ISOVER Ruf N Optimal. Izover ruf n optimal basalt flat roof insulation Isover ruf insulation: application and use
The heat in the house directly depends on many factors, including the thickness of the insulation. The thicker it is, the better your house will be protected from cold and freezing, and the less you will pay for heating.
Calculate the cost of 1m2 and 1m3 of insulation in a pack and you will see that it is profitable to insulate your house with mineral wool based on ISOVER quartz. The money saved can be spent on insulating your home with another layer of quartz-based mineral wool, thereby making your home warmer, increasing its energy efficiency rating and reducing heating bills.
In Russia, only ISOVER produces both basalt wool from rocks and quartz-based natural insulation for insulating private houses, summer cottages, apartments and other buildings. Therefore, we are ready to offer our own material for each design.
To understand the best way to insulate a house, you need to consider several factors:
- Climatic features of the region in which the house is located. - The type of structure to be insulated.
- Your budget and understanding whether you want the best solution, insulation with the best price-performance ratio or just a basic solution.
ISOVER mineral wool based on quartz is characterized by increased elasticity, so you will not need any fasteners or additional beams. And most importantly, due to the form stability and elasticity, there are no cold bridges, respectively, the heat will not leave the house and you can forget about the freezing of the walls once and for all.
Do you want the walls not to freeze and the heat always remains in the house? Pay attention to 2 key characteristics of wall insulation:
1. COEFFICIENT HEATCONDUCTIVITY
2. FORM STABILITY
Find out which ISOVER material to choose to make your home warmer and pay up to 67% less heating bills. With the help of the ISOVER calculator you will be able to calculate your benefit.
How much insulation and what thickness do you need for your home?
- How much does it cost and where is it more profitable to buy a heater?
- How much money will you save monthly and annually on heating due to insulation?
- How much warmer will your house get with ISOVER?
- How to improve the energy efficiency of structures?
Our company is engaged in wholesale and retail sales of building materials in Moscow, the region and other cities of the Russian Federation. In particular, we offer insulation Izover Roof N at manufacturer's prices.
The heat-insulating material is a hydrophobized mineral wool board. As a raw material for the manufacture of products, fibers of basalt rocks are used, which are connected using a synthetic binder.
Izover Roof H is used for roof insulation as the bottom layer of a roofing pie. Quite often, the material is used in combination with plates, which are designed for the top layer of thermal insulation.
Isover Ruf N features and properties
Material parameters
Performance characteristics of Izover Ruf N plates
- High rates of heat and sound insulation with two-layer roof insulation. Due to the chaotic arrangement of basalt fibers, microcavities are formed in the structure. They retain heat well and absorb noise.
- Versatility. Izover Ruf N heat-insulating boards are suitable for installation on various bases: profiled sheet, reinforced concrete, wood, brick.
- Quick and easy installation. Laying is accelerated due to the large size of the slabs.
- Deformation resistance. The geometric shape does not change over time.
- Fire resistance. Products belong to the class of non-combustible materials.
The range of the company includes certified thermal insulation materials. You can buy Izover Ruf N Optimal brand insulation at manufacturer's prices.
Thermal insulation is made on the basis of mineral wool. The use of fibers and a synthetic binder increases the rigidity and moisture resistance of the product.
"Isover Roof N Optimal" is suitable for heat and sound insulation of pitched and straight roofs. Oversized slabs are used as the bottom layer when arranging a roof with a coating of mastic and rolled materials.
Isover Ruf N Optimal characteristics and properties
Material parameters
Main technical characteristics of Izover Ruf N Optimal
- Low coefficient of thermal conductivity - no more than 0.041 W/(m*K). Due to the fibrous structure of the material, an effective level of thermal protection is provided.
- Good sound absorption performance. Air microcavities, which are formed due to the chaotic placement of fibers, absorb sound waves well.
- High quality and easy installation. The increased dimensions of Izover Ruf N Optimal provide a high speed of laying the coating. The homogeneity of the insulating layer guarantees a reduction in heat loss.
- Versatility. Plates can be mounted on various surfaces: reinforced concrete, profiled sheet, wood, brick.
- Moisture resistance and incombustibility. The material has a low water absorption coefficient and a high fire resistance class (NG).
If you want to buy Izover Roof N Optimal at a bargain price, please contact Vesta Group LLC! We work directly with manufacturers, so we guarantee the quality and reasonable cost of products.
Minplates Isover Ruf N Optimal first appeared in 2010.
Thermal insulation Ruf N Optimal has an open porous structure, which helps to reduce the penetration of noise into the room. The water repellent introduced into the composition of the raw material prevents the product from getting wet in the process of removing steam.
The chaotic arrangement of fibers in the insulation of increased rigidity Ruf N Optimal allows it to fully withstand the load. The chemical and biological stability of the insulation Izover Ruf N Optimal retains its original parameters for many years.
Produced in accordance with the requirements of TU 5762-002-59536983-09, Ruf N Optimal mineral wool products are safe for people and animals.
Specifications
- Roof N Optimal density: 95-110kg/m³.
- Heat transfer (temperature is 10ºС) - 0.036 W / mK.
- Heat transfer Ruf N Optimal (temperature is 25ºС) - 0.039 W / mK.
- Ultimate compressive strength with deformations of 10%: more than 0.025 MPa.
- Ultimate compressive strength after wetting the product (deformation of Isover Ruf N Optimal products is 10%): from 0.025 MPa.
