Skate profile for polycarbonate

To install or replace a polycarbonate roof, it is essential to comprehend the skate profile. The polycarbonate sheet’s edge shape or design, known as the "skade profile," dictates how the sheet fits and seals with adjacent sheets. In particular, skate profiles are essential for maintaining weather resistance and structural integrity in polycarbonate roofs.

Thanks to its transparency and resistance to impact, polycarbonate is a lightweight, impact-resistant material that is frequently used in roofing. Secure sheet interlocking is aided by the skate profile, which is usually U-shaped or comparable. This interlocking element improves insulating qualities, stops water leaks, and contributes to structural stability.

For your polycarbonate roof to last a long time and perform well, you must select the appropriate skate profile. The thickness of polycarbonate sheets can be accommodated by different profiles, offering options for a range of weather conditions and aesthetic preferences.

Paying close attention to details is necessary when installing polycarbonate roofing with the proper skate profile. A tight seal is ensured by properly aligning and fastening the sheets, which reduces the possibility of leaks and increases the roof’s resistance to wind, rain, and other environmental elements.

Profile for polycarbonate

Profiles made of polycarbonate

In addition to protecting the panel ends from dust and moisture, the U-shaped profile also serves as the panels’ decorative framing. The width of the sheet (2.1 meters) and the length of the profile match.

Assembling polycarbonate profiles

The simplest and least expensive way to connect the panels is using an N-shaped profile. The color palette is in line with the panel color scheme. Length of profile: six meters.

HSP profile. Very technological solution. The profile consists of two parts – a “base” and a clicking “cover”. This profile is widely used, can be used both with vertical glazing and for overlapping structures. He bends perfectly and is successfully used when creating arched floors. The binding to the frame is carried out as follows: the “base” of the profile is attached to the frame using self -tapping screws, then the panels are installed and the “cover” of the profile is installed, which is “peeled” when pressed, connecting to the base. Using this profile allows not only to reliably connect the sheets and fix them in the structure, but also provides the necessary gap for thermal expansion of the panels. The color scheme corresponds to the color of the panels. Profile length – 6 meters.

Profiles for the cellular polycarbonate installation

Installation profiles made of polycarbonate (Russia).

On the thick sheets

"P"—figurative, final

Profile joining base set and sliding cover

The connecting profile cannot be separated.

You have up to 12.0 m to select the ideal profile length when delivering to order. There are color profiles and transparency in the warehouse.

Installation profiles made of aluminum (Russia).

Aluminium connector Spa-3370 for sheets 10-32 mm, upper

Aluminum Cadillac cover, lower

PRU-86M, 87M, wide rubber

Rubber gasket Itrub-0.2 thin

Aluminum adhesive ribbons (Austria, Israel).

Length in roll meters

Cost, rub/m

Tape with holes (antidaste)

For 4–10 mm sheets

Tape with holes (antidaste)

For 16–32 mm sheets

For 4–10 mm sheets

For sheets measuring 16–32 mm

The profiles’ color and mechanical characteristics (such as their same bending radius and thermal expansion) are flawlessly matched to the cellular polycarbonate panels. Their assembly is simple, and they can attach to pre-existing structures. The prefabricated structure has a very harmonious appearance because each panel and profile is made entirely of the same material.

Wall profile made of polycarbonate

The purpose of the wall profile is to make it easier to install translucent visors and canopies in cases where the cellular polycarbonate panels are next to the wall. It carries out the duties of the end profile and guarantees that the coating is tightly adhered to the vertical structure that is already in place.

PRS 8–10 mm fastener profiles are made to install cellular polycarbonate that is 8–10 mm thick, while PRS 16 mm fastener profiles are meant to install panels that are 16 mm thick.

The supporting component of the frame of a metal or wooden structure—a square, corner, or beam—is what fastens the profile to the wall.

It is simple to insert the panel’s end into the wall profile’s groove.

Corner profiles

The angular polycarbonate profile’s design makes it possible to firmly hold the panels positioned at right angles to one another. Polycarbonate corner profiles come with all the benefits that come with using this material, including amazing optical transparency, light weight, resilience to strong shocks, moisture resistance, fire safety, and frost resistance.

The profile has been modified for outside usage.

  1. Conjugation of corner joints of panels of cellular polycarbonate during installation of translucent structures for various purposes;
  2. The profile gives aesthetic completeness to structures from the panels of cellular polycarbonate, t.To. They are ideally consistent with them both in terms of manufacturing and in appearance, including color shades;
  3. Mating at a right angle of any hard sheet materials – can be used in the manufacture of advertising, demonstration, exhibition structures.

