MEVA Schalungs-Systeme

MEVA Formwork Systems is a German construction company that produces formwork systems distributed internationally. It is headquartered in Haiterbach, Germany, under the name MEVA Schalungs-System GmbH. The MEVA group has 40 subsidiaries, plants and logistics centers on five continents.

MEVA Schalungs Systeme
Company typeGmbH
IndustryConstruction
Founded1970 by Gerhard Dingler
HeadquartersHaiterbach, Germany
Key people
Florian F Dingler
Products Formwork Systems
Revenue130 million (2020)
Number of employees
~600 (2020)
Websitewww.meva.net

History

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MEVA was founded in 1970 by Gerhard Dingler. The idea of developing a reusable formwork system led to the company's founding and to the development of the first frame-based, panelised formwork system with a facing integrated into a metal frame, which was named the formwork panel. These panels are produced in different sizes and can be freely combined, hence the name modular formwork system.

In 1971, MEVA presented the first modular panelised formwork system.[1] In 1977, MEVA invented the formwork clamp that connects to panels. A year later, a lighter design of frame with hollow profiles and grooves is presented.[2]

In 1981, the crane-independent formwork system for walls and slabs was marketed. In 1982, MEVA's Mammut wall formwork system was a heavy-duty system with a load capacity of 97 kN/m2. In 1989, MEVA developed the aluminium wall formwork system. In 2000, MEVA created an all-plastic facing design.[3]

In 2012, MEVA's automatic climbing system, MAC, was used on sites in Europe after several years of use in Australia and the Far East.[4]

In 2016, MEVA Mammut XT had flexible single- and two-sided anchoring without additional attachments.[5]

Products

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MEVA designs, constructs, produces and markets frame formwork systems for on-site concrete applications in the building industry. MEVA also produces special formwork for irregular building geometries or surfaces without joints. MEVA offers:

  • Crane-independent wall formwork systems with aluminum frames[6][7]
  • Crane-dependent wall formwork for large-size, heavy-duty applications[8]
  • Support frames for single-sided wall applications[9]
  • formwork systems for columns[10][11] and curved walls[12]
  • Slab formwork systems[13]
  • Safety systems and equipment, e.g. wall formwork systems with integrated platforms[14][15] and ladder access,[16] folding, pouring and safety-catch platforms,[17] shoring and stair towers[18]
  • Climbing formwork: climbing scaffold,[19] automatic climbing system,[20] guided screens[21] and climbing systems[22]

Projects

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MEVA's formwork is partially used for on-site concrete work on these construction sites:

Footnotes

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  1. ^ About MEVA
  2. ^ MEVA frame profile
  3. ^ history of alkus - milestones
  4. ^ MEVA Automatic Climbing MAC
  5. ^ Mammut XT - MEVA Wall Formwork
  6. ^ AluStar - MEVA Wall Formwork
  7. ^ AluFix - MEVA Wall Formwork
  8. ^ Mammut 350 - MEVA Wall Formwork
  9. ^ Support Frame STB
  10. ^ MEVA Circular Colum Formwork Circo
  11. ^ MEVA Colum Formwork CaroFalt
  12. ^ MEVA Circular Formwork Radius
  13. ^ MevaDec Slab Formwork
  14. ^ Sandy Guthrie, "Challenging projects"[1], Construction Europe, Vol. 24 Issue 9, p.38, November 2013, last accessed 10 November 2015
  15. ^ MEVA Working Platform LAB
  16. ^ MEVA SecuritBasic
  17. ^ MEVA Shoring Tower Space
  18. ^ MEVA Stair Tower MTT
  19. ^ MEVA Climbing Scaffold KLK
  20. ^ MEVA Automatic Climbing Formwork MAC
  21. ^ MEVA Climbing Safety System MGS
  22. ^ MEVA Guided Climbing MGC
  23. ^ tHis, "Wirtschaftsuniversität Wien - Einzigartige Schalungstechnische Herausforderung"[2], tHis - Fachmagazin für erfolgreiches Bauen, last accessed 10 November 2015
  24. ^ Concrete International Magazine (CI), November 2015 [3], last accessed 10 November 2015
  25. ^ "New Football Stadium near Budapest"[4], Contractors World International Vol. 5 No 2, p.19, last accessed 10 November 2015
  26. ^ "New Football Stadium near Budapest"[5], Contractors World International Vol. 5 No 2, p.19, last accessed 10 November 2015
  27. ^ "Prison Complex: Spindle solution for window boxouts save time"[6], MEVA References
  28. ^ "Europe's Large Hydro Power Plant: Linthal 2015"[7], MEVA References
  29. ^ Sorenga Tunnel, Oslo
  30. ^ "New Stuttgart Trade Fair Centre"[8], MEVA References
  31. ^ "National Stadium Lia Manoliu Bucharest"[9], Mooser Construction References, last accessed 10 November 2015
  32. ^ "Katrine, United Kingdom"[10], Water Technology Projects, last accessed 10 November 2015
  33. ^ "Budapest is Looking Forward to its new Metro Line M4"[11], MEVA References
  34. ^ Concrete International Magazine (CI), November 2015 [12], last accessed 10 November 2015
  35. ^ "The Rise and Rise of Formwork"[13], Builder & Engineer Magazine, last access 10 November 2015
  36. ^ "Burj Khalifa - highest building ever"[14], MEVA References
  37. ^ YouTube - Roche Tower, Basel
  38. ^ "Roche Tower Basel"[15], MEVA References
  39. ^ "Mirax 'Federation' Tower in Moscow, Russia"[16], MEVA References
  40. ^ "Palais Royale"[17], Construction World, February 2011, last accessed 10 November 2015
  41. ^ "India's first green Building 'Palais Royale' in Mumbai"[18], MEVA References
  42. ^ "Meva Systems Speed up work on Dubai Tower"[19], Gulf Construction, 1 November 2014, last accessed 10 November 2015
  43. ^ "The Rise and Rise of Formwork"[20], Builder & Engineer Magazine, last access 10 November 2015
  44. ^ "178m-Skyscraper - Roche Tower Basel"[21], MEVA References
  45. ^ [22], MEVA References
  46. ^ "The New Vienna University of Economics and Business"[23], MEVA References
  47. ^ "New Football Stadium near Budapest"[24], Contractors World International Vol. 5 No 2, p.19, last accessed 10 November 2015
  48. ^ "Enthusiastic Designs: Sports Stadium Pancho in Felcsút near Budapest"[25], MEVA References
  49. ^ Bjørvika Reshapes Oslo Skyline: Norway's Largest Project Ever [26], MEVA References
  50. ^ "Meva helps Bam beat the clock"[27], Gulf Construction, last accessed 10 November 2015
  51. ^ "'City of Dreams' Hotel Tower / Zaha Hadid Architects "[28], archdaily, aufgerufen am 11. November 2015
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