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A chain-link fence (also referred to as wire netting, wire-mesh fence, chain-wire fence, cyclone fence, hurricane fence, or diamond-mesh fence) is a type of woven fence usually made from galvanized or linear low-density polyethylene-coated steel wire. The wires run vertically and are bent into a zigzag pattern so that each "zig" hooks with the wire immediately on one side and each "zag" with the wire immediately on the other. This forms the characteristic diamond pattern seen in this type of fence.

Development of chain-link fencing

In the United Kingdom, the firm of Barnard, Bishop & Barnards was established in Norwich to produce chain-link fencing by machine. The process was developed by Charles Barnard in 1844 based on cloth weaving machines (up until that time, Norwich had a long history of cloth manufacture).^[1]

In the mid-1890s, the American Chain Link Fence Company in Medford, Massachusetts,^[2] was the first company in the United States to patent an "exclusive manufacturing process of continuous wire fabric"^[3] thanks to a patent by founder Guy Mafera which he first used to make spring beds.^[4] While sources vary on when Mafera first patented the method of forming chain link fence, his brother, Frank J. Mafera, patented a method of "forming wire fence fabric" in 1930 which made chain link fence safe and practical for residential use. It "eliminate[d] each ragged selvage, particularly at the top of the fence, without sacrificing anything of the essential strength and rigidity, of the fence itself, thus to avoid danger of injury to hands or clothing."^[5] Frank J. Mafera first sold this type of fencing from his company the Barnyard Fence Company in Raymond, New Hampshire,^[6] and his brother sold and produced the fencing at the American Chain Link Fence Company in Medford.^[7] Mafera's patent was updated in 1952, but expired in 1969 and is now used in the production of most chain link fencing.^[8]

Sizes and uses

In the United States, fencing usually comes in 20-foot (6.1 m) or 50-foot (15 m) rolls, which can be joined by "unscrewing" one of the end wires and then "screwing" it back in so that it hooks both pieces. Common heights include one-foot increments from 3 feet (0.91 m) to 8 feet (2.4 m), and other heights including 3 feet 6 inches (1.07 m), 10 feet (3.0 m), and 12 feet (3.7 m) although almost any height is possible. Mesh is commonly 9, 11, or 11+1⁄2 wire gauge. Mesh length can also vary based on need, with the standard diamond size being 2 inches (5.1 cm).

For tennis courts and ballparks, the most popular height is 10 or 12 feet (3.0 or 3.7 m). Tennis courts often use a diamond size of 1.75 inches (4.4 cm),^[9] as measured flat side to flat side, so that power hitters cannot lodge the ball in the fence.

The popularity of chain-link fence is from its relatively low cost and that the open weave does not obscure sunlight from either side of the fence. A chain-link fence can be made semi-opaque by using fence inserts in the mesh. Allowing ivy to grow up the fence and interweave itself is also popular.

Installation

The installation of a chain-link fence involves setting posts into the ground and attaching the fence to them. The posts may be steel tubing, timber, or concrete and may be driven into the ground or set in concrete. End, corner, or gate posts, commonly referred to as "terminal posts", must be set on a concrete footing or otherwise anchored to prevent leaning under the tension of a stretched fence. Posts set between the terminal posts are called "line posts" and are set at intervals not to exceed 10 feet. The installer attaches the fence at one end, stretches it, and attaches it at the other, easily removing the excess by "unscrewing" a wire. In many cases, the installer stretches a bottom tension wire, sometimes referred to as "coil wire", between terminal posts to help minimize the in and out movement that occurs at the bottom of the chain-link mesh between posts. Top horizontal rails are used on most chain-link fences, although not necessary if the terminal posts are braced correctly. A top tension wire may be used in this situation. Bottom rails may be added in place of bottom tension wires, and for taller fences, 10 feet or more, intermediate horizontal rails are often added. Finally, the installer ties the fence to the line posts and rails with steel or aluminum wire with a hook on one end called “fence ties”. The bottom tension wire should be secured to the line posts and the chain-link mesh "hog ringed" to the tension wire 2' on center.

