Covema srl was a historic Italian company specializing in the design of plastic processing machinery, based in Milan, via Fontana 1. Founded in 1953 by the Terragni brothers, it also included the companies Corima spa, GBF spa, GBF iberica, RIAP srl, FIRS spa, Covepla Spain (specialized in thermosetting machines), Italproducts srl, Omam spa, TPA srl, AGRIPAK srl, Floraplant srl, Interfinance SA, Technical Die spa, Covema SAE. The technology that Covema has developed since the 1950s is merged into Agripak srl based in Milano and managed by the sons of Marco Terragni: Fabio Terragni (president), Patrizia Terragni and Massimo Terragni (managing directors).[1]

Covema group
TypeConglomerate
IndustryPlastic
FoundedMilan, Italy January of 1953
FoundersFelice Zosi, Dino Terragni and Marco Terragni
SuccessorAGRIPAK srl
Headquarters
Via Fontana 1, Milan
,
Italy
Number of locations
45
Area served
Worldwide
Key people
Marco Terragni (CEO) Dino Terragni (President)
ProductsThermoforming
(Extrusion and injection machinery for plastic)
Increase€600 million
Increase€20 million
OwnersMarco and Dino Terragni
Number of employees
2000
Divisions
  • Corima S.p.A.
  • GBF S.p.A.
  • Plastiform S.r.l
  • Covepla S.A.
  • RIAP S.r.l
  • OMAM S.p.A.
  • OMAM International S.A.
  • FIRS S.p.A.
  • GBF S.A.
  • Technical Dies S.pA.
  • Floraplant S.r.l
  • Covema S.A.E.
Websiteagripak.com

History

Founded in Milan in 1953, Covema (Commissionaria Vendita Macchine) first devoted itself to the commercialization of plastic processing machinery. This marketing activity was a great help to the growth and development of the Luigi Bandera spa in Busto Arsizio, which at the time was making the first blown film extrusion lines to produce plastic bags and films. One of the most successful markets of this initial activity of Covema was the US market where, thanks to Covema's intermediation, the Luigi Bandera spa exported dozens of blown film extrusion lines during the 1950s. Marco Terragni was the main proponent of such sales success towards the North American market.[2]

In the late 1950s, the Covema began the production and sale of its blown film extrusion lines. In the meantime, exports to the Latin American markets began and Marco Terragni was asked during his missions abroad to produce in plastic various objects made so far of wood or paper or glass. Thus began a phase of research and development that led Covema to create two poles for specific research such as the FIRS for the production of machines for window and door profiles and the RIAP (Research Industrial Applications Polyolefin) of Zingonia (Bergamo) for the development of polypropylene (PP) applications recently polymerized by Professor Giulio Natta at the Milan Polytechnic. Thus were born the first plants for the production of synthetic raffia and monofilaments: the first fair in which Covema showed in operation a raffia plant in PP was Equiplast of Barcelona in 1969.[3][4] Montecatini intensively collaborated with RIAP for the development of various grades of polymers and copolymers of PP. In RIAP some downstream plants were also developed to produce raffia or monofilament articles (fabrics, ropes, woven bags, etc.).[5][6]

Still at the RIAP at the beginning of the 1970s a group of researchers coordinated by Marco Terragni created a first pilot plant for the production of Cartonplast (PP alveolar sheets). Many other developments in technology were made in those years by Covema, including the extrusion in flat head of PP sheets and the thermoforming of these sheets to produce disposable cups. Various other technologies for the production of pipes, machines for covering electric cables, extrusion lines for WoodPlast (synthetic wood), multi-filaments spinning plants of the POY type (Partially Oriented Yarns) or FDY type (Fully Drawn) or BCF type (Bulky Continuous Filaments) for nylon, PA, PP, PET were also developed by Covema for the production of upholstery, fabrics for the automotive industry, carpets and rugs, industrial filters, technical garments.[7] At the company Corima at Cassano Magnago, Covema realized the specific development of multi-filament plants and systems to cover electric cables.[8][9]

Cartonplast logo

The Plastiform of Paderno Dugnano was instead created by Covema for the development of technologies for thermoforming both from sheet and board. The FC series machines were developed to form and cut in the same station using match metal system; the Rotoform series, which formed and cut with a separate cutting press and the Multiform series that formed, die cut, and stacked in line. Plastiform also produced thermoforming machines for board to produce, for example, counterdoor and inside of refrigerator cells, bathtubs. Also at Plastiform, the first in line extrusion and thermoforming were developed and a compact extrusion / calendering system (named subsequently Compact) was designed to be put in line with thermoformers especially for the FC and Rotoform series.[10][11]

