market size by product types, applications and regions. -To comprehend the design of Gabion Wall Market Research Report 2023-2031 market by recognizing its different sub-fragments. -To study Gabion Wall Market Research Report 2023-2031 by individual manufactures growth, future trends. -To study Product Overview and Scope of Gabion Wall Market Research Report 2023-2031 market segment, Revenue Sales Status and Outlook. -To study Manufacturing Cost Structure of Gabion Wall Market Research Report 2023-2031 market. -To understand market Upstream and Downstream analysis. -To understand Market Competitive Situation and Trends. -To understand market Drivers, Restraints, Opportunities, Challenges faced by Gabion Wall Market Research Report 2023-2031 market. -To analysis new product and new technology release Analysis of Industry Development Trends under COVID-19 Outbreak Buy Now Full Report: Gabion Wall Market Research Report 2023-2031 Market Segmentation: By Type Galvanized Large-size Wire Hexagonal Mesh Galvanized Plastic-coated Hexagonal Mesh Zn-5% Al-mixed Rare Earth Alloy Plating Zn-10% Al-mixed Rare Earth Alloy Plating By Application Retaining Wall Structures River and Canal Training Road Protection Soil Protection Bridge Protection Architectural Cladding for Walls and Buildings By End Use Industry Civil Engineering Road Construction Military & Defence Landscaping Key Players Included In This Report Are: Gabion Solutions Ltd. (United States) Geosintex Srl (Italy) Ecomat Ltd. (United Kingdom) Idroter di Martinelli Francesco (Italy) Virtus, Inc. (United States) Quantum Geotechnical (United Kingdom) Anordica AB (Sweden) Hydrock (United Kingdom) CeTeau Geosynthetics B.V. (Netherlands) Trant Constructions Private Limited (India) Officine Maccaferri S.p.A (Italy) NAUE GmbH & Co. KG (Germany) Bermuller & Co. GmbH (Germany) Contact Us: Steven (business sale head) Datalys 442 5th Avenue #2435 Manhattan, NY 10018 United States Email : sales@datalys.com Phone : +1 (315) 512-2251 Web : www.datalys.com\n', 'Maccaferri manufactures, designs and supplies gabion retaining walls and Reno mattress erosion control systems for rivers and channels. The company also provides erosion protection solutions, as well as a wide range of geogrids for strengthened earthworks, soil reinforcement and slope stabilisation. Recent additions also include rockfall protection and debris flow mitigation systems, as well as asphalt pavement reinforcement grids, textile and meshes. Maccaferri offers in-depth technical and design support to provide real-world solutions for projects. The companys specialist support services help clients reduce project risks, costs and time with value-engineered, safe and effective solutions. Maccaferri offers numerous solutions to mitigate risks from natural hazards. The company offer a wide range of rockfall protection mesh types, from lighter hexagonal mesh for simple drapery, to Maccaferris high-tensile strength mesh Steelgrid for demanding pinned drapery and surface stabilisation. These meshes are often used with soil nailing.Maccaferri also offers high-energy absorption (HEA) panels, ultra-strong steel cable panels, and ring nets for rock containment on cliff and rock faces. The companys rockfall catch fences (rockfall barriers) are used to intercept falling rocks and prevent them from impacting rail users. They are available with energy absorption capacities from 100kJ to 8,500kJ. Maccaferri barriers offer the lowest deflection during impact. They can be installed closer to the track, making installation simpler and more cost-effective. Debris flow barriers are also available to contain even small landslips and snow slides, which can impact timetables and rail safety. Soil-nailing is an excellent solution for strengthening unstable slopes and railway embankments, while the company MacMat R can be used for surface stabilisation. The steel-reinforced 3D geomat spans between nail-heads and limits erosion, and the integral geomat provides an ideal substrate for vegetation re-establishment. Maccaferris MacRO Studio Rockfall software allows engineers to design solutions for rockfall mitigation and surface stabilisation problems. Maccaferri geogrids are planted in soils to reinforce them, allowing them to stand at steeper angles and accommodate greater loads. The company supplies a wide range of geogrid soil reinforcement types and strengths to suit a variety of soil conditions. This maximises the opportunity to re-use site-won material as structural backfill, and create a more sustainable solution. Maccaferri offers different facing types for vertical walls and soil slopes, and to suit the appearance required. The companys Terramesh and Green Terramesh soil reinforcement systems have a gabion fascia and green vegetating fascia respectively. The geogrid is integrated with the fascia, and assembly components are factory fitted, increasing installation speed compared to other systems. Paragrid, Paralink, Paraweb and MacGrid soil reinforcement geogrids have the best long-term design strength reduction factors on the market, a testament to their quality and tried and tested performance. These geosynthetic reinforcements are used within our MacRES vertical concrete panel walls system, which produces vertical, concrete-faced, reinforced soil structures ideal for urban areas or rail-flyovers. Designers can use our MacSTARS software to design reinforced soil slopes and walls. Maccaferri gabion retaining structures