Technoelast epp consumption. Technoelast epp - roofing waterproofing material. Brands and technical parameters
IN modern construction new types of materials with improved technical characteristics are increasingly being used. One of these innovations is technoelast, which is produced by the Russian corporation TechnoNIKOL.
What it is?
Technoelast is a multifunctional bioresistant roofing and waterproofing material, different high quality and increased reliability. It is manufactured using a unique technology by applying a special insulating compound (bitumen, SBS thermoplastic or its modifications and filler) on a fiberglass or polyester base on both sides.
SBS (styrene-butadiene-styrene) is a polymer, styrene-butadiene thermoplastic elastomer, better known to everyone as artificial rubber (it is this that provides high elasticity to the web, preventing cracking at low temperatures).
As a filler, talc, dolomite and other materials are used. The surface protective layer consists of coarse or fine-grained mineral dressing (sand, etc.) and a polymer film.
Application
Waterproofing Technoelast is designed for waterproofing any building elements of structures (floors, walls, channels, mounting joints), surfaces that are constantly in contact with water (pools, foundations, basements), all types of roofs (non-exploited, "green" - with gardening, with increased load in use, etc.).
It provides 100% protection against moisture, condensation, gases and steam in any climatic conditions, taking into account the requirements of SNiP 23-01-99.
Types and brands, specifications
The insulator has several versions, depending on the conditions and application. Abbreviation:
- the first letter (the basis of the canvas) - ether (polyester), canvas, fabric;
- second, third letters (protective layer):
- P (for the lower layers of the roof sheet, fine-grained dressing, polymer film or a combination of them is used);
- K (for the upper layers of the "carpet" of the roof, contains a coarse-grained dressing on the front side and a film, or a fine-grained mineral fraction on the side of the overlay).
Technoelast EPP (polyester+film+film)
Used for waterproofing foundations of buildings and other elements building structures, as a roofing material in various types of buildings. Provides reliable protection from water, absolutely waterproof, has good performance heat resistance, high elasticity provides greater convenience in work.
It consists of a fiberglass or polyester base, bitumen mixed with polymer additives (SBS thermoplastic), filler. The cloth has the protective layer consisting of fine-grained dressing and a polymeric film. The insulator is fastened by welding using a gas burner.
Technoelast EKP (polyester + crumb + film)
It is used as the top layer of roofing, for waterproofing basements. Differs in cold resistance, does not crack even when severe frosts. The total thickness of the material is 4.2 mm. The base is a durable non-rotting polyester, on which a layer of bitumen with a thermoplastic is applied, at the bottom is a mineral dressing, consisting of large fractions and reducing the negative effect external environment. On top - a protective synthetic film.
Technoelast HPP (canvas+film+film)
It can be used for waterproofing various sections of buildings and as the bottom (lining) layer of the roofing sheet. Frost-resistant and heat-resistant material. It is a pressed fiberglass coated on all sides with a layer of bitumen with SBS polymer additives, with a protective film that serves as an indicator during welding, prevents the web from sticking.
It does not contain polyester and mineral chips, therefore it has a small thickness (3 mm), suitable for surfaces with low loads.
Technoelast EMP (ether+fine dressing+film)
Durable bio-resistant material, designed for waterproofing building elements (including roofs) and reinforced concrete deck (roadway) of bridges. It consists of a polyester base, bitumen mixed with a polymer modifier, a mineral filler (dolomite, talc, etc.) and an outer coating made of fine sand and polymer film. It has a low level of water absorption.
Technoelast TKP (fabric + crumb + film)
It is used for waterproofing underground sections of buildings (basements, foundations), when arranging the upper layers of coatings (flat and pitched roofs), can completely replace the roofing "carpet".
Durable, durable coating mechanical damage, provides protection against water, often used as a vapor barrier. Provides a perfectly even smooth canvas.
The basis is fiberglass, which is covered with a layer of bitumen with SBS modifier. External protection consists of mineral dressing and film. The thickness of the material is 4.2 mm.
