Material | Lightness and plasticity |
---|---|
EPS | Yes |
Plaster | Plastic, heavier than EPS |
GRC | Plastic, easier than concrete, but heavier than EPS |
Concrete | Plastic, but heavy |
Brick | No |
Ceramic granite | No |
Marble | No |
Granite | No |
Putty for exterior facades | Harder than EPS and is not used for the manufacturing of architectural elements |
Lightness and ductility of the material enables the production of elements of any form.
The facade of the building gets a unique look, architectural expression and blends harmoniously into the surrounding landscape. The most daring design decisions can be implemented.
Material | Thickness of the decorative layer |
---|---|
EPS | 2,5 mm |
Gypsum | EPS ˂ |
GRC | 6-20mm |
Concrete | EPS ˂ |
Brick | EPS ˂ |
Ceramic granite | EPS ˂ |
Marble | EPS ˂ |
Granite | EPS ˂ |
Putty for exterior facades | not less than 5 mm |
When the thickness of putty decorative layer on the polystyrene surface is 2.5 mm, the material has a considerable strength.
Specialists of the company developed the production of decorative putty formulation layer (of plastics) with a thickness of 2.5 mm, weatherability on the facade of the building in different climatic zones is high, which increases the strength of the material and its longevity of use.
No operating costs for the repair of products from EPS, saving money.
Material | Processing speed /preparing of material |
---|---|
EPS | 3 days |
Gypsum | 3 days |
GRC | 5 days |
Concrete | 14 days |
Brick | 6-15 days |
Ceramic granite | 2-3 weeks |
Marble | 2 weeks |
Granite | 2 weeks |
Putty for exterior facades | 1 day |
High speed of processing and reinforcement of material reduces the time of production of decorative elements.
Reducing EPS production terms, we reduce the commissioning dates of the entire object.
Material | Product weight |
---|---|
EPS | 15-25 kg/m³ |
Gypsum | 2200-2400 kg/m³ |
GRC | 1700-2250 kg/m³ |
Concrete | 2500 kg/m³ |
Brick | 1400-1800 kg/m³ |
Ceramic granite | 2400 kg/m³ |
Marble | 2800 kg/m³ |
Granite | 2800 kg/m³ |
Putty for exterior facades | 1500 kg/m³ |
Extremely light weight products from EPS eliminates the load on the building structure.
The ability to use the product of EPS with the restrictions on permissible load objects on the building.
Material | Installation complexity |
---|---|
EPS | The ease and simplicity of installation, the installation is carried out on adhesive |
Gypsum | When attaching the products in addition to the adhesive it requires the use of hairpin-bolting |
GRC | When attaching the product in addition to the adhesive it requires the use of a hairpin and bolted connections with mortgages |
Concrete | Massive concrete structures require a special technique for mounting |
Brick | Large construction time for brick facades |
Ceramic granite | The massiveness of stoneware designs requires a special technique for mounting |
Marble | The massiveness of marble designs requires a special technique for mounting |
Granite | Massive granite structures require a special technique for mounting |
Putty for exterior facades | Easy and simple application of fillings |
With easy and simple installation you save on facades and decorative works.
Saves time for product installation.
Material | Filigree decoration elements |
---|---|
EPS | Yes |
Gypsum | Yes |
GRC | Yes |
Concrete | No |
Brick | No |
Ceramic granite | No |
Marble | No |
Granite | No |
Putty for exterior facades | No |
The smooth seamless surface EPS provides filigree decoration elements.
High-quality products provides an aesthetic appearance of the facade decoration.
Material | Uniqueness of the textures |
---|---|
EPS | Texture resembles sandstone, fine-grained and smooth. |
Gypsum | Texture of natural stone, wood, marble |
GRC | Texture of natural stone, wood, marble |
Concrete | Texture of natural stone |
Brick | No |
Ceramic granite | Texture of natural stone |
Marble | Texture of marble |
Granite | Granite texture |
Putty for exterior facades | No |
Decorative coatings on the surface of the EPS gives the elements the aesthetic appeal.
The facade of the building gets a unique look, architectural expression and blends harmoniously into the surrounding landscape. The most daring design decisions can be implemented.
Material | Variety of textures |
---|---|
EPS | sSmooth and rough surface is possible |
Gypsum | Smooth and rough surface is possible |
GRC | Smooth and rough surface is possible |
Concrete | Smooth and rough surface is possible |
Brick | Smooth surface |
Ceramic granite | The smooth surface of granite |
Marble | The smooth surface of marble |
Granite | The smooth surface of granite |
Putty for exterior facades | Rough surface |
Ability to obtain a smooth or a rough surface.
The facade of the building gets a unique look, architectural expression and blends harmoniously into the surrounding landscape. The most daring design decisions can be implemented.
Material | material cost |
---|---|
EPS | average cost 1200-1300 rubles. 1 m³ |
Gypsum | low cost 150 rubles. - 30 kg |
GRC | high cost of 3600 rubles. 1 m² at a thickness of 10 mm |
Concrete | average cost 2090 rubles. 1 m³ |
Brick | average cost 25-50 rubles. PC. |
Ceramic granite | average cost 800 rubles. 1 m² |
Marble | high cost 2170 rubles. 1 m² |
Granite | high cost 3050 rubles. 1 m² |
Putty for exterior facades | low cost 300 rubles. - 15 kg. |
Not high cost of the material makes it possible to significantly reduce the costs of the building facade decoration (for example, as compared with SOF).
