Linker CCP: Technical characteristics

It is essential to comprehend the technical properties of roofing materials in order to guarantee the longevity and dependability of roofs. The Linker CCP is one such material that has become more well-known recently. Linker CCP is engineered to satisfy the rigorous specifications of contemporary roofing systems. It provides a combination of cutting-edge features intended to improve longevity and functionality.

Because of its remarkable resistance to weather, Linker CCP is well-known. This roofing material is designed to endure extreme temperatures, from sweltering heat to subfreezing cold, without losing its structural integrity. Because of its resilience, which is attained by combining premium materials with creative design, Linker CCP is the material of choice for areas that frequently experience severe weather variations.

In addition to being weather resistant, Linker CCP is praised for its composition, which is both lightweight and strong. In contrast to conventional roofing materials, which can significantly increase a structure’s weight, Linker CCP offers strength without bulk. This feature contributes to a longer building’s lifespan by making installation easier and eventually lowering structural stress.

Apart from its robustness, Linker CCP has outstanding environmental qualities. This roofing material is made with sustainability in mind and frequently contains recycled materials while upholding superior performance standards. This environmentally friendly strategy fits in well with modern building methods that place an emphasis on minimizing environmental effect without sacrificing quality.

The structure of the material

The well-known domestic company "Technonikol" produces the waterproofing material used by the linker. Using the newest machinery, imported raw materials are used to make it. This method makes it feasible to obtain goods of European caliber for less money. The material is multilayered, with each layer carrying out a specific functional function that affects the ultimate quality and dependability of the object’s waterproofing.

1. Base. Different types of linamrome are made on the basis of glass chloride, fiberglass or polyester. CCP lin capable is based on fiberglass.
2. Layers of waterproofing. To give water resistance, modified bitumen is used, which is applied on both sides of fiberglass. Its improved parameters make it possible to expand the scope of use of the material. CCP lin cap is allowed for use in all climatic zones of our country.
3. Protective layers. The material has special film protective coatings on both sides. When the gas burner is heated by the flame, they melt and are perfectly glued with the plane of the roof.

The canvas is made up of multiple layers.

The CCI’s letter designation designates that a unique film (P and P) is bonded to both sides of the fiberglass substrate (T) to provide waterproofing. The film serves two purposes: first, it prevents the roll’s turns from sticking together, and second, when heated, it increases the adhesion indicators between a waterproof pie’s upper and lower layers. All of the Technonikol company’s materials, whose names begin with the letter P, are exclusively utilized as lining layers. This is something to keep in mind whenever you buy waterproofing.

Roofing roller coatings with markings

Specifications

Technical features impact the longevity and dependability of the roof pie as well as the extent to which waterproofing material can be used.

Table 1. Technical attributes of the CCI linemine

The name of the parameters	Meaning and brief description
The basis	Glassholst. One of the most durable polymeric materials, absolutely drainage, is resistant to hard ultraviolet rays.
Weight	A square meter of material weighs 3.6 kg, such a small mass is not taken into account when calculating the mechanical strength of the roof.
The maximum term for preserving the initial physical properties	Guarantee for at least ten years. After this period, the physical parameters due to natural aging begin to gradually decrease, but this does not mean that the material must be immediately changed. In practice, it serves twenty or more years, the main condition for such durability is to prevent mechanical damage.
Maximum breakdown efforts in the transverse and longitudinal directions	Maximum force in the longitudinal direction of 800 N, in the transverse 900 N. According to this indicator, fiberglass is 2-3 times higher.
Heat resistance	When heated to a temperature of +80 ° C, it is allowed to walk on the coating. A very important property if it is necessary to carry out various engineering work on the roof in the summer time.
Water absorption	After 24 hours of direct contact with water, the mass increases by no more than 1%. This is an excellent indicator indicating the almost complete tightness of the material.
Minimum temperature at which plasticity remains	Laboratory tests confirm the preservation of plasticity at ambient temperatures up to -15 ° C.
Type of protective coatings	A film is applied to the material on both sides, when heated, it melts. During storage and transportation, it does not allow sticking rolls.