Technoelast Alpha
Designed for hydro- and gas protection of underground elements of building structures. Feature of this insulating material is the presence in its composition of metal foil, which protects underground premises from dangerous inert gases - radioactive radon, methane.
Technoelast Alpha consists of several layers. The inner part is made of polyester and an aluminum gas barrier, followed by double-sided application of a bitumen-polymer composition, filler and a protective film of polymers. The 4 mm thick multi-layer construction has a high level of protection and can be used as a vapor barrier. Dimensions: 10x1 m.
Technoelast Barrier (BO)
Waterproofing material with self-adhesive surface. It is intended for protection of internal and external elements of buildings. Consists of 1.5 mm polymer film coated with bitumen and thermoplastic. The upper part is a silicone coating that can be easily removed.
BO means "without base". The absence of a base allows you to achieve high elasticity and flexibility of the material. The special adhesive composition applied to the bottom of the sheet provides reliable adhesion to concrete or metal surface, so no additional base is required.
Can be laid on combustible elements ( high level fire resistance). At a temperature of vertical surfaces above +85°C, it is not recommended to use it (it may peel off). When working, it must be borne in mind that the temperature of the surfaces during gluing should be + 5 ° C, otherwise heating of both the base and the web itself will be required. Dimensions: 20x1 m.
The material is supplied in two versions: Technoelast Barrier (BO) and Technoelast BARRIER (BO) - MINI). "MINI" is distinguished by a smaller width of the canvas. Thanks to small size provides greater ease of use and wide application. It becomes possible to use a waterproofing agent when working in a limited space, to protect small construction and technical elements structures (sealing pipes, seams, joints, etc.). Dimensions: 20x0.2-0.25 m.
Technoelast Barrier Light
Self-adhesive insulating material intended for use in indoor areas- another modification of Technoelast BARRIER (BO). Has all the benefits of this series protective materials: high elasticity, high flexibility and wide range of use.
It has an additional top coating of non-woven fabric (polypropylene spunbond), which can be subsequently applied to any decorative elements without the device of an additional layer (fastening over the waterproofing). Dimensions: 20x1 m.
Technoelast GREEN
A special type of waterproofing material designed for highly effective chemical and mechanical protection of building structures, including when installing a "green roof".
The roofs of modern urban buildings today perform not only a protective function, they often represent complex structures With big set design elements, arrangement of recreation areas, planting green spaces. "Green roofs" require a special approach when installing waterproofing. Provision should be made for protection against micro-organisms, chemical substances used in the care of plants, the destructive action of the root system.
"Green" consists of a polyester base, on which bitumen with polymeric thermoplastic elastomer, filler, anti-root additives are applied from 2 sides. From above, the canvas is covered with a protective layer consisting of coarse or fine-grained sand and a film. Fire resistant material.
It is produced in two versions: Technoelast GREEN EPP (the upper part is a film) and Technoelast GREEN ECP (a thicker protective layer is 4.2 mm, the top is slate). Dimensions: 10x1 m.
Technoelast ACOUSTIC
It is used as a hydro and sound insulating element in building structures, including when installing floating floors. Significantly reduces exposure impact noise(by 21–26 dB).
The base consists of soundproof fiberglass, on which a bitumen-polymer layer is applied. The canvas is laid end-to-end (soundproofing layer - from the side of the base), taking into account the height of the finish coating, fastened with adhesive tape.
Technoelast ACOUSTIC is produced by applying bitumen with polymer inclusions to the surface of the fiberglass and, additionally, soundproof geotextile. Upper layer- film. Dimensions: length / width - 15x1 m, thickness - 2.5 or 4.8 mm.
The material is produced in two versions: Technoelast ACOUSTIC (thickness - 2.5 mm), Technoelast ACOUSTIC-SUPER (differs in a larger web thickness, since the bitumen-polymer composition is applied on both sides).
Technoelast SOLO
material with wide colors, with a coarse-grained top layer and a non-woven fabric underneath. It is used as a waterproofing and in the design of a single-layer roofing. Easy to use, indispensable in cases where simple mechanical fixation is required, laying on a layer of mastic.