Suggestions for installation:

Depending on the panel’s width, the ends of the panels are positioned in the profile’s grooves to maintain a 3-5 mm thermal gap.

It is not necessary to attach the panel to the profile with glue or any other kind of fastener.

As implied by the name, the skate polycarbonate profile is intended to evoke and safeguard the cellular polycarbonate panels found in the skate of light-sprayed roofing structures. These are the company’s new products, which the Russian construction market has been waiting for a long time. Naturally, they used ridge profiles for metal tiles to accomplish it in some way without it. Still, you have to concede that a polycarbonate horse is superior!

Installing it is easier, and it completes the structure harmoniously while allowing the panels to "feel free"—that is, to expand and adjust to changing temperatures. The ridge profile is made of polycarbonate, which has all the benefits that come with it, including low thermal conductivity, frost resistance, moisture resistance, fire safety, and resistance to severe shock effects.

The profile has been modified for outside usage.

Suggestions for installation:

On the top end of the panel, the profile is firmly placed. In this instance, 4-5 mm of space must be allowed in order to expand the panel.

Setting up aluminum profiles

The remarkable strength and tightness of the panel connection are made possible by the aluminum profile system. Rubber seals are installed in aluminum profiles. It is especially advised to use this system of profiles to coat or glaze heated rooms, as it totally removes the possibility of leaks, even in the worst weather. Using an aluminum profile system to create arched structures is trouble-free.

The polycarbonate profiles offered by Prism-plastic company are quite diverse. End, connecting, wall, corner, ridge, and mounting are a few of them.

It’s imperative that anyone thinking about a polycarbonate roof comprehends the skate profile. The shape and layout of the roofing panels, which affects both appearance and usefulness, are referred to as the skate profile. Selecting the appropriate skate profile can have an impact on things like snow accumulation, water runoff, and overall durability. This article examines the many polycarbonate roof skate profiles that are available, stressing their benefits and appropriateness for a range of climates and architectural designs. Knowing your options for skate profiles guarantees that your polycarbonate roof will satisfy both practical and aesthetic needs, regardless of your preference for streamlined looks or effective water drainage."

Connection profile for polycarbonate

One of the most widely used materials in agriculture, crop production, and construction is polycarbonate. This polymer plastic has a small specific weight and excellent strength properties. And this gives you the opportunity to use the material for a variety of tasks, like building a greenhouse shelter or painting the public building’s facades. But, you must take care of the excellent panel installation if you want the design to be as strong and dependable as possible. A polycarbonate profile is used for these purposes.

Varieties of fasteners

The following accessories are used to mount the polymer canvas:

  • Drutus (inexhaustible) profile for polycarbonate;
  • corner joint accessories;
  • skate profile for carbonate;
  • Perfolet;
  • end profile for PC.

Likewise, there are three categories for polycarbonate docking profiles:

These kinds of docking fittings are mostly used to secure the carbonate panels of the cellular sample while building low- and non-overall structures. A 6-meter-long bar with groove holes on two of its sides—through which polymer panels are connected—is an unusable profile for cellular polycarbonate.

Erroneous and profile

In the event that a basic form (square or rectangular) is constructed, docking carbonate paintings using ineffective connective elements will be an easy task. a little trickier with arched constructions. In this instance, connecting the polymer sheets will require a significant amount of work.

An improved way to fasten a polymer canvas. This type of element is made up of a simple plate and cover that serve as the means of closing all joints and connecting pieces.

Linking removable profile

In terms of installing such a beneficial component, it looks something like this:

  • fixation of the base plate by means of self -tapping screws;
  • fastening of facing panels;
  • installation of the lid and its fixation (clicking of the mechanism).

Detective humor is not the same as the first option, which is a higher price. As a result, samples of the second type are nearly twice as expensive as the first-type models, which had simpler designs. On the other hand, useless samples can be quickly transformed into rings and sent to the intended location without requiring any extra work. It is challenging to transport the detachable fastening version to the destination because it lacks high flexibility indicators. It is necessary to utilize a specific vehicle for these purposes, like a Gazelle or something similar.

Polycarbonate’s detachable type profile is a member of the universal materials group. Panels with thicknesses of 6, 8, 16, and 25 mm are used with it. In contrast, stingless models necessitate a careful selection for a particular kind of PC.

When fixing panels that are thicker than 1.6 cm, sten connecting strips are not used.

When constructing large-scale buildings or any other type of structure with industrial value, this connection option is considered the most ideal. Furthermore, these profile elements have rubber seals installed, which further insulates the built structure from heat. The carbonate sheets are consistently shielded from contaminants, moisture, and parasites by the end docking plates, which stop them from entering the structure’s air channels.