Manufacturing

The manufacturing of chain-link fencing is called weaving. A metal wire, often galvanized to reduce corrosion, is pulled along a rotating long and flat blade, thus creating a somewhat flattened spiral. The spiral continues to rotate past the blade and winds its way through the previous spiral that is already part of the fence. When the spiral reaches the far end of the fence, the spiral is cut near the blade. Next, the spiral is pressed flat, and the entire fence is moved up, ready for the next cycle. The end of every second spiral overlaps the end of every first spiral. The machine clamps both ends and gives them a few twists. This makes the links permanent.

An improved version of the weaving machine winds two wires around the blade at once to create a double helix. One of the spirals is woven through the last spiral that is already part of the fence. This improvement allows the process to advance twice as fast.^[10]

Notable uses

Chain-link fencing at an American short track

Used to notable effect in the Gehry Residence by Frank Gehry
In professional wrestling, several wrestling match variations require that chain-link fencing surround the ring in an open "cage" style. Most popularly, in the steel cage match variation and the larger, closed cage match type specific to WWE, Hell in a Cell.
Backstops used in baseball and softball fields
Before the advent of gravel trap in the later half of the 1980s, racetracks used chain-link fencing as catch fences to slow out-of-control cars before they hit barriers. In the 2000s, American dirt tracks still used them.
London fitted many parks with chain-link fencing during the Second World War after removing the original iron and steel railings as scrap for the war effort. (Many are now being replaced.)^[11]

Notes

^ Ward, Ken. Victorian Norwich Archived 5 February 2017 at the Wayback Machine. A History of Norwich, 28 November 2006, p. 6.
^ "Man's home is his castle, American Chain Link Fence Company, 24-26 Ship Avenue, Medford, Mass." c.1935-1945. American Chain Link Fence Company. Collection of Historic New England, published on the Digital Commonwealth. Accessed February 23, 2023.
^ "History of American Fences". American Fences, inc. Accessed February 23, 2023.
^ Mafera, G. (1896). "Spring Bed" (U.S. Patent No. 566781A). U.S. Patent and Trademark Office.
^ Mafera, F. (1930). Method of forming wire fence fabric. (U.S. Patent No. 1811511A). U.S. Patent and Trademark Office.
^ Angers, Shelley. "Industrial innovation the subject of a NH Historical Highway Marker". New Hampshire Division of Historical Resources. Published June 20, 2022. Accessed February 23, 2023.
^ "American Chain Link Fence Co., Medford, Mass." 1939. American Chain Link Fence Company. Collection of Historic New England, published on the Digital Commonwealth. Accessed February 23, 2023.
^ Mafera, F. (1952). Woven Wire Fencing. (U.S. Patent No. 2610009A). U.S. Patent and Trademark Office.
^ Long Fence "Chain Link Fencing Systems | Vinyl Chain Link Security Fencing by Long® Fence". Archived from the original on 2013-04-11. Retrieved 2013-04-11.
^ Chain link weaving machine - video
^ English Heritage - London Squares and Open Spaces (Accessed 27 August 2011)

External links

Chain-link Fence Manufacturers Institute

[1] Ward, Ken. Victorian Norwich Archived 5 February 2017 at the Wayback Machine. A History of Norwich, 28 November 2006, p. 6.

[2] "Man's home is his castle, American Chain Link Fence Company, 24-26 Ship Avenue, Medford, Mass." c.1935-1945. American Chain Link Fence Company. Collection of Historic New England, published on the Digital Commonwealth. Accessed February 23, 2023.

[3] "History of American Fences". American Fences, inc. Accessed February 23, 2023.

[4] Mafera, G. (1896). "Spring Bed" (U.S. Patent No. 566781A). U.S. Patent and Trademark Office.

[5] Mafera, F. (1930). Method of forming wire fence fabric. (U.S. Patent No. 1811511A). U.S. Patent and Trademark Office.

[6] Angers, Shelley. "Industrial innovation the subject of a NH Historical Highway Marker". New Hampshire Division of Historical Resources. Published June 20, 2022. Accessed February 23, 2023.

[7] "American Chain Link Fence Co., Medford, Mass." 1939. American Chain Link Fence Company. Collection of Historic New England, published on the Digital Commonwealth. Accessed February 23, 2023.

[8] Mafera, F. (1952). Woven Wire Fencing. (U.S. Patent No. 2610009A). U.S. Patent and Trademark Office.

[9] Long Fence "Chain Link Fencing Systems | Vinyl Chain Link Security Fencing by Long® Fence". Archived from the original on 2013-04-11. Retrieved 2013-04-11.