The Rotoform machines were the first ever used by the Swiss group Ovotherm for the production of polystyrene (PS) egg containers. During the 1970s, Ovotherm opened several factories all over the world for the production of eggs in PS and Covema was the partner who supplied the necessary machines for thermoforming.[12][13] Other companies belonging to the Covema group were Ombia spa of Solbiate Arno, which specialized in the start of the production of pipe systems and the GBF of Milan, which dedicated itself to the production of injection molding machines.[14] GBF Spa worked intensely with Basell Polyolefins of Milan and developed with it some important patents.[15]

Also worthy of note is the collaboration of Covema with the company Magic S.p.A. of Monza specialized in the production of extrusion / blow molding lines for plastic bottles.[16]

Covema patents

Covema Srl

  • A process for the production of laminated panels, particularly for coating and the like, as well as' plant for its realization.[17]
  • The panel structure particularly coupled for coatings and the like.[18]
  • Plant for the realization of particularly hollow profiles made of plastic material.[19]
  • Sound-absorbing and heat-insulating panel structure.[20]
  • An extruder for the extrusion of hollow tubular elements in plastic and container material obtained with said tubular elements.[21]
  • Calibrator for extruded profiles are made of plastic material.[22]
  • Calibrator for extruded profiles are made of plastic material.[23]
  • An extruder for the extrusion of plastic hollow sides profile.[24]
  • Extrusuradora for the production of shaped hollow plastic material.[25]
  • Extruder for producing plastic hollow profile material.[26]
  • Operating machine for boring and facing and machining head of a machine tool.[27]
  • Extruders for plastics.[28]

Covema SAE

  • Improvements in closing mechanisms for rotating blowing heads.[29]
  • Regulator blowing.[30]
  • Sizer.[31]
  • Tube winding machine to apply plastic industrial sacks.[32]

Plastiform Srl

  • Solid-state heat-moulding polypropylene sheets - involves passing sheet intermittently across a continuous heating zone, to raise the temp. or the sheet to near its m.pt.[33]
  • Thermoforming high crystalline content polymers.[34]
  • Formningsforfarande for hogkristallina polymerer, speciellt polypropenfolier.[35]
  • Thermoforming sheet material.[36]
  • Procedure for thermoforming polypropylene sheet, solid state processing.[37]

OMAM Spa

  • Apparatus profiling tubes.[38]

Corima Spa

  • Mario Miani, extrusion head for the production of synthetic yarns.[39]
  • Giuseppe De Maria and Mario Miani, thermoplastic extrusion press - with two chambers and multiple extruder screws.[40]
  • Boscato Silvano, device for winding and unwinding of materials constant tension on reels.[41]
  • Carlo Rattazzi and Giuseppe De Maria, continuous filter for plastic.[42]

Floraplant Srl

  • Separator device of portaudva arranged impilanti containers.[43]

GBF costruzioni meccaniche Spa

  • Device for the production of plastic and elastomer bearings.[44]

Agripak srl

  • Massimo Terragni and Daniele Perrella, process and apparatus for machining a sheet of thermoplastic material with hollow profile.[45]
  • Thermoforming machine with stacking device of thermoformed articles.[46]
  • Product precious materials obtained from fibers of textile origin and their galvanic process.[47]

Italproducts srl

  • Structure of extruded honeycombed profiled plastic.[48]
  • The preheating oven particularly for panels to be formed.[49]
  • A process for the microperforation of extruded multiwall sheets.[50]
  • Structure of extruded honeycombed profiled plastic.[51]

TPA srl

  • Tray, container and the like with drainage characteristics.[52]
  • A method for obtaining formed articles from alveolar sheet-like elements made of plastics, as well as 'articles so'.[53]

Honors

  • "MERCURIO D'ORO" prize.
  • FOREIGN TRADE PRIZE, issued by the Milan Chamber of Commerce in 1978. It ranks as the first company in Milan with exports in 1972 of around 80 millions euros.[54]