have been used for earth retention purposes on a multitude of railway applications. The gabions are long-lasting, simple-to-install, and have been certified by numerous authorities worldwide, including Brasil, France, Italy, South Africa and the UK. The structures are flexible and can accommodate differential settlement easily without being damaged; ideal for seismic areas or soft ground. The companys range of gabion types include Strong Face units and even Cubiroc pre-filled gabions, which are ready to be placed into projects immediately. Cubiroc units are ideal for fast-moving rail projects, such as installing a retaining wall overnight. Maccaferri gabion walls also have a lower carbon footprint than traditional concrete retaining walls. Using the companys GawacWIN design software, engineers can quickly design gabion retaining walls. Maccaferri offers erosion control solutions tailored to the erosion forces involved and the surface to be protected. The company also supplies Reno mattresses filled with stones for heavy hydraulic flows, MacMat R and MacMat non-degradable high-performance geomats (TRMs) for medium erosion forces, and Biomac, coir and natural fibre biodegradable geomats for light erosion control. Engineers can quickly design hydraulic erosion protection for water courses using Maccaferris MacRA software. The companys Paralink geosynthetic geogrid strengthens basal platforms against forces up to 1350kN/m. Paralink geogrids absorb, spread, and dissipate applied loads vertically downwards into the ground, or into the piles. Furthermore, by enhancing the soils ability to span or arch, a high-strength geosynthetic can increase pile spacing. MacGrid EG geogrids can be used to stabilise soft ground, provide access over difficult areas, or reduce the thickness of aggregate layers in track-bed construction. The geogrids interlock with granular layers, reinforcing them and improving the efficiency of track-beds.\n', 'A prospective timeline presented to the Winnetka Park Board during its Feb. 9 meeting outlines steps toward having the board finalize action on Elder Lane Beach in March with a plan for Centennial Beach to be discussed the following month. The Elder piece were trying to get locked down so that we can look at it in March and have board action at the end of March, Board President Warren James said. (We would) lock in on Centennials ADA and dog beach in April and any further discussion of the exchange would be after that. Were not coupling those two things together. James said members of the public have made their desire for Elder to be reopened very obvious. Feedback from the Jan. 21 lakefront workshop shows that some residents who attended are eager to have access to the beach that has been closed since 2020. The beach initially closed due to high lake levels and in the three years since, damage to the beachs gabion baskets, which create a retaining wall, has created dangerous conditions. James said sharp wires could seriously harm an unsuspecting beach user. We dont know when the sand moves, but we do know that there are exposed wires that are like pongee sticks that could injure someone if people use the beach, and we dont know if theres enough sand cover, James said. We need to address that. We need to get the broken concrete out of there before we can safely open the beach. The board is considering hosting another open house on March 18 to allow residents to see the progress made on Elder renovation plans with hopes to have designs and prospective costs available. Feedback on Centennial would be accepted at the open house to guide the board to take action during its second April meeting. Thomas Burke of Christopher B. Burke Engineering suggested during a design meeting that the curve of the proposed northern breakwater at Elder could be softened for aesthetic purposes. Matt Wright of Red Barn Design and Engineering, a firm with tentative plans to work alongside the district, said that the villages stormwater pipe could curve with the breakwater and turn 90 degrees to extend out into the lake to reduce water velocity. Proposed plans for Elder do not require finality on the ongoing controversial land swap with Justin Ishbia, owner of the property at 261 Sheridan which splits Park District property in two. The board decided in September to focus on getting Elder open, leaning toward plans for a northern breakwater. Some board members wanted to get Elder open for the summer 2023 swimming season, but timelines for permits wouldnt allow it. The board still wants to work with Ishbia along Centennials southern border to create a plan that benefits both parties. Ishbia has submitted a lakefront design for his property at 205 Sheridan Road to the Illinois Department of Natural Resources and Army Corps of Engineers. The plans include a stone breakwater at the northern end with elevated native plants south of the structure, another stone breakwater parallel to the shoreline with a cable safety railing along the steel connecting it to land and a boating ramp south of the northern breakwater. Stormwater discharge would be placed at the northern breakwater. The Park Board, as a direct neighbor to Ishbia, submitted its comments to the IDNR and Army Corp on the permits before the comment period ended Jan. 2.