It can be applied to the substrate by partial fusing. Has improved fire performance, refers to moderately flammable materials, almost does not spread the flame.
It consists of a polyester base, on which a binder composition of bitumen and polymeric SBS is fixed on both sides, on top - a mineral filler (talc, dolomite, etc.) with the addition of flame retardants. The upper protective layer consists of a coarse-grained dressing (gray slate, aluminized slate, basalt), the lower one is made of a non-woven fabric or film.
The wide edge-overlap on the sides (1-1.2 cm) is covered with fusible material or non-woven fabric for convenience. Can be glued on a base covered with mastic, mechanically or by welding, using automatic equipment. Edges must be carefully sealed to ensure tightness. The material is very durable, the waterproofing layer is 5 mm. Canvas dimensions: 8x1 m.
Technoelast FIX
It is applied at the device of the bottom layer of a roofing covering. used mechanical system fastenings, with subsequent processing of seams gas burner. This method can significantly reduce the time of work, provides a free fit of the material to the base.
Work is carried out on the principle of "breathing roof". Laying on combustible bases and any types of insulation is possible, on a roof with a large slope (up to 100%).
Two-layer material: top layer - Technoelast EKP, lower - Technoelast FIX, which was developed specifically for roofing with mechanical fastening. Reinforced non-rotting base made of polyester and coated on both sides with a layer of bitumen mixed with SBS polymers allows avoiding deformation.
Coarse sand in the outer (lower) part of the canvas does not allow the material to stick to the base. Polymer film at the top provides additional protection. Dimensions: 10x1 m.
Advances in technology allow performance to be improved traditional materials for construction, including for the arrangement of the roof. Among the popular novelties construction market includes TechnoNIKOL Technoelast EPP and other types of waterproofing deposited material.
Technoelast in a roll
Description
Technoelast is roll material, resistant to biological degradation, with high waterproofing properties. The manufacturing technology consists in double-sided application on a durable, flexible base of polyester fiber or fiberglass, a special waterproof composition. They are modified bitumen, in which the SBS thermoplastic is added.
SBS is a polymeric material (artificial rubber), which is characterized by high functional characteristics. It allows bitumen to retain elasticity at low temperatures, due to which waterproofing coating does not crack in frost.
The polymer-bitumen composition includes fillers - dolomite, talc, etc. The outer layer on the back is a polymer film that prevents the material from sticking when stored in a roll. The film melts during the installation of the flooring. The top layer can also be a film (this allows you to create a durable multi-layer waterproofing carpet) or a protective mineral dressing is used - fine or coarse, for which sand, shale, etc. are used. with the addition of a binder.
Technoelast structure purpose
The use of the material is associated with the protection of structures from the destructive effects of moisture. Technoelast waterproofing:
- building construction various types(walls, floors, mounting connections);
- surfaces in direct contact with moisture (basements, foundations, pools);
- all types of roofing systems (pitched, flat, including exploited, "green", etc.).
Reliable and easy-to-install material allows you to fuse a waterproofing carpet, which 100% protects structures from moisture, water vapor, condensate, and gas penetration. The device of such waterproofing is allowed in any regions with any climate, taking into account the current norms of SNiP 23-01-99.
Main advantages
Specifications of Technoelast rolled deposited material meet not only Russian, but also international requirements. Technoelast waterproofing and roofing coatings are designed for operation in regions with any climate, including areas with severe weather conditions. The production of multifunctional material is carried out on modern equipment By advanced technology, using high quality raw materials.
Technoelast ensures absolute watertightness of the structure, regardless of the place where it is installed - as part of roofing system, during the construction of hydraulic structures, arrangement of foundation protection, etc. Technoelast is used both on the surface and inside structures, therefore it is considered universal.
Brands and technical parameters
Technoelast waterproofing is available in several versions for various areas application and operating conditions. Abbreviations that denote varieties of material, are decoded as follows:
- The first letter is the base material. E - ether (polyester), T - fabric, X - canvas.
