The most impressive architectural achievements of the modern era are primarily linked to the use of steel. Skyscrapers, bridges with large spans, and massive structures would not be possible without the presence of steel.
MORFOMETAL has been active in the construction of metal buildings and structures for twenty-five years. The company's experienced engineers provide personalized service and reliable, cost-effective solutions, taking into account the unique needs of each client. The company combines high-quality materials with fast construction speed at competitive prices, proving that the highest level of energy efficiency does not necessarily mean high costs.
Buildings with steel frames offer significant advantages compared to conventional structures:
• Absolute anti-seismic safety
and maximum possible protection even from high-intensity seismic vibrations, avoiding the need for post-earthquake repairs. Steel provides elasticity that withstands seismic movements, unlike traditional inelastic materials.
• Resistance to extreme weather conditions
which makes the buildings suitable for coastal and mountainous areas. Also ultimate protection against lightning strikes, as the steel frame serves as a safe grounding by carrying the electricity to the ground.
• Full anti-corrosion protection of the frame.
Metal parts undergo sandblasting and are coated with the most advanced anti-corrosion materials. Furthermore, the option for hot galvanization is available for maximum protection.
• Lower construction weight compared to conventional buildings.
The weight ratio between steel construction and reinforced concrete is approximately 1:15.
• Increased sound insulation.
With the use of dry construction techniques, the sound insulation coefficients reach up to >60dB.
• Increased thermal insulation.
With the use of dry construction techniques, the coefficients of thermal transmittance reach up to U<0.3W/m2K.
• An energy-efficient/bioclimatic building
that respects its occupants, protects the environment, withstands climate changes, and simultaneously offers a cost-effective solution.
• Elimination of dead spaces
(this advantage is 5% compared to conventional buildings).
• Use of modern filling materials
(glass panels, aluminum casings, stainless steel, corrugated and flat sheet metal, wooden panels, etc.) and application of new wall filling methods that bring about aesthetic and functional renewal, without excluding traditional architectural models.
• Eco-friendly construction
since the frame is recyclable.
• Minimized costs with the minimum Social Insurance Institution rate
(low social security contribution costs), as the construction falls under the prefabricated category. In metal homes, the final Social Insurance Institution contributions for the relevant part are reduced by a fraction of 0.52/1.32 compared to conventional concrete frames.
• Money-saving in foundations
due to the light loads of the bearing structure, minimizing the need for foundations and excavations, especially in challenging rocky grounds where blasting, a particularly expensive and unpleasant process, is required.
• Low cost operations
(dependent also on material choices for project completion such as frames, flooring, etc.).
• Pre-determined costs
from the beginning of the constructing procedure ensuring an accurate budget without unforeseen surprises.
• Precise construction schedule
from the financing stage to the completion of the building "turnkey".
• Quick construction of the building
resulting in lower construction costs.
• Overall construction coordination by the company.
Full control of all construction processes, from the pre-fabrication of the metal frames in the factory using modern CNC production systems, to the final installation and completion of the project.
• Possibility of multiple architectural alternatives
(modern design, glass facades, etc.) due to the material's endless shaping capabilities.
• Large spans feature
(larger than those that can be achieved in reinforced concrete structures) without the need for intermediate support (columns), providing significant freedom in architectural design.
• Easy future expansion or modification of the building
without significant damage.
• Exceptionally long lifespan
unlike conventional concrete buildings which typically remain viable for an average of 60 years.