- Humidity (weight data): up to 0.5%.
- Water absorption Ruf N Optimal (measured by volume): up to 1.5%.
- Water absorption (measured by mass): up to 10%.
- The amount of organic substances in Ruf N Optimal (binder): up to 4% by weight of the product.
- Geometric parameters (l / b / h): 1 / 0.5 / (0.05-0.160) m.
- Fire resistance Roof N Optimal: NG (the material does not burn and prevents the spread of flame in case of fire).
- Quantity of plates from mineral wool Ruf N Optimal in packing: 2-14 pieces.
Roof insulation
In flat roof structures, the load from the roof "falls on the shoulders" of the insulation. Therefore, insulation should have a dense structure that can withstand various loads.
Thermal protection is carried out in one or two layers. In the first case, slabs of greater thickness are laid (Linek Ruf). In the second option, the inner layer of the "roofing cake" can be lighter. The top insulation takes the load and evenly distributes it to the bottom base. In this way, it is possible to reduce the overall cost of the roofing system.
Exploitable roofs help to place recreation or service areas on top of built houses, eliminating the need to search for a building site.
Inverted roofs retain waterproofing from mechanical ruptures and destruction when exposed to sunlight. Installation of insulation is carried out on top of the waterproofing coating.
Application
Isover Ruf N Optimal stone wool slabs are used as the bottom roofing layer when creating insulation for flat roofs.
Sale Ruf N Optimal
The Internet has become a reliable assistant for finding and purchasing goods. At Rudders, you can buy the products you need using the possibilities of the virtual world.
You are already in our online office. The price list will help you find out the prices for Ruf N Optimal building products, and the electronic application will become your order.
Welcome to the world of electronic shopping!
see also
isover. Which insulation is better: in slabs or in rolls?
isover. Which insulation is better: in slabs or in rolls?
In this video you will find out which insulation is easier to work with: in slabs or in rolls. The main characteristic showing the quality of the insulation material is its recoverability. High-quality material has the ability to recover to the stated dimensions after opening the package, which was demonstrated in the video. The thickness of Isover insulation, both in slabs and in rolls, after opening the package, recovered to 50 mm. To install the insulation in the slabs, it is necessary to measure the distance between the racks of the frame. The slabs are ideal for wall insulation with a standard distance between frame posts of 600 mm. When installing the plates, joints are formed, which must be covered with a second layer of plates. Insulation in rolls is best used with a non-standard step between the racks of the frame. First, the distance between the posts is measured, then the unpacked roll is cut to the required size and rolled along the entire length of the wall. When insulated with rolls, joints are not formed. All Isover materials are highly resilient and securely held in place.
Isover: How safe are thermal insulation materials?
In this video, you will learn how safe the use of mineral wool is for your health and the health of your family. The safety of mineral wool is confirmed by eco-labels, as well as studies in major research centers, such as, for example, the Institute of Hygiene. Sysina. In addition to these guarantees, Isover provides an environmental declaration for its products. Thermal insulation based on mineral wool is used in all buildings and structures, including kindergartens, schools, hospitals. Another sign of the absolute safety of mineral wool is its incombustibility and fire safety, which is confirmed by certificates of compliance with fire safety requirements.
Isover: Which thermal insulation is better: stone wool or fiberglass?
Isover is the only company in Russia that produces mineral wool based on fiberglass and stone wool. Rock wool insulation is based on molten rocks, and fiberglass insulation is based on sand and cullet melted at 1000 °C. Stone fiber materials are denser than glass fiber materials, which is primarily due to the length of the fibers in the production of the base for the insulation. But density is not a determining parameter when choosing a heater. The main characteristics are thermal conductivity and mechanical characteristics. If we compare materials by application, insulation based on both types of mineral wool is divided into three types: Light grades are used in frame structures, for insulating walls, and pitched roofs. Such a heater does not take on any load. Rigid grades are used in plaster facades, flat loaded roofs. Highly specialized materials are used for soundproofing partitions and for insulating saunas and baths. Fiberglass-based materials are lighter than stone wool-based materials. Due to the length of the fibers, they have greater elasticity, which allows filling all the irregularities and voids of the insulated surface, eliminates the formation of "cold bridges" and provides reliable fixation in the structure. Both types of materials are non-combustible materials, do not propagate and do not support combustion. Now that you know the differences between the two types of mineral wool, you will make the right and objective choice of thermal insulation material for your home.
Isover: Is the density of thermal insulation materials important?
Is the density of mineral wool insulation a decisive characteristic when choosing a heater? You will find the answer to this question in this video. The density of the heat-insulating material affects the coefficient of thermal conductivity, strength characteristics and other parameters. But this relationship is not linear. The dependence of the thermal conductivity coefficient on the density of the material is the same for fiberglass and stone wool. For fiberglass-based insulation, the optimal density range, which provides the minimum thermal conductivity coefficient, is 25-35 kg / m3. For insulation based on stone wool - 45-55 kg / m3. Thus, stone wool is able to provide the same thermal insulation characteristics, but at higher densities. Remember that when purchasing heat-insulating materials, we acquire the heat-insulating qualities of the product, and not its density. Even a light fiberglass heat-insulating board with a density of 60 kg/m3 is able to withstand a large load without deformation. Therefore, when choosing a heater, first of all, pay attention to the coefficient of thermal conductivity, durability, incombustibility and environmental friendliness.