[10] Chain link weaving machine - video

[LondonSqPksEH-11] English Heritage - London Squares and Open Spaces (Accessed 27 August 2011)

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@@ Line 1: / Line 1: @@
+{{short description|Type of woven metal fencing}}
-{{Redirect|Chainlink}}
+{{Redirect-multi|2| Chainlink |Chain link fence}}
-[[File:Chain-link.jpg|thumb|right|250px|Chain-link fencing showing the diamond patterning.]]
+{{refimprove|date=June 2022}}
-A '''chain-link fence''' (also referred to as '''wire netting''', '''chain-wire fence''', '''cyclone fence''' or '''hurricane fence''') is a type of [[woven]] [[fence]] usually made from [[Galvanization|galvanized]] or [[linear low-density polyethylene|LLDPE]]-coated [[steel]] wire.  The [[wire]]s run vertically and are bent into a zig-zag pattern so that each "zig" hooks with the wire immediately on one side and each "zag" with the wire immediately on the other.  This forms the characteristic [[Polyiamond|diamond]] pattern seen in this type of fence.
+[[File:Centre Avenue Bridges; New Rochelle, NY-2.jpg|thumb|right|300px|Chain-link fencing showing the diamond patterning]]
+[[File:2015-05-07 06 05 45 A late spring heavy wet snowfall on back yards adjacent to 730 South 9th Street in Elko, Nevada.jpg|thumb|A chain-link fence bordering a residential property]]
+A '''chain-link fence''' (also referred to as '''wire netting''', '''wire-mesh fence''', '''chain-wire fence''', '''cyclone fence''', '''hurricane fence''', or '''diamond-mesh fence''') is a type of [[woven]] [[fence]] usually made from [[Galvanization|galvanized]] or [[linear low-density polyethylene]]-coated [[steel]] wire.  The [[wire]]s run vertically and are bent into a zigzag pattern so that each "zig" hooks with the wire immediately on one side and each "zag" with the wire immediately on the other.  This forms the characteristic [[Polyiamond|diamond]] pattern seen in this type of fence.
-==Sizes and uses==
-In the [[United States]], fencing usually comes in 20 rod and 50 ft rolls which can be joined by "unscrewing" one of the end wires and then "screwing" it back in so that it hooks both pieces.  Common heights include 3 ft, 3 ft 6 in, 4 ft, 5 ft, 6 ft, 7 ft, 8 ft, 10 ft, and 12 ft, though almost any height is possible.  Common mesh gauges are 9, 11, and 11.5.
-For tennis courts and ball parks the most popular height is 10 ft.
+==Development of chain-link fencing==
-The popularity of chain-link fence is due to its relatively low cost and ease of installation.  A further advantage is that due to the open weave, chain-link fences are transparent, and do not obscure sunlight from either side of the fence.  If a semi-opaque fence is desired, this can be achieved by the insertion of slats into the mesh.
+[[File:Chain-link and barbed wire.jpg|thumb|right|A chain-link privacy fence topped with [[barbed tape|razor wire]] protecting a utility power substation]]
+In the United Kingdom, the firm of [[Barnard, Bishop & Barnards]] was established in [[Norwich]] to produce chain-link fencing by machine. The process was developed by Charles Barnard in 1844 based on cloth weaving machines (up until that time, Norwich had a long history of cloth manufacture).<ref>Ward, Ken. [http://www.oldcity.org.uk/norwich/history/history08.php Victorian Norwich] {{Webarchive|url=https://web.archive.org/web/20170205074812/http://www.oldcity.org.uk/norwich/history/history08.php |date=5 February 2017}}. ''A History of Norwich'', 28 November 2006, p. 6.</ref>
+[[File:Raymond Mafera Marker.jpg|thumb|left|A [[New Hampshire historical markers|New Hampshire Historical Marker]] in [[Raymond, New Hampshire]] commemorating Mafera’s innovation. While living in Raymond, Mafera patented the method for making residential chain-link fencing.]]