Budget savings.
Material | Peeling resistence |
---|---|
EPS | 36 kg/cm |
Gypsum | 50 kg/cm² |
GRC | putty is not used |
Concrete | putty is not used |
Brick | putty is not used |
Ceramic granite | putty is not used |
Marble | putty is not used |
Granite | putty is not used |
Putty for exterior facades | 50-60 kg/cm² |
Peeling resistance (adhesion) layer of putty from the base is at least 36 kg / cm. Bond strength between the particles in the material layer provides a high adhesion with the base material, the higher the strength of the coating, the higher the surface adhesion. This means that the strength of the putty layer is of a maximum permissible values, therefore parts are firmly kept on the surface.
No operating costs, saving money.
Material | Compressive strength |
---|---|
EPS | 0,10 – 0,16 MDBA |
Gypsum | 2 MDBA |
GRC | 49-84 MDBA |
Concrete | 2,5-80 MDBA |
Brick | 7,5-20 MDBA |
Ceramic granite | 72 MDBA |
Marble | 100-300 MDBA |
Granite | 100-320 MDBA |
Putty for exterior facades | 3-10 MDBA |
Compressive strength at 10% deformation is between 0.10-0.16 MDBA. This means that the products are very firmly held on the basis, and you need an effort in 10,0-16,0 kg to detach area of 10 x 10 cm (100 cm²) from the base (1 MDBA = 10 kg).
No operating costs, saving money.
Material | Flexural strength in bending |
---|---|
EPS | 0,5 MDBA |
Gypsum | 1,2-8 MDBA |
GRC | 21-32 MDBA |
Concrete | 0,86-1,34 MDBA |
Brick | 1,8-3,4 MDBA |
Ceramic granite | 44,2 MDBA |
Marble | 8-29,5 MDBA |
Granite | 57 MDBA |
Putty for exterior facades | 1,3-4 MDBA |
The flexural strength of not less than 0.5 MDBA. This means that due to the structure of the material the product can withstand the load in bending: bend and straighten without breaking and can be mounted on curved, radius surface of the facade (balconies, cornices round, and so on).
No operating costs, saving money.
Material | Resistance to chemical aggression |
---|---|
EPS | is resistant to chemical attack, corrosion and rot resistant |
Gypsum | is destroyed by moisture. Not resistant to chemically aggressive environ |
GRC | is resistant to chemical attack, corrosion and rot resistant |
Concrete | is not resistant to chemically aggressive environ |
Brick | not resistant to the action of acids which decompose and calcium hydrosilicates carbonates cementitious sand grains, but also to corrosive gases, vapors and dust at a relative humidity greater than 65% |
Ceramic granite | is resistant to chemicals |
Marble | lack of resistance to acids (hydrochloric acid, citric acid, acetic), the ability to collapse under environmental stress. This property is associated with marble is its hygroscopicity (ability to absorb other materials due to the presence of micropores) as well as its propensity to react with more acid. |
Granite | high level of chemical resistance, resistant to atmospheric agents and acids |
Putty for exterior facades | resistant to aggressive chemicals |
EPS retains its properties during prolonged contact with salt, including salt water, soap, bleaching agents. Protected from exposure to microorganisms and mosses, it does not create a favorable environment for the development of algae and fungi. It is not a breeding ground for rodents.
No need for facade renovation, lack of operating costs, saving money.
Material | Water absorption |
---|---|
EPS | 2% |
Gypsum | 26-32% |
GRC | 4,5% |
Concrete | 4,15-20% |
Brick | 8-16% |
Ceramic granite | 0,05-0,01% |
Marble | 0,12-1,5% |
Granite | 0,1 – 0,6% |
Putty for exterior facades | 9% |
Water absorption after 24 hours is not more than 2%. This means that the material is waterproof due to its structure, having a closed air pores. Therefore, between the EPS element and the outer wall of the building there forms an insulating layer, which prevents the collection of moisture on the wall surface.
The building with a EPS facade is protected against the ingress of moisture, the interior will always be dry, which will ensure a healthy atmosphere indoors.
Material | Thermal conductivity |
---|---|
EPS | 0,032 W/cm² x C |
Gypsum | 0,35 W/cm² x C |
GRC | 0,6-0,75 W/cm² x C |
Concrete | 0,7 W/cm² x C |
Brick | 0,3 – 0,7 W/cm² x C when wet from the rain its thermal conductivity can be increased by several times, which reduces the thermal insulation parameters of the outer walls of the building |
Ceramic granite | <3,5 W/cm² x C |
Marble | 2,91 W/cm² x C Marble is not exposed to high temperatures |
Granite | 3,5 W/cm² x C |
Putty for exterior facades | 0,2 W/cm² x C |
The thermal conductivity in the dry state at a temperature of 18 °C to 25 °C is not more than 0,032 W / cm² * C. This implies that EPS is one of the most efficient heat insulator, it does not allow air to pass through its structure having closed air pores so heat is stored inside the building. The building has an additional insulation in places of assembly parts.
Reducing the cost of heating the building.