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MC SYSTEM has multiple advantages compared to other construction systems

 

The characteristics of materials and prefabricated elements simultaneously solve the issue of thermal insulation and construction system of built objects. Although the thermal insulation of the elements is very thick, it is vapor permeable, while the thin layers of high-quality concrete provide a very long life, resistance to all external influences and resistance to earthquakes and fires.

 

Halls built with the MC system of construction with a modified arc shape have a more favorable ratio of volume and floor area compared to the rectangular shape. The area of the external walls for the same floor area and volume of the building is at least 21% smaller, which reduces heat losses by the same percentage. The smaller required area of glass with roof windows (skylights) provide that the transmission losses of MC halls are up to 50% lower compared to rectangular halls of similar insulating power, i.e. with 15-30 cm of thermal insulation.

 

The modified arch shape prevents large temperature stratifications even at high building heights. In rectangular buildings, warm, lighter air simply rises up the roof structure, increasing heat losses and costs of ventilation, cooling and heating. In MC halls, due to arched shape warm air cannot rise up in smaller volume. MC buildings are easily heated and cooled with simpler HVAC equipment.

 

A load-bearing roof structure (≥600kg/m2) is formed by the static system of cross-linked AB arches and horizontal AB beams in the elements, as well as the elements themselves. All types of solar panels, chillers and other equipment can be installed directly on the building without additional costs and substructure construction. All internal installation, air ducts, electrical installations… can also be placed directly on the elements and the supporting structure, which makes a significant saving in all installation works compared to other systems.

 

Halls built with the MC System compared to halls with similar energy properties and fire resistance built with other construction systems have the following advantages:

20% LOWER CONSTRUCTION COSTS

50% LOWER EKSPLOATATION COSTS

80% LOWER HEATING AND COOLING COSTS

200% FASTER CONSTRUCTION PROCESS

 

MC SYSTEM enables construction of high quality and durable, energy-efficient and cost-effective buildings of various dimensions and purposes quickly built by prefabricated AB elements.

PREDNOSTI KONSTRUKCIJE

VISOKA ENERGETSKA EFIKASNOST

            Paropropusna, vatrootporna izolacija debljine od 15-30cm.

VATROOTPORNOST

            Armirani beton je po definiciji negoriv.

OTPORNOST NA ZEMLJOTRESE

            Umrežena struktura lukova i greda čine noseću konstrukciju.

OTPORNOST NA URAGANE I OLUJNE VETROVE

            Nije potreban niti jedan lim, opšivka, crep, oluk ili sl. da se odvoji od konstukcije.

SIGURAN, BEZBEDAN I TRAJAN OBJEKAT

            Životni vek armiranog betona – ferocementa se meri stotinama godina

KARAKTERISTIKE MATERIJALA

ČVRSTOĆA – Preko 42Mpa,

ŽILAVOST – Višestruka kriva loma, prilikom pucanja mikroarmatura nosivost elementa i dalje raste VODONEPROPUSNOST – Materijal je vodonepropustan

TRAJNOST – Armirani beton 

 

PREDNOSTI HALA

NIŽA CENA – U poređenju sa svim objektima i približno istih energetskih osobina

SMANJENI TROŠKOVI EKSPLOATACIJE – Niži troškovi grejanja i hlađenja

SMANJENI TROŠKOVI ODRŽAVANJA – Samo farbanje po potrebi

MINIMALNI TROŠKOVI grejanja i hlađenja

BRŽA IZGRADNJA – 1000m2 ključ u ruke za 4 meseca

Cela konstrukcija objekata je noseća i sve instalacije (ventilacija, osvetljenje, klimatizacija…) uključujući i kransku stazu se postavljaju jednostavno na noseću konstrukciju. Objekat se projektuje da zadovolji sve potrebe korisnika čime je spektar primene gotovo neograničen.

Energetski efikasan, vatrootporan objekat sa minimalnim troškovima za održavanje ostvariće uštede u svim sferama poslovanja.

MC sistem gradnje prvo zatvara željeni prostor. Izgrađena struktura obezbeđuje sve zahteve statike, termike, hidroizolacije te izuzetno visok nivo stabilnosti, bezbednosti i trajnosti. Ceo objekat izgrađem ovom tehnologijom ne poseduje niti jedan termički most.

Nakon toga se u izgrađenom zatvorenom prostoru, u kontrolisanim klimatskim uslovima, kao sasvim nezavisan statički sistem, tehnologijom po izboru korisnika vrši etažiranje i pregrađivanje u skladu sa njegovim aktuelnim potrebama. Ovakav način organizacije izgradnje omogućuje izuzetno fleksibilan prostor koji živi, razvija se i menja u skladu sa svojim korisnikom.

Modifikovanim lučnim oblikom se postiže povoljniji odnos zapremine i površine poda, odnosno površina spoljašnjih zidova za istu veličinu objekta je za minimalno 21% manja čime su toplotni gubitci umanjeni za isti procenat.

Prozori znatno manjih dimenzija na kosim površinama (krovni) obezbeđuju isti osvetljaj kao što bi bio sa znatno većim prozorima na vertikalnim zidovima. Smanjenjem staklenih površina, koje imaju veliki stepen toplotne provodljivosti, dodatno su smanjeni toplotni gubici. Iz navedenog vidimo da lučni objekti imaju gotovo duplo manje toplotne gubitke u poređenju sa pravougaonim objektima iste zapremine, kvadrature i izolacione moći. Prozori mogu biti oblika i orijentacije po želji.

 

MC SYSTEM has multiple advantages compared to other construction systems.

The characteristics of materials and prefabricated elements simultaneously solve the issue of thermal insulation and construction system of built objects. Although the thermal insulation of the elements is very thick, it is vapor permeable, while the thin layers of high-quality concrete provide a very long life, resistance to all external influences and resistance to earthquakes and fires.

Halls built with the MC system of construction with a modified arc shape have a more favorable ratio of volume and floor area compared to the rectangular shape. The area of the external walls for the same floor area and volume of the building is at least 21% smaller, which reduces heat losses by the same percentage. The smaller required area of glass with roof windows (skylights) provide that the transmission losses of MC halls are up to 50% lower compared to rectangular halls of similar insulating power, i.e. with 15-30 cm of thermal insulation.

The modified arch shape prevents large temperature stratifications even at high building heights. In rectangular buildings, warm, lighter air simply rises up the roof structure, increasing heat losses and costs of ventilation, cooling and heating. In MC halls, due to arched shape warm air cannot rise up in smaller volume. MC buildings are easily heated and cooled with simpler HVAC equipment.

A load-bearing roof structure (≥600kg/m2) is formed by the static system of cross-linked AB arches and horizontal AB beams in the elements, as well as the elements themselves. All types of solar panels, chillers and other equipment can be installed directly on the building without additional costs and substructure construction. All internal installation, air ducts, electrical installations… can also be placed directly on the elements and the supporting structure, which makes a significant saving in all installation works compared to other systems.

Halls built with the MC System compared to halls with similar energy properties and fire resistance built with other construction systems have the following advantages:

20% LOWER CONSTRUCTION COSTS

50% LOWER EKSPLOATATION COSTS

80% LOWER HEATING AND COOLING COSTS

200% FASTER CONSTRUCTION PROCESS

MC SYSTEM enables construction of high quality and durable, energy-efficient and cost-effective buildings of various dimensions and purposes quickly built by prefabricated AB elements.