See also

References

  1. ↑ "Welcome | AGRIPAK". agripak.com. Retrieved 2020-10-13.
  2. ↑ Registro delle imprese, Camera di commercio di Milano
  3. ↑ Resoconto fiera Equiplast 1969
  4. ↑ Información comercial española (in Spanish). Secretaría de Estado de Comercio del Ministerio de Economía y Hacienda. 1968.
  5. ↑ Interview of Marco Terragni Modern Plastic International, 1999
  6. ↑ "C'era una volta...l'estrusione". Polimerica.it (in Italian). Archived from the original on 2016-03-05. Retrieved 2020-10-13.
  7. ↑ US 4113411, Terragni, Marco, "Extruder and sizer apparatus for hollow plastic sections", published 1978-09-12
  8. ↑ Estratto del senato della Repubblica Italiana del 30 Luglio 1980
  9. ↑ Estratto Della camera dei Deputati Italiana del venerdì 27 febbraio 1981
  10. ↑ Europlastics Monthly. IPC Industrial Press. 1971.
  11. ↑ Estratti del consiglio di amministrazione conservati presso l'archivio storico della Camera di Commercio di Milano
  12. ↑ Il Giornale degli allevatori (in Italian). Giornale degli allevatori. 1974.
  13. ↑ Egg Industry. Watt Publishing Company. 2003.
  14. ↑ The Rubber and Plastics Age. 1966.
  15. ↑ EP 1874838, Cagnani, Camillo; Cavalieri, Claudio & Marzolla, Roberta, "Propylene polymer composition for thermoforming", published 2008-01-09, assigned to Basell Poliolefine Italia S.R.L.
  16. ↑ European Plastics News. IPC Press. 1980.
  17. ↑ A process for the production of laminated panels, particularly for coating and the like, as well as' plant for its realization
  18. ↑ The panel structure particularly coupled for coatings and the like
  19. ↑ Plant for the realization of particularly hollow profiles made of plastic material
  20. ↑ sound-absorbing and heat-insulating panel structure.
  21. ↑ An extruder for the extrusion of hollow tubular elements in plastic and container material obtained with said tubular elements
  22. ↑ Calibrator for extruded profiles are made of plastic material
  23. ↑ Calibrator for extruded profiles are made of plastic material
  24. ↑ An extruder for the extrusion of plastic hollow sides profile
  25. ↑ Extrusuradora for the production of shaped hollow plastic ma-terial.
  26. ↑ Extruder for producing plastic hollow profile material
  27. ↑ Operating machine for boring and facing and machining head of a machine tool
  28. ↑ Extruders for plastics
  29. ↑ Improvements in closing mechanisms for rotating blowing heads
  30. ↑ Regulator blowing
  31. ↑ Sizer
  32. ↑ Tube winding machine to apply plastic industrial sacks
  33. ↑ Solid-state heat-moulding polypropylene sheets - involves passing sheet intermittently across a continuous heating zone, to raise the temp. or the sheet to near its m.pt.
  34. ↑ Thermoforming high crystalline content polymers
  35. ↑ Formningsforfarande for hogkristallina polymerer, speciellt polypropenfolier
  36. ↑ Thermoforming sheet material
  37. ↑ Procedure for thermoforming polypropylene sheet, solid state processing
  38. ↑ Apparatus profiling tubes
  39. ↑ Extrusion head for the production of synthetic yarns
  40. ↑ Thermoplastic extrusion press - with two chambers and multiple extruder screws
  41. ↑ Device for winding and unwinding ofmaterials constant tension on reels.
  42. ↑ Continuous filter for plastic
  43. ↑ Separator device of portaudva arranged impilanti containers
  44. ↑ Dispositivo per la produzione di cuscinetti in plastica ed elastomeri.
  45. ↑ Process and apparatus for machining a sheet of thermoplastic material with hollow profile
  46. ↑ Thermoforming machine with stacking device of thermoformed articles
  47. ↑ Product precious materials obtained from fibers of textile origin and their galvanic process
  48. ↑ Structure of extruded honeycombed profiled plastic
  49. ↑ The preheating oven particularly for panels to be aformatura
  50. ↑ A process for the microperforation of extruded multiwall sheets
  51. ↑ Structure of extruded honeycombed profiled plastic
  52. ↑ Tray, container and the like with drainage characteristics
  53. ↑ A method for obtaining formed articles from alveolar sheet-like elements made of plastics, as well as 'articles so'
  54. ↑ www.milomb.camcom.it https://www.milomb.camcom.it/l-archivio-storico. Retrieved 2020-10-13. {{cite web}}: Missing or empty |title= (help)
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.