- The second letter is the top protective coating. P - film or fine-grained dressing, K - crumb.
- The third letter is the bottom protective layer. P - film or fine-grained dressing, K - crumb.
EPP
Technoelast EPP is used to protect building structures from moisture, including foundations, as well as to lay underlayment when arranging roofing on roofs of any type. Possesses absolute water tightness, due to high elasticity it is convenient in work.
The basis of the material is polyester fiber, it is coated with SBS-modified bitumen with filler. The lower protective layer is made of a film, the upper one is made of fine-grained dressing.
The thickness of the material is 4.0 mm, the weight of 1 m 2 is 4.95 kg, the weight of the roll is 50 kg, the service life is 20-25 years.
HPP
Technoelast HPP is designed to create the first lining layer during installation roofing cake, used in the field of waterproofing various building elements. It is characterized by frost resistance and heat resistance.
The basis is fiberglass coated on both sides with purified bitumen with a polymer additive (SBS) and filler. protective coating the top and back sides are a film that prevents the web from sticking together after rolling into a roll.
HPP technoelast is distinguished by its minimum thickness, since it does not include polyester and mineral chips of the outer coating. The material is designed for low loads.
The thickness is 3 mm, the weight of 1 m 2 is 3.88 kg, the weight of one roll is 39 kg, the service life is 20-25 years.
EKP
Technoelast EKP is a roofing waterproofing material designed for installation of the top layer of roofing. Technoelast EPP and ECP in combination make it possible to mount a reliable roof, designed for high loads. rolled EKP material also suitable for basement waterproofing. The advantages include resistance to cracking in severe frosts.
The base is made of polyester, the waterproofing function is performed by bitumen with the addition of thermoplastic and filler. The back side of the material is covered with a protective polymer film, the top coating is made of coarse-grained mineral chips, due to which roofing material resistant to mechanical damage, ultraviolet and other influences.
Thickness - 4.2 mm, weight 1 m 2 - 5.25 kg, roll weight - 53 kg, service life - 20-25 years.
TCH
Technoelast TKP is a material designed for high loads. Suitable for installation of waterproofing protection of underground structures (cellars, foundations). When arranging a roof on pitched and flat roofs can be used without additional lining materials. Differs in durability and durability, vapour-tight, keeps within ideally equal cloth.
Technoelastmost and Technoelast EPP 4.0 are made of a durable polyester base, on which a polymer-bitumen binder is applied on both sides, modified with SBS (styrene-butadiene-styrene) artificial rubber. From above, Technoelastmost material is covered with fine-grained sand, from below - with a fusible anti-adhesive film with a pattern. EPP 4.0 is covered with a readily meltable anti-adhesive film on both sides.
The modifier and base properties set the material properties such as:
- flexibility and elasticity: elongation of the material at break more than 30%, elongation at break of the binder by more than 15 times, flexibility on a bar with a radius of 10 mm ("on a finger") -25 ° C;
The heat resistance of the material is + 100 ° C, which is 20-30 ° C higher than that of bituminous materials;
- excellent adhesion: to achieve a cohesive (by material) separation, there is no need to overheat the material or base;
- light, quick styling, comfort at work.
The base must be dried, cleaned of dust and dirt, leveled. The surface must either be cleaned of cement laitance by sandblasting).
Important: Technoelastmost "B" is glued to an unprepared surface, but at the same time, separation occurs along the surface of the base.
Easy to stick to the base. The lower surface of the material is covered with a film with a special indicator pattern: when the “snowflakes have melted” under the influence of the burner flame, the material is ready for installation.
The order of deposition of material on a horizontal base:
1. 5-6 rolls are unrolled on the prepared base, while the rolls are tried on one to the other so as to ensure an overlap: 6-10 cm along the longitudinal side, at least 15 cm at the ends of the rolls.
