Where xps carbon extrusion is used. TechnoNIKOL XPS - extruded polystyrene foam. The thickness of different insulations required to achieve the same level of thermal insulation

Expanded polystyrene Carbon from the company TechnoNIKOL - the reliability of new thermal insulation technologies. TechnoNIKOL Corporation has proposed a new approach to thermal insulation, offering specialists in the field of cottage and low-rise construction new thermal insulation materials based on CARBON ECO extruded polystyrene foam.

Technical characteristics of the produced Russian company TechnoNicol is an insulating material that allows you to use it not only as thermal insulation, but also as comprehensive protection roofs, foundations and walls. For roof insulation, it is better to choose extruded polystyrene foam TechnoNIKOL Carbon Eco or Carbon XPS.

Carbon - strength provided by technology

Don't be confused Styrofoam Carbon with foam, the production technology of one and the other is completely different. Styrofoam is produced using a process of steaming synthetic granules. During this process, a bond appears between the granules, enlarged several times, which is easily destroyed under the influence of air and moisture.

Extruded polystyrene foam produced by melting the raw mass and subsequent punching, then the plates are given the right dimensions and the form, and the composition is subjected to cooling until complete solidification. The intermolecular bond of Carbon is extremely strong and does not break down under the influence of moisture and air.

Structure of extruded polystyrene foam is a cellular type, and the cells are closed and filled with air. Such a structure is difficult to destroy, except that the cells are extreme and their integrity is violated due to production necessity.

Advantages of TechnoNIKOL

TechnoNIKOL expanded polystyrene (XPS and ECO) is characterized by the presence of the following qualities:

• Low thermal conductivity. Compared to other heat-insulating materials, Carbon is characterized by a lower thermal conductivity, which practically does not change under the influence of incoming moisture. This is especially important where external environment characterized by high humidity.
• The practical absence of the phenomenon of water absorption. This allows the use of extruded polystyrene foam as a heater various designs roofs, foundations with and without cellars, as well as floors without laying an additional layer of waterproofing. This allows you to significantly reduce not only the initial investment in construction, but also reduce the cost of operating costs during the entire period of the building's service life.
• Note that moisture absorption for thermal insulation is one of the the most important characteristics. It is the ability to absorb moisture that leads to an increase in the coefficient of thermal conductivity. CARBON, even when completely immersed in water, will be saturated with moisture only during the first ten days. Subsequently, for every thirty days, it will absorb no more than 0.4% of moisture by volume.
• Such a process of moisture absorption is associated with a violation of the integrity of the extreme cells, which are slowly, but filled with water, and then the process of water absorption practically stops.
• Extruded polystyrene foam is a lightweight insulating material, which allows it to be used as thermal insulation even in small buildings, it does not need to be strengthened for its application bearing structures buildings.
• The product has a low coefficient of vapor permeability.
• Carbon is characterized by high strength to such effects as compression, so it can be used in low-rise construction during the construction of foundations.
• It does not support the combustion process, does not emit toxic substances and is absolutely safe for people.
• Microorganisms do not start in the structure of expanded polystyrene, therefore this insulating material is not affected by bacteria and microorganisms.
• Perfectly retains its characteristics of thermal conductivity and moisture absorption in the temperature range from -50 ° C to - + 75 ° C.
• The material is durable and practically does not decompose under normal conditions.

Scope of polystyrene foam

The use of TechnoNIKOL extruded polystyrene foam directly depends on the characteristics. It is often used in permafrost areas because it can easily withstand over a thousand freeze-thaw cycles. work with it insulating material simple, it is easy to install, does not require specific knowledge and the use of bulky equipment.

Scope of application:

• in civil and industrial construction;
• during the construction of transport routes;
• in the manufacture refrigeration equipment;
• in the automotive industry in the production of isothermal transport and refrigerators;
• in agriculture as a heater for livestock farms, vegetable stores and the construction of greenhouses and greenhouses;
• in private construction as a heater for foundations, roofs, walls, when creating underfloor heating.

In the future, it will be used in aircraft construction, the furniture industry and in the manufacture of sandwich panels.

Direct use of expanded polystyrene as a heater:

• during the construction and reconstruction of inversion, pitched and flat roofs;
• when building a foundation with or without a basement in places with strong pressure ground water and in permafrost regions;
• during the construction of pipelines and sewerage;
• when creating warm floors;
• when insulating walls from the outside, inside or in a wall cavity.

Characteristics of Carbon XPS and ECO

* for use on plaster facades

Packaging and storage

* - in agreement with the consumer, it is possible to manufacture plates of other sizes

**- thickness 20 mm does not imply the presence of an "L"-edge **

the presence of the "L"-edge prevents the appearance of "cold bridges", improves bonding to each other.

XPS TECHNONICOL CARBON ECO - perfect solution to insulate your cottage. It does not absorb water, does not swell or shrink, is chemically resistant and does not rot. This is an excellent thermal insulation material for those who are looking for high-quality thermal insulation with high performance.

