Penopropelide Foundation: Staff characteristics of 50 and 100 mm, properties

Any building’s foundation is essential to its longevity and stability. The proper selection of foundation materials is crucial when building or remodeling a home. Penopropelide is one such material that is becoming more and more well-liked because of its strength and low weight.

Penopropelide foundation panels come in 50 and 100 mm thicknesses, each with special qualities to fit various building requirements. The 50 mm panels are easy to handle and versatile when installing. For projects where weight reduction and moderate insulation properties are important factors, they are perfect.

The 100 mm penopropelide panels, on the other hand, offer improved structural support and insulation, making them appropriate for structures needing greater load-bearing capacity and thermal efficiency. These panels are made to be resilient to different kinds of weather without losing their structural integrity over time.

Penopropelide foundation panels in both thickness options have similar qualities that make them good options for contemporary building. Their resistance to moisture, mold, and pests guarantees their longevity and low maintenance needs. Furthermore, because they are lightweight, they are easier to handle and transport on building sites, which lowers labor costs overall.

To sum up, penopropelide foundation panels provide a dependable way to build strong, energy-efficient building foundations. Choosing between 50 mm panels for standard projects and 100 mm panels for increased strength and insulation allows builders to take advantage of penopropelide’s performance and versatility in contemporary building techniques.

The main goals of the article "Penopropelide Foundation: Staff characteristics of 50 and 100 mm, properties" are to elucidate the salient characteristics and advantages of Penopropelide foundations with staff sizes of 50 and 100 mm. It will go into detail about how these foundations, with an emphasis on their durability and insulating qualities, give buildings the vital support and stability they need. The essay will emphasize how important they are to preserving thermal efficiency and guarding against moisture damage, which makes house facade longevity and effectiveness dependent on them.

Main characteristics

Now that you have studied the insulator’s technical properties, it is worthwhile to take a closer look at the foam insulation foundation.

Polystyrene foam insulation is generally in high demand right now.

Polystyrene is the base material used to produce insulations like foamedex. It is melted and foamed with carbon dioxide. This enables you to create a closed cell design with a section that is no larger than 200 microns.

Phenol resins and other dangerous contaminants are not present in the material’s composition. Both the organic decomposition process and its emission of toxins are not detrimental to the insulator.

The construction is entirely closed, yet permeable. This enables you to shield deep-seated structures from potential freezing and direct groundwater contact. When such an insulator is used, the average heat loss through the construction’s base is reduced by 20%, which is a very good indicator.

The Penoplex foundation comes in a 1200×600 mm plate form. The thickness in this instance can range from 20 to 150 mm. The 50 mm and 100 mm sizes are the most common ones.

It is advised to use plates that are at least 50 mm thick if the foundation is insulated. More layers of styling call for thinner sheets. The material has a service life of approximately 40–50 years.

Based on the manufacturer’s data, the Penoplyx extruded polystyrene foam The following qualities of the foundation are present:

• compression strength is 0.27 MPa;
• Statistical bending strength 0.4;
• Thermal conductivity indicator 0.03;
• Fire safety class G4 (the material is very combustible);
• The destruction temperature is 200 degrees Celsius;
• density of about 30 kg/m3;
• the daily process of water absorption is not more than 0.4%;
• working temperature range from -100 to 75 degrees Celsius.

Furthermore, as long as the material interacts with soil waters under pressure, none of these features or properties alter.

A slab that has a thickness of 50 mm will weigh slightly more than one kilogram.

Application area

In actuality, Penoplax foundation is advised to be used in case it is required to heat the loaded structure while maintaining the same level of fire safety.

These could include various foundations, insulated floors, garden paths, and basements. Materials that can be used include concrete, foam blocks, gas-worshiping blocks, bricks, and other even surfaces. That is to say, the material is ideal for isolating aerated concrete and insulating foam blocks.

These plates are best suited for exterior insulation. In addition to functioning as a component of the drainage system and counteracting the soil trimming caused by frosts, they will also aid in the removal of moisture from the foundation.

However, it cannot be claimed that there are rigid limitations with regard to internal application. The foam can therefore be utilized indoors. To insulate the basement, for instance.