2. The material is then rolled back into rolls.
3. The material is welded “on itself” with a gas-air burner: one worker heats the material, standing with his back to the direction of gluing, the second one unrolls the material, being on the side opposite to the overlap.
4. Heating is carried out by smooth movements of the burner so that uniform heating of the surface of the material is ensured. It is good practice to move the torch in an "L" pattern with additional heat applied to the area of the material that overlaps.
5. To ensure 100% adhesion of the material to the base and the previous roll, it is necessary to achieve a small roller of polymer-bitumen binder at the point of contact of the material with the surface. A sign of good, correct heating of the material is the presence of a roller of polymer-bitumen that has flowed out from under the edge of the material. This bead is also a guarantee of the tightness of the overlap. When insulating surfaces with a slope of more than 25%, it is necessary to roll the overlap with a roller to ensure its tightness.
6. On junctions (parapets, parts, etc.) of small height, the “heat and stick” laying method can be used: the material is heated, after which the burner is laid down and two or three workers glue the material immediately to the entire surface.
7. For welding materials on vertical surfaces for the convenience of work, it is recommended to cut the rolls into panels 1.5-2 meters long. With a significant height of the insulated surface, the sticker of the rolled material is produced in tiers, starting from the bottom.
For fixing waterproofing layers on each tier, it is recommended to provide for the installation of wooden antiseptic rails in height every 1.5-2 m, i.e. by the height of the working grips.
8. Overburning of the material is unacceptable. Its features are:
Boiling and abundant runoff of the polymer-bitumen binder, its outflow;
Strong smoke, polymer-bitumen fire;
Liquefaction of the upper surface of the material, when it "sinks" under its own weight, leaving black spots of bitumen;
- "ripples" on the surface of the material, which is not smoothed out after cooling: in this case, there is already a partial destruction of the polyester base.
In the event of a burn, the defective insulation must be replaced.
Shoe marks that may be left on hot material (immediately after welding, hot sunny day) are not dangerous, as they usually smooth out after cooling. However, you can walk on hot insulation only in soft shoes without heels and metal objects on the sole. It is also undesirable to put on the material gas cylinders and other heavy objects. If necessary, weight-distributing stands with a support of at least 50x50 are used.
Underground or underwater structures, foundations. Can be used in absolutely any corner Russian Federation, as it has excellent low-temperature characteristics.
Technoelast is multifunctional, SBS-modified, it is undoubtedly one of the leaders in terms of reliability and durability.
Technoelast production
A polymer-bitumen binder is applied to a polyester or fiberglass base. It consists of bitumen, filler and technological additives.
Thus, a multilayer material is formed, where there is necessarily a base in the middle, coated on both sides with a bitumen-polymer mixture.
Along the edges are the upper and lower protective layers, which are used as a polymer film and coarse-grained and fine-grained dressings.
The constituent components and the final result of the manufactured product may differ depending on the modification.
In case of violation of the technology of production and storage of technoelast, the dressing may crumble, the insulating properties of the material may be violated.
Technoelast refers to waterproofing and roofing roll materials of increased reliability. It is applicable in construction in almost any climatic conditions (including in the far north).
Technoelast: the main brands that distinguish them
Depending on the scope, protective dressing and base component, there are such grades of Technoelast material:
- EPP - polyester base, polymer film as protective layers. The 4mm material ensures reliability and confidence even in adverse conditions. chemical conditions. The achieved strength, elasticity and durability make Technoelast EPP a premium class material.
- EKP - the basis for this brand is a non-woven polyester fabric with a coarse-grained mineral dressing and a protective polymer film. Technoelast EKP is very popular and is used for facilities in increased requirements- Bridges, tunnels.
- TKP - frame fiberglass with coarse-grained dressing and polymer film. Due to its high tensile strength (not less than 800/900 N/mm), Technoelast TKP is used on loaded surfaces.
- HPP - the reinforcing basis of the material - fiberglass, the protection is a polymer film. The small thickness and manufacturing technique do not allow the use of Technoelast on surfaces that are subjected to loads.