+In the mid-1890s, the American Chain Link Fence Company in [[Medford, Massachusetts]],<ref>[https://www.digitalcommonwealth.org/search/commonwealth-oai:cf95n4752 "Man's home is his castle, American Chain Link Fence Company, 24-26 Ship Avenue, Medford, Mass."] c.1935-1945. ''American Chain Link Fence Company''. Collection of Historic New England, published on the Digital Commonwealth. Accessed February 23, 2023. </ref> was the first company in the United States to patent an "exclusive manufacturing process of continuous wire fabric"<ref>[https://americanfences.net/about-us/ "History of American Fences"]. ''American Fences, inc. Accessed February 23, 2023. </ref> thanks to a patent by founder Guy Mafera which he first used to make spring beds.<ref>[https://patents.google.com/patent/US1165280 Mafera, G. (1896). "Spring Bed"] (U.S. Patent No. 566781A). U.S. Patent and Trademark Office.</ref> While sources vary on when Mafera first patented the method of forming chain link fence, his brother, [[Frank J. Mafera]], patented a method of "forming wire fence fabric" in 1930 which made chain link fence safe and practical for residential use.  It "eliminate[d] each ragged [[selvage]], particularly at the top of the fence, without sacrificing anything of the essential strength and rigidity, of the fence itself, thus to avoid danger of injury to hands or clothing."<ref>[https://patents.google.com/patent/US1811511A/en?inventor=Frank+J+Mafera Mafera, F. (1930). ''Method of forming wire fence fabric''.] (U.S. Patent No. 1811511A). U.S. Patent and Trademark Office. </ref> Frank J. Mafera first sold this type of fencing from his company the Barnyard Fence Company in [[Raymond, New Hampshire]],<ref>Angers, Shelley. [https://www.dncr.nh.gov/news-and-media/industrial-innovation-subject-nh-historical-highway-marker "Industrial innovation the subject of a NH Historical Highway Marker"]. New Hampshire Division of Historical Resources. Published June 20, 2022. Accessed February 23, 2023.</ref> and his brother sold and produced the fencing at the American Chain Link Fence Company in Medford.<ref>[https://www.digitalcommonwealth.org/search/commonwealth-oai:cf95n476b "American Chain Link Fence Co., Medford, Mass."] 1939. ''American Chain Link Fence Company''. Collection of Historic New England, published on the Digital Commonwealth. Accessed February 23, 2023.</ref> Mafera's patent was updated in 1952, but expired in 1969 and is now used in the production of most chain link fencing.<ref>[https://patents.google.com/patent/US2610009A/en?inventor=Frank+J+Mafera Mafera, F. (1952). ''Woven Wire Fencing''.] (U.S. Patent No. 2610009A). U.S. Patent and Trademark Office. </ref>
-==Installation==
+==Sizes and uses==
+[[File:-45 window fence.jpg|thumb|A chain-link fence allows light to pass through while protecting windows.]]
+In the United States, fencing usually comes in {{convert|20|ft|m|adj=on}} or {{convert|50|ft|m|adj=on}} rolls, which can be joined by "unscrewing" one of the end wires and then "screwing" it back in so that it hooks both pieces. Common heights include one-foot increments from {{convert|3|ft|m}} to {{convert|8|ft|m}}, and other heights including {{convert|3|ft|6|in|m}}, {{convert|10|ft|m}}, and {{convert|12|ft|m}} although almost any height is possible. [[Mesh]] is commonly 9, 11, or {{frac|11|1|2}} [[wire gauge]]. Mesh length can also vary based on need, with the standard diamond size being {{convert|2|in|cm}}.
+For tennis courts and ballparks, the most popular height is {{convert|10|or|12|ft|m}}. Tennis courts often use a diamond size of {{convert|1.75|in|cm}},<ref>Long Fence {{cite web |url=http://www.longfence.com/commercial/fence/chain-link |title=Chain Link Fencing Systems &#124; Vinyl Chain Link Security Fencing by Long® Fence |access-date=2013-04-11 |url-status=dead |archive-url=https://web.archive.org/web/20130411062526/http://www.longfence.com/commercial/fence/chain-link |archive-date=2013-04-11 }}</ref> as measured flat side to flat side, so that [[Power hitter|power hitters]] cannot lodge the ball in the fence.
-The installation of chain-link fence involves setting posts into the ground and attaching the fence to them.  The posts may be steel tubing, timber or concrete and may be driven into the ground or set in concrete (preferably both).  End, corner or gate posts, commonly referred to as '[[terminal posts]]', must either be set in concrete footing or otherwise anchored to prevent leaning under the tension of a stretched fence.  Posts set between the terminal posts are called [[line posts]] and are set in concrete footings (or in some locations driven in place) at intervals not to exceed 10 feet. The fence is attached at one end, stretched, and attached at the other, the excess being easily removed by "unscrewing" a wire.  Finally it is tied to the line posts with aluminum wire.  In many cases a bottom tension wire, sometimes referred to as [[coil wire]], may be stretched between terminal posts to help minimize the in and out movement that occurs at the bottom of the chain-link mesh between posts.  Once stretched, this wire should be secured to the line posts and the chain-link mesh "hog ringed" to the tension wire 2' on center.  The installation of this wire is generally done prior to the installation of the chain-link mesh.