Aluminum corner profile

In the absence of such an element, the paintings’ ability to let light through will be rapidly disrupted, and the built structure’s appearance will deteriorate and lose its functional qualities.

Additionally, there are aspects of facing panel installation. The panels should be arranged with the air supply channels upright in order to maximize the functioning of the assembled structure. Simultaneously, you must ensure that the end portion of the sheets is sealed with a sealed ribbon and an end type plate. A profile bar is used to close the lower side after it has been pasted with metallized perforated tape. The output resulting from temperature jumps inside the hollow channels is concluded through a number of holes in Scotch tape.

Any construction store that sells similar products will have aluminum profiles for PCs in addition to other types of fasteners with the same functionality. Furthermore, a plethora of internet stores exist nowadays where you can buy products from this range. This is both economically advantageous (delivery to all regions of Russia) and practical (online stores typically offer lower prices than market or construction store prices).

Other categories of substances

Apart from the docking components previously discussed, there exist multiple alternative mounting options for carbonate panels:

Profile for Skate RP

The sample that is being presented exhibits comparable properties and a polycarbonate docking profile. The skate’s primary objective is to dock by using the polymer canvases’ upper end guides. Gable roofs are typically installed with skate strips. These models can be constructed from plastic or aluminum. Skates are inexpressible and detachable. High performance and density will be maintained while the connection is made in a qualitative and dependable manner, regardless of the sample that is chosen. Large sizes are the primary characteristic of these fasteners, which makes installation work difficult.

Profile made of polycarbonate

Presented as a plate with an F on it. It is composed of both plastic and aluminum. When docking the structure and wall overlap becomes necessary for work, this universal option is used. These fasteners can also be used for end docking and lateral docking. This sample makes it possible to conceal every bump.

SEC or MPC corner profile

7 mm APS P 1 6106 corner profile

The majority of the time, this sample is utilized as a docking element during installation work because of its distinctive 90-degree hard plane connection. The angular connector interferes with two soldered P-shaped mounts that are firmly fixed to one another through constructive execution. These fasteners function as follows, in contrast to the models previously discussed:

  • high strength indicators;
  • manufacture of high -quality materials;
  • low flexibility indicator, which is very important when lining the straight angles of the structure;
  • universal purpose – suitable for sheets of any thickness and size.

Thermo-hawks are used to secure the sheets to any basis. This design consists of a washer that has a small leg and a plastic sealing ring covering it. To protect the sheet from the screw and the covering ring throughout the connection, the leg is required.

The process of mounting is the same as when you screw in a standard washer with a sealing ring. The sheet is first punctured, then a ring and washer are placed inside, twisted, and sealed with a plastic cover.

To guarantee thermal expansion, the self-tapping screw hole should be larger than 2-3 mm.

  1. A polycarbonate sheet is fixed in the profile freely-there should be at least 3-4 mm for thermal expansion.
  2. All plastic materials are easily cut into the desired segments. To do this, it is better to use a saw or a grinder with small undamosed teeth, so that the cut place is immediately melted, without forming a burr.

A polycarbonate profile is used to join sheets. Ridge, wall, corner, etc. D. that is unusable. Each of them offers dependable material fixation. What is the benefit of thermal-haired screws over self-tapping ones?

For polycarbonate roofing, selecting the appropriate skylight profile can have a big impact on how efficient and comfortable your room is. Compared to other profiles, the skate profile, which is made especially for polycarbonate, has several advantages. It improves weather resistance and durability, which are essential for preserving the structural integrity of your roof over time.

Skate profiles address important issues for interior spaces exposed to sunlight by being designed to offer the best possible light diffusion and UV protection. This aids in managing the quantity of natural light that enters your room as well as shielding interior materials and furnishings from damaging UV rays.

In addition, the layout of skate profiles guarantees effective water drainage, which lowers the possibility of water leaks or pools during prolonged downpours. This feature reduces maintenance requirements while extending the roof’s lifespan. It’s a sensible option that provides comfort against potential water-related problems in areas that are prone to bad weather.

The skate profile is particularly noteworthy for its practicality and adaptability when thinking about a polycarbonate roof. It’s a dependable choice for both residential and commercial buildings because it fits well with a variety of architectural styles and climates. Installing it is simple, and it works with various roofing systems, so both contractors and homeowners can use it.

Video on the topic

Polycarbonate skate extrusion

End profile for the installation of cellular polycarbonate

Ovka. Installation of a double skate

Corner profile for the installation of cellular polycarbonate

Installation of a perforated tape and end profile for polycarbonate guarantor / plant greenhouse guarantor

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Alexander Sorokin

The owner of the roofing company, an expert in the roofing markets. I'll tell you about the novelties of the roofing industry and help you choose the best option for your home.

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