Technoelast: work technology
Technoelast is easy to install, does not require additional equipment and can be produced in a limited or enclosed space. Removed from the material protective film, laid on the prepared surface and rolled with a roller so that it sticks. Optimum temperature laying is more than five degrees, otherwise the room or the base is heated.
Probably the only drawback of the Technoelast material is its price. But quality doesn't come cheap. And after a couple of years of service, each consumer understands that he once made the right choice.
Comparison of pasting waterproofing TechnoNIKOL EPP with coating waterproofing penetrating type - Maxsil Super
To date, the most common types of waterproofing (in particular those relating to foundations) include two types:
- Coating waterproofing which includes the following varieties:
- Penetrating (cutoff of capillary moisture);
- Rigid (provides internal or outer part waterproof);
- Elastic (coating with elasticity and water resistance).
- Built-up (pasted) waterproofing, which is a roll of fiberglass, fiberglass or polyester fiber coated with a bitumen-polymer binder.
To compare the advantages and disadvantages of these types of materials for foundation waterproofing, consider the following
- As coating waterproofing take a penetrating compound for applying a waterproof coating for concrete, brick, cement mortar and brickwork - MAXSEAL SUPER® (MAXSEAL SUPER®), companies DRIZORO S.A. You can also consider more cheap material MAXSEAL
- As built-up (pasted) waterproofing take waterproofing roll material Technoelast EPP, companies TechnoNIKOL.
MAXSEAL SUPER® (MAXIL SUPER®), DRIZORO S.A.
MAXSEAL SUPER is a mixture of cements and special additives, as well as carefully selected fillers and special organic and inorganic additives.
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The surface must be prepared before application. Application of special primers is not required. The surface only needs to be clean, free of paint, loose particles, grease, traces of stripping agent, dust, gypsum plaster and others. Ideally, flushing with water under pressure with a plant of the "Karcher" type. For application MAXSEAL SUPER full curing of concrete is not required.
The material can be laid both on freshly laid and hardened concrete mix.
Preparing the mixture produced as follows:
- In a container containing 6.5-7.5 liters of water, gradually mixing, pour MAXSEAL SUPER in proportion: 1 bag (25kg.) - for approximately 6.5-7.5 liters of water.
- Mix with a low speed drill until a smooth, thick, creamy paste is obtained (stirring for about one minute).
- To check the consistency, lower the brush to half the length of its bristles. If the brush does not sink and does not fall on its side, but, nevertheless, it can be special efforts move in mass, then the desired consistency is achieved.
When waterproofing, apply the mixture with a nylon bristle brush in two coats. This application allows the material to penetrate into the pore structure of concrete to a depth of 2 to 20 cm (depending on the porosity of the concrete). Apply a thick layer that forms a continuous and uniform coating, do not smear it, as is done with paint, apply only in one direction.
The second layer must be applied in the opposite direction to the first. The total consumption of material for a two-layer coating should be 2-2.5 kg.
But, because we are talking about waterproofing the foundation, we will need to first sprinkle the dry mix on the moistened preparatory screed (lean concrete) just before placing the concrete foundation slab. The expense is the same 2-2.5 kg of dry mix per 1 m2.
This approach will allow the penetrating material MAXSEAL SUPER penetrate, closing the pores of the concrete of both the screed and the foundation slab.
This will allow (over time) to create a kind of single screed-slab construction that is impervious to water.
As you can see, the device for waterproofing the foundation with material MAXSEAL SUPER, technically is not no complications.
And now, for comparison, let's consider the material Technoelast EPP, by TechnoNIKOL, used for the same task - foundation waterproofing.
Technoelast EPP represents the polymer-modified, built-up rolled waterproofing material.
Technoelast is obtained by double-sided application of a bitumen-polymer binder consisting of bitumen, styrene-butadiene thermoplastic elastomer on a glass or polyester base. It has a polyethylene coating on both sides, which performs a protective function and prevents the bitumen composition from sticking together during transportation. As a protective layer, fine-grained dressing and a polymer film are used.