+The popularity of chain-link fence is from its relatively low cost and that the open weave does not obscure sunlight from either side of the fence. A chain-link fence can be made semi-opaque by using [[fence insert]]s in the mesh.  Allowing [[Hedera|ivy]] to grow up the fence and interweave itself is also popular.
-==Development of chain-link fencing==
-[[File:Chain-link and barbed wire.jpg|thumb|150px|right|A chain-link privacy fence topped with [[barbed tape|razor wire]] protecting a utility power sub-station.]]
+==Installation==
-In the United Kingdom the firm of [[Barnard, Bishop & Barnard]] was established in [[Norwich]] to produce chain-link fencing by machine. The process was developed by Charles Barnard in 1844 based on cloth weaving machines (up until that time Norwich had a long history of cloth manufacture).<ref>Ward, Ken. [http://www.oldcity.org.uk/norwich/history/history08.php Victorian Norwich]. A History of Norwich, 28 November 2006, p. 6.</ref>
+The installation of a chain-link fence involves setting posts into the ground and attaching the fence to them. The posts may be steel tubing, timber, or concrete and may be driven into the ground or set in concrete.  End, corner, or gate posts, commonly referred to as "terminal posts", must be set on a concrete footing or otherwise anchored to prevent leaning under the tension of a stretched fence.  Posts set between the terminal posts are called "line posts" and are set at intervals not to exceed 10 feet. The installer attaches the fence at one end, stretches it, and attaches it at the other, easily removing the excess by "unscrewing" a wire. In many cases, the installer stretches a bottom tension wire, sometimes referred to as "coil wire", between terminal posts to help minimize the in and out movement that occurs at the bottom of the chain-link mesh between posts.  Top horizontal rails are used on most chain-link fences, although not necessary if the terminal posts are braced correctly. A top tension wire may be used in this situation. Bottom rails may be added in place of bottom tension wires, and for taller fences, 10 feet or more, intermediate horizontal rails are often added. Finally, the installer ties the fence to the line posts and rails with steel or aluminum wire with a hook on one end called “fence ties”. The bottom tension wire should be secured to the line posts and the chain-link mesh "hog ringed" to the tension wire 2' on center.
-Anchor Fence (established in 1891) was the first US company to manufacture chain-link fencing by machines using equipment imported from Belgium.
 ==Manufacturing==
-The manufacturing of chain-link fencing is called [[weaving]]. A metal [[wire]], often [[Galvanized_steel|galvanized]] to reduce [[corrosion]], is pulled along a rotating long and flat [[blade]], thus creating a somewhat flattened [[Helix|spiral]]. The spiral continues to rotate past the blade and winds its way through the previous spiral that is already part of the fence. When the spiral reaches the far end of the fence, the spiral is cut near the blade. Next, the spiral is pressed flat and the entire fence is moved up, ready for the next cycle. The end of every second spiral overlap the end of every first spiral. The machine clamps both ends and gives them a few twists. This makes the links permanent.
+The manufacturing of chain-link fencing is called [[weaving]]. A metal [[wire]], often [[Galvanized steel|galvanized]] to reduce [[corrosion]], is pulled along a rotating long and flat [[blade]], thus creating a somewhat flattened [[Helix|spiral]]. The spiral continues to rotate past the blade and winds its way through the previous spiral that is already part of the fence. When the spiral reaches the far end of the fence, the spiral is cut near the blade. Next, the spiral is pressed flat, and the entire fence is moved up, ready for the next cycle. The end of every second spiral overlaps the end of every first spiral. The machine clamps both ends and gives them a few twists. This makes the links permanent.