Thermal insulation material used for structures plaster facades, thermal insulation of socles. It can also be used for other structures where there are increased requirements for adhesion of heat-insulating boards to the base.

Heat-insulating material, which is bars made of high-strength extruded polystyrene foam with a section size of 50x50 mm and a length of 1180 mm. Bars are used to improve the energy efficiency of pitched roof construction.

Product line CARBON PROF

XPS TECHNONICOL CARBON PROF – material for professional builders. It has high strength characteristics and has the best thermal conductivity in the XPS TechnoNIKOL line. XPS TECHNONICOL CARBON PROF is used for construction flat roofs trade and logistics complexes, residential areas, foundations of any complexity, loadable roof structures, floors on the ground.

Professional heat-insulating material, which is used in general civil and industrial construction in the construction of foundations, facades, plinths, roofs, floors, including loaded ones.

A set of ready-made heat-insulating wedge-shaped slabs that allows you to create slopes and slopes on the roof on a flat base, increase slopes during roof reconstruction, create a slope in the valley to water intake funnels, at ventilation shafts and skylights, creating an additional slope to divert water from the parapet (counter slope).

Product line CARBON SOLID

TECHNONICOL CARBON SOLID extruded polystyrene foam is a heat-insulating material with evenly distributed closed cells for thermal insulation of loaded floors, thermal insulation of railways and roads. XPS TECHNONICOL CARBON SOLID does not absorb water, does not swell or shrink, is chemically resistant and does not rot.

High strength allows you to get a smooth and, at the same time, a rigid base, which significantly increases the life of the entire thermal insulation system. XPS TECHNONICOL CARBON SOLID – material special purpose increased strength.

A high-strength heat-insulating material that is used as a heat-insulation of the bases of transport structures, as well as in general civil construction when constructing a foundation, exploited roofs, loaded floors with increased requirements for the strength of the heat-insulating layer.

High-strength heat-insulating material, which is used as thermal insulation of the bases of railway structures. The material is specially designed for the special requirements that apply to the construction of railway tracks.

Products Carbon Block

Modern technological material that meets all the requirements of road builders.

It is used as a thermal insulation of transport structures, light embankments, as well as in general civil construction when installing thermal insulation of roofs, parking lots and other structures where an increased thickness of thermal insulation is required.

Products CARBONext

Extruded polystyrene foam of the TECHNONICOL CARBONext series is used in general civil construction for thermal insulation of foundations, roofs, floors, including loaded ones, stylobates, and basement insulation.

Line of pipe insulation SEGMENTS XPS

Half cylinders and XPS segments TECHNONICOL are used for thermal insulation of overground, underground channel and channelless pipelines.

XPS Carbon from TechnoNikol is a series of heat-insulating boards made of extruded polystyrene foam, which you can buy at a bargain price from Euromet. materials provide effective insulation buildings and structures are widely used. Among their benefits - profitable price, excellent performance and convenient use.

1. Increased thermal insulation efficiency compared to standard materials.
2. The material is completely safe from an environmental point of view. It does not emit toxic substances. Absolute environmental friendliness makes both installation and operation of the insulation safe.
3. Long service life - over 50 years.
4. able to withstand increased loads without degrading performance.
5. The insulation practically does not absorb moisture. Due to this, over time, the quality of insulation does not decrease.

By production of heaters of the XPS Carbon series the special compounding is applied. It contains graphite nanoparticles. Due to this, extruded polystyrene foam acquires increased strength. The surface of the plates is milled. This simplifies further finishing work.

The thickness of different insulations required to achieve the same level of thermal insulation

XPS Carbon series: types of extruded polystyrene foam

XPS Carbon ECO. Designed for private homes. Protected from water absorption, has excellent thermal insulation properties. Does not change shape and size, does not swell when used. It is resistant to action chemical substances, and to decay. The color of the plates is silvery, which is due to the content of graphite nanoparticles in the raw material. It provides excellent resistance to heat transfer and increased strength.

XPS Carbon PROF. Thermal insulation from TechnoNikol for use in professional construction. The density and weight of the material is reduced, but at the same time it is very durable. Appointment: warming of the floors settled on soil, the base bases, flat roofs. It is recommended to use in the construction of shopping and logistics centers. The series also includes a set of XPS CARBON PROF SLOPE slabs. With it, you can create the required slope when insulating flat roofs. Various tilt angles are available, from 1.7 to 8.3°. Materials in the XPS Carbon PROF series are distinguished by improved thermal insulation and strength properties due to the content of graphite in the form of nanoparticles in the raw material.

XPS Carbon SOLID has increased strength, is characterized by excellent thermal insulation properties due to the content of graphite nanoparticles. It is applied to the loaded floors and the base bases of general civil objects. It is also recommended to use transport networks for objects (railway and car roads, airfield runways, etc.).