The surface must be thoroughly cleaned and prepared before installation.
Surface preparation consists in cleaning from dirt and dust (dust removal), as well as embedding cement mortar cracks and gouges.
Also, for high-quality welding, the cleaned surface must be treated with a bituminous primer with a flow rate of from 300 to 500 g. per 1 m2.
Before installation Technoelast, it must be tried on in place and adjusted to size. The material is rolled out over the surface, all excess is removed with a knife, then gently rolled back into a roll.
When installing waterproofing material Technoelast, it is necessary to check the base for moisture. It should not exceed 4% by weight.
After preparing the surface, proceed to the deposition of the material. The laying of the material is carried out by fusing with a propane torch, after the bituminous primer has dried.
Roll, after fitting, slowly unfolding the roll, melt the bottom side, gradually rolling it out. The next roll must be laid at the joint with the next one (at least 300mm), providing a continuous waterproofing membrane.
Also, do not forget that if you choose Technoelast as a foundation waterproofing, then, before viscous reinforcement and subsequent pouring of the foundation slab, Necessarily you need to set up a protective shield. Such a measure is necessary to avoid rupture of the laid waterproofing, with various possible risks of mechanical damage.
conclusions
As can be seen from the above laying technologies MAXSEAL SUPER® And Technoelast EPP, you can definitely make a choice in favor of the first, if we set ourselves the task of waterproofing the foundation.
This conclusion is made up of several factors, namely:
- There are no special difficulties in surface preparation ( not required sealing cracks; not required primer application)
- There are no special difficulties in the technology of work (it is enough just to spill the dry mixture MAXSEAL SUPER® on a moistened preparatory screed to enhance penetration into the body of the surface);
- Not dependent on the weather MAXSEAL SUPER® can be laid in the rain, tk. it is a cement based material; Technoelast EPP however, being a welded material, it is simply afraid of precipitation);
- No dependence on surface humidity (For application MAXSEAL SUPER®, complete maturation of concrete is not required, while the deposited material cannot be placed on a wet surface);
- Cements are better "friends" with each other ( MAXSEAL SUPER® cement material with special additives, therefore stringent requirements for the foundation No);
- And, finally, the economic benefit (even if you roughly estimate the list of work performed using MAXSEAL SUPER® and with the help Technoelast EPP, it will become obvious that due to the simplicity of waterproofing with cement materials, it will come out much more profitable).
Approximate cost of labor and materials MAXSEAL SUPER® ranges from 600 r/m2.
Approximate cost of labor and materials foundation waterproofing material Technoelast EPP ranges from 800 r/m2(whole pie).
Option I
for waterproofing the foundation slab with Maxseal Super
Estimated cost, rub.: 678.03
Total for CP: 678,03
including VAT 18%: 103.43
Option II
for waterproofing the foundation slab with Technoelast EPP material
Estimated cost, rub.: 1,288.40
| № p/p | Name of types of work | Unit rev. | Volume | Unit cost, rub | Estimated cost, rub |
|---|---|---|---|---|---|
| 1 | 2 | 3 | 4 | 5 | 6 |
| Foundation slab waterproofing | |||||
| 1 | Leveling screed device 30mm | 322,20 | |||
| Job | m | 1,0 | 210,00 | 210,00 | |
| m3 | 0,033 | 3400,00 | 112,20 | ||
| 2 | Waterproofing device | 644,00 | |||
| Job | m | 1,0 | 250,00 | 250,00 | |
| Primer bituminous TECHNONICOL No. 01 | l | 0,350 | 208,00 | 72,80 | |
| Technoelast EPP in two layers | m2 | 2,20 | 146,00 | 321,20 | |
| 3 | Safety tie device 30mm | 322,20 | |||
| Job | m | 1,0 | 210,00 | 210,00 | |
| Cement sand mortar M150 | m3 | 0,033 | 3400,00 | 112,20 |
Total for CP: 1 288,40
including VAT 18%: 196.54
You can find out the exact cost after consultation with our technical specialists.