\n', 'Camp Bastion, the British military base in Afghanistan , north-west of Lashkar Gar, is well-named. Despite being thrown up by a regiment of Royal Engineers in 2006, its metres-thick ramparts are as impervious to attack as any historic fortification, and have proved resistant to very modern attacks, from rockets to vehicles being driven into them. These bulwarks are constructed from gabions; wirework containers filled with local rocks and soil, a concept that dates back to mediaeval times. But these are the most contemporary gabions, manufactured by HESCO Bastion, which can be unravelled from the back of a truck in minutes, with minimal manpower and filled with local desert soil and rocks by digger trucks and subjected to human compaction soldiers jumping on it, in other words. The latest versions can be emptied and packed into the same pallets on which they arrived, leaving no sign they were there. Founded in Leeds in 1991, HESCO originally made barriers designed to prevent shore erosion and act as a retaining wall, but they were soon identified by the military as a potential protection system. Under the leadership of colourful entrepreneur James William Jimi Heselden OBE, the company went from strength to strength as a military supplier. A former coal miner, Heselden went on to buy personal transport system manufacturer Segway, and tragically died while riding one of the companys devices in 2012. Hamish Russell, business development manager at HESCO Bastion, explains that the basics of the HESCO system are simple. Our trademark gabion is a basket-like structure like you see alongside high motorway sidings lined with a non-woven polypropylene geotextile, which is a permeable fabric designed for use with soil. This is filled with locally-sourced earth to deliver blast protection and vehicle impact, though not all soils are suitable, such as those with high water content like peat. Sand and gravel is ideal. Russell says that the system has made HESCO the leading man-or-force protection provider for the UK, US, Nato and UN, as well as being used to protect critical infrastructure, such as oil and gas installations. The backbone of HESCOs product range is the Concertainer system, which comes in 13 sizes including a load-bearing variant, which can be used to build walls, security fences, vehicle barriers, guard posts, mortar pits and bunkers, among others. Toughened roofs and internal walls are also available to complete structures and buildings made from them. The Concertainer system gets its name from the fact that the fabric-lined basket units can be quickly unfolded by troops in a zig-zag fashion. The units are joined together with long pins to create the required structure, before being filled and manually compacted. When the Concertainer units, known as Mil, were first introduced, they were tested by the Ministry of Defence to assess their viability as a replacement for sandbags. They have since been tested by 15 international authorities and are proven effective against a range of weapons, including small arms, grenades, mortars, artillery and vehicle-borne improvised explosive devices (VBIED). They have also been proven effective as a vehicle intrusion barrier, with the US Department of State awarding Concertainer units K-12 Certification, only given to products that can prevent a 15,000lb truck travelling at 50mph from penetrating by more than one metre inside a barrier. HESCOs Mil units are also available in a rapidly-deployable barrier system known as RAID. Pre-connected lengths are stacked in a magazine and can be deployed to the required length from the back of a truck. Our RAID system deploys in 20ft containers and comes in three different sizes, says Russell. It alleviates the logistical burden and it has proven a favourite with soldiers as it is so quick. Although used to create semi-permanent structures, until recently dismantled structures could not be recovered and re-used. Until last year, only one unit the company made was reusable, says Russell. We decided to focus on the green issue, and given the draw-down from conflicts in the Middle East currently underway, the military does not want to leave infrastructure behind. Even when they are dismantled, the wire from traditional gabions has to be dealt with. New Recoverable Mil units can be opened from the side to let the earth filling out, then flat-packed and recovered back to the same pallet on which arrived, taking up no more space than the unused system. HESCO also manufactures kits to build habitable structures for soldiers to live and work in. The HAB 1 bunker is designed for accommodation, while HAB 2 is used more for bespoke applications such as medical facilities, and can be fitted with a sterile liner and storage space, says Russell. Looking to the future, Russell believes HESCOs recoverable units show commitment to the ongoing peacekeeping efforts in the Middle East during and after the draw-down of Nato troops. As fewer forward operating bases are required, the versatile, re-usable and recoverable units show our commitment to supporting critical infrastructure and security, he says. Despite the withdrawal of Nato troops, ongoing contracts with the US and UK militaries, among others, mean HESCO is unlikely to see much of a reduction in its military business. Were always looking to enhance our product, says Russell. We make it better by being customer-focused, such as responding to the need for recoverable units. With such a commitment to innovation, HESCO is well-placed to ensure that the mediaeval concept of soil-filled gabions will keep pace with the needs of a 21st century military.\n'