Where the material is used

Common uses and items for polystyrene foam, or polex foundation, include:

• Vertically loaded insulation for the foundation . The slabs are mounted without using additional mounts using dowels. Laying is carried out on a layer of bitumen or roll waterproofing. On top sand with soil. The upper part of the foam will protrude above the soil level by about 40-50 cm;
• Simultaneous foundations . Effective is the formwork of the foam for the foundation. The material should be cut, laid on the base on top of the drainage (the base of sand and gravel, which has passed the ramily). Make 30-40 cm lower than the future blind area. And the second half is glued to the walls in the vertical plane. As in the first case, the upper part of the plate should be at least 40 cm;
• Objects with a rare visit . In this case, the foam is mounted under the foundation, as well as thinner sheets are attached from the outside;
• Unheated structures . To increase their service life, as well as effectively withdraw moisture, the foam is attached from below. It is recommended to take plates, the thickness of which is from 50 to 100 mm;
• Columnar foundations and individual supports . Penopropuls should be cut into parts, which will be more in the area than the cross section. And then install drainage from a mixture of sand and gravel on top;
• The strip foundation . Here thermal insulation is carried out according to a similar scheme. That is, you need to cut the insulator into the corresponding stripes;
• Insulation of the blind area, as well as garden paths.

As you can see, there are plenty of options available for use. All you need to do is determine how Penoplax the foundation can benefit you.

Features of installation

The foam-polex foundation is a viable option for heat insulators in the event that the design requires insulation.

It won’t be possible to purchase the required amount of problem material. Additionally, select the measurements and match them to the insulated object’s configuration. During work, you won’t need to use any specialized equipment.

However, the strategy will be intricate.

• Calculations of the thickness of the insulator should be carried out, the possible accumulation of moisture, as well as provide cold bridges. Take with a reserve in the most part, choosing a thickness;
• If this is external vertical insulation, then the dowels for fixation cannot be used. This leads to the loss of thermal insulation properties of the material. The same rule applies to the installation of plates below the level of soil;
• To increase energy efficiency, it is better to apply 2 layers of insulation. And therefore, 2 plates of 50 mm thick, laid with a shift, will be more effective and preferable than 1 plate per 100 mm thick;
• To protect the foundation from exposure to drainage water, never lay the insulator directly on the ground. It will take a layer in the form of a sand-gravel pillow, which is thoroughly trimmed;
• In ideal conditions, you can make a concrete screed of a small thickness;
• You can not lay the slabs on the surface not protected from moisture. In other words, waterproofing is first carried out, and only then the foamy foundation is used;
• For fixation, glue is applied to the stove with a point method, and is pressed to the surface. The smoother the base will be, the better. So it is worth thinking about leveling even before waterproofing work;
• Pay special attention to the choice of glue. He must withstand the load of an aggressive environment, not be afraid of organic solvents;
• Installation using dowels is allowed when laying the insulator on the base. But you can not take more than 4 dowels per sheet with a thickness of 50 mm.

In my opinion, the heat insulator’s installation technology is not complicated.

Particularly when it comes to insulation, penopropylene is a material that sticks out for its efficiency and adaptability when it comes to building foundations. Penopropylene foundations, which come in 50mm and 100mm thicknesses, have unique qualities that meet a range of insulation requirements.

A 50mm thick layer of penopropylene offers a well-balanced solution for moderate insulation needs. By effectively minimizing heat transfer, it lowers energy consumption and contributes to the maintenance of comfortable indoor temperatures. For areas with mild to moderate temperatures and moderate insulation needs, this thickness is perfect.

The 100mm penopropylene foundation works well for higher insulation requirements because it offers improved thermal efficiency. Over time, it contributes significantly to energy savings by better regulating indoor temperatures and effectively preventing heat loss in colder climates. This thickness is appropriate for regions with severe winters or where high-quality insulation is necessary.

Penopropylene foundations of both thicknesses have similar benefits, including durability, lightweight design, and ease of installation. Their ability to withstand moisture intrusion guarantees sustained functionality without sacrificing structural soundness. Because of these qualities, penopropylene foundations are a dependable option for contractors and homeowners who want to improve the comfort and energy efficiency of their structures.

Video on the topic

Paul on soil: Instructions for insulation from Penopolex®

The thickness of the insulation under the warm floor

what thickness of the walls is replaced by 50 mm foam -polex? and what is the result of insulation? We answer

Temperature test. Insulation – extruded polystyrene foam 50mm.