-An improved version of the weaving machine winds two wires a round the blade at once, thus creating a [[double helix]]. One of the spirals is woven through the last spiral that is already part of the fence. This improvement allows the process to advance twice as fast<ref>[http://www.youtube.com/watch?v=E3LnjVXTfXc&feature=related Chain link weaving machine - video]</ref>.
+An improved version of the weaving machine winds two wires around the blade at once to create a [[double helix]]. One of the spirals is woven through the last spiral that is already part of the fence. This improvement allows the process to advance twice as fast.<ref>[https://www.youtube.com/watch?v=E3LnjVXTfXc Chain link weaving machine - video]</ref>
 ==Notable uses==
-[[File:DirtTrackRacingLateModels.jpg|thumb|right|150px|Chain-link fencing at an American short track]]
+[[File:DirtTrackRacingLateModels.jpg|thumb|right|Chain-link fencing at an American short track]]
+[[File:Kenny King vs. Zema Ion - Dark Match.jpg|thumb|right|Chain-link, steel cage as used in an [[Impact Wrestling]] professional wrestling match]]
-*Used to notable effect in the [[Gehry Residence]] by [[Frank Gehry]]
+* Used to notable effect in the [[Gehry Residence]] by [[Frank Gehry]]
-*Wrestling steel cage matches
+* In [[professional wrestling]], several wrestling match variations require that chain-link fencing surround the [[Wrestling ring|ring]] in an open "cage" style. Most popularly, in the [[steel cage match]] variation and the larger, closed cage match type specific to [[WWE]], [[Hell in a Cell]].
-*[[Backstop (baseball)|Backstop]]s used in baseball and softball fields
+* [[Backstop (baseball)|Backstop]]s used in baseball and softball fields
-*Before the advent of [[run-off area|gravel trap]] in the later half of the 1980s, chain-link fencing was used as catch fences in racetracks to slow out-of-control cars down before they impact barriers. In the 2000s they continued to be used at American [[dirt track racing|dirt tracks]].
+* Before the advent of [[run-off area|gravel trap]] in the later half of the 1980s, racetracks used chain-link fencing as [[catch fence]]s to slow out-of-control cars before they hit barriers. In the 2000s, American [[dirt track racing|dirt tracks]] still used them.
-*Many parks in [[London]] were replaced with chain-link fencing during the [[Second world war]] when the original iron and steel railings were removed for the [[war effort]] (Though many are now being replaced)<ref name="LondonSqPksEH">[http://www.english-heritage.org.uk/professional/advice/advice-by-topic/parks-and-gardens/public-parks-and-open-spaces/london-squares-and-open-spaces/ English Heritage - London Squares and Open Spaces]] (Accessed 27 August 2011)</ref>.
+* [[London]] fitted many parks with chain-link fencing during the [[Second World War]] after removing the original iron and steel railings as scrap for the [[war effort]]. (Many are now being replaced.)<ref name="LondonSqPksEH">[http://www.english-heritage.org.uk/professional/advice/advice-by-topic/parks-and-gardens/public-parks-and-open-spaces/london-squares-and-open-spaces/ English Heritage - London Squares and Open Spaces] (Accessed 27 August 2011)</ref>
 ==See also==
-*[[Temporary fencing]]
 *[[Chicken wire]]
-*[[Iron]]
+*[[Expanded metal]]
+*[[Temporary fencing]]
 *[[Wire gauze]]
@@ Line 43: / Line 48: @@
 ==External links==
+{{commons category|Chain-link fences}}
-{{commonscat|Wire netting}}
 {{wiktionary|wire netting}}
-*[http://codewriters.com/asites/main-pub.cfm?usr=clfma Chain-link Fence Manufacturers Institute]
+*[http://www.associationsites.com/main-pub.cfm?usr=clfma Chain-link Fence Manufacturers Institute]
+{{Authority control}}
-[[Category:Fences]]
+[[Category:Metal fences]]
-[[ca:Tela metàl·lica]]
+[[Category:Nets (devices)]]
-[[cs:Drátěné pletivo]]
-[[de:Maschendraht]]
-[[es:Tela metálica]]
-[[ja:金網]]
-[[ru:Сетка Рабица]]
-[[sv:Gunnebostängsel]]