XPS Carbon SP. The heater is also called Swedish stove". With it, you can quickly equip the foundation with a subfloor with a heating system in it. The solution is used to insulate monolithic foundations with simultaneous laying of communications (including "Heat-insulated floors").

XPS Carbon ECO Drain is used if it is necessary to additionally insulate the foundation base. Allows you to equip wall drainage, improve the outflow of moisture, provide micro-ventilation of flat roofs.

XPS Carbon ECO FAS Designed for basement parts of plaster facades. The plates have a milled surface, which increases the adhesive properties. It is possible to use for insulation of various structures in cases where it is important to ensure high-quality adhesion between the insulation and the surface to be insulated.

XPS Carbon PROF SLOPE RF is unique in Russian market decision. It is a wedge-shaped slab, supplied in ready-made sets. Appointment - roof insulation with the device of the required slope on a flat base. When arranging and repairing roofs, it allows you to increase the angle of slope, change the direction in which water flows, equip slopes in the areas of valleys, additional slopes along the perimeter of roofs near parapets for moisture outflow, slopes at the installation sites of ventilation outlets and light domes.

XPS Carbon Sand– filler material for sandwich panels. Can be used with panels to create insulated enclosing structures. The solution is designed specifically for sandwich panel manufacturers and can be used with different types of panels.

Fasteners

1. Fasteners "TechnoNikol" No. 01, No. 02. Fasteners are made from HDPE. Appointment: installation of materials of the XPS series. Structurally, it is a spike mounted on a flat platform. The thorn has teeth, with the help of which fastening is carried out in thermal insulation board. The pads are covered with an adhesive layer. This layer is protected by a film containing silicone.

2. Telescopic fasteners "TechnoNikol". The material is a polymer raw material stabilized to maintain strength for a maximum period. Structurally fastener is a tubular rod (diameter 10 mm), tapered at one end. At the other end, the rod is combined with a flange with a diameter of 50 mm.

3. Self-tapping screw "TechnoNikol". Self-tapping screws are completed with plugs of passage elements, ventilation outlets, and other disc-shaped elements. Material - steel C 1022 (hardened, carbonaceous). ELECTROPOLYSEAL® coating (manufactured by PPG Industrial Coatings, USA) is used for corrosion protection. The diameter of the screws is 4.8 mm.

Certificate of the official dealer of TechnoNIKOL

Product Description:

TECHNONICOL CARBON ECO extruded polystyrene foam is a heat-insulating material with evenly distributed closed cells.

XPS TECHNONICOL CARBON ECO does not absorb water, does not swell or shrink, is chemically resistant and does not rot. High strength allows you to get a smooth and at the same time rigid base, which significantly increases the life of the entire thermal insulation system.

Application area:

XPS TECHNONICOL CARBON ECO is used in cottage and low-rise construction for thermal insulation of foundations, roofs, floors, facade insulation.

TECHNONICOL CARBON ECO extruded polystyrene foam is one of the most highly efficient heat-insulating materials. High strength and low thermal conductivity determine the popularity of the material in cottage and private construction of houses.

In the production of XPS TECHNONICOL CARBON ECO, nanosized carbon particles are used. Nanocarbon reduces the thermal conductivity of the material and increases its strength. XPS TECHNONICOL CARBON ECO slabs acquire a light silver tint due to saturation with nanocarbon and have high energy efficiency.

Advantages

• Expanded range;
• Improved thermal conductivity;
• Biostability (resistant to insects and rodents);
• Not afraid of moisture;
• Does not shrink over time;
• Ecologically pure material
• Convenient and easy to use;
• High speed installation;
• Stable geometric dimensions;
• Service life over 50 years.

* - can be produced with a compressive strength at 10% linear deformation higher than the values ​​\u200b\u200bspecified in the table, in this case the products are marked with a separate numerical value characterizing the compressive strength of the plate in kPa (for example, 200, 250, 300, 400). At the same time, the values ​​of all other indicators correspond to the values ​​indicated in the table;
** - thermal conductivity measured within 24 hours from the date of production;
*** - slabs of the G3 flammability group are additionally marked with the RF index;
**** - slabs with a thickness of 80 mm or more can be produced using the ThermoBonding method;
***** - in agreement with the consumer, it is possible to manufacture plates of other sizes.

Manufacturing jobs:

XPS TECHNONICOL slabs must be used in accordance with the requirements of the applicable building codes and rules.

Storage:

It is allowed to store XPS TECHNONICOL boards under a canopy that protects them from atmospheric precipitation and sun rays. When stored under a canopy, the slabs should be stacked on pallets or supports, or bars. It is allowed to store XPS TECHNONICOL boards outdoors in a special package that protects against external atmospheric influences.

Transportation:

Transportation of XPS TECHNONICOL slabs is allowed for a distance of up to 500 km in open vehicles with mandatory protection from the effects of precipitation and sunlight.

Packing Details:

The boards are packed in UV-stabilized film and delivered on pallets.