Linker maintains its high elasticity at very low temperatures.

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Roofing roller coatings

"Linker CCP, renowned for its technical mastery in roofing solutions, distinguishes itself in the market with its creative approach to durability and climate control. Modern materials and cutting-edge design are combined in Linker CCP roofs, which are built to withstand harsh weather conditions and maintain energy efficiency. The result is long-lasting protection and comfort. The main technical characteristics of Linker CCP roofs are examined in this article, along with their effects on environmental sustainability and energy savings. Linker CCP sets a new benchmark in roofing technology with its insulating qualities and customizable designs, guaranteeing both practicality and visual appeal for both residential and commercial buildings."

Advantages and disadvantages

Like any waterproofing material, CCI Linopr has advantages and disadvantages.

• High temperature stability. Linker does not lose its original properties when temperature fluctuations are +80 … -15 ° C. This is a fairly large range, not all soft bitumen coatings have the same parameters;
• Minimum weight. The mass of the canvas is so insignificant that it can be used for the repair of old roofs without laborious dismantling of leaked materials. This significantly reduces the cost of repair work and accelerates the time of their implementation. Moreover, the quality remains at a high level;

Deploying the linker to waterproof the roof does not require removing the previous coating.

The two main drawbacks are the high combustibility and the intricate laying process. The CCP Linocorus needs specialized gas burners with cylinders in order to waterproof roofs; coating can only be done in favorable weather. Additionally, there is always a higher chance of production injuries when working near an open flame.

Open fire is used during the material’s installation.

Prices for various types of gas burners and soldering lamps

Gas burners and soldering lamps

Step -by -step instructions for laying linemics

Think about the technology used in the roof repair as an example of the linker. There will be two layers installed: stone chips on the top (TKP) and lower (CCI).

Sensible guidance. The question of whether or not to remove the old coating is one that many novice builders find interesting. Experience has shown that the cost of repairs doubles when the old coating is removed. However, there is a 30% increase in operation duration and reliability. What a choice is is a decision.

However, there are still situations where removing the previous coating is necessary. Which ones?

1. Under the old roof there are significant areas of water, it is impossible to remove it from there.
2. The old roof is very uneven, large hillocks and cavities do not allow us to observe the recommended technology for installing a new.
3. The operated coating has many layers, new materials can critically increase the load on various architectural elements.

Large cracks and holes in the previous coating necessitate its total disassembly.

The ultimate decision should be made immediately by each master following a thorough evaluation of all the variables, including the developer’s financial resources.

Preparation of the plane of the roof

Step 1: Take off the previous layer. These require very hard physical labor; axes must be used to chop the layers, heat must be applied, scrapers must be used to remove them, etc. Where to dispose of construction waste is another issue. It is necessary to transport the old bitumen to landfills or specific businesses for disposal. It is unknown where they are located, and there are very few of them in our nation. However, it is well known that officials do not care that there is nowhere to dispose of trash because they are penalized heavily for environmental pollution.

Methods for removing the old roof

Step 2: Examine the condition of the concrete base after the coating has been removed. It needs major repairs most of the time. To create a fresh cement-sand screed, do this much more quickly and effectively in just one method.

It is advised to create a new screed in order to align the plane.

Step 3 consists of installing the beacons and screeding the roofing to a thickness of 2 to 5 cm. Work extremely cautiously, and remember to create a 3–6 ° slope in the direction of the water receiver. The purpose of the roof determines the slope’s magnitude; if the roof is not explosive, then increasing the slope is advised. You should be aware that, even in the event of a roof installation technology breach or any mechanical damage to the structure, leaks are less likely to appear the higher the slope—the faster the water drains from the structure.

Depending on the size of the irregularities, a layer of 2 to 5 cm of the solution is applied.

Vital. Large stones in the solution’s sand that haven’t been sifted must be removed during leveling. They actually have the ability to scent coatings, which will seriously degrade the roof’s quality.

The preparation is finished at this point, but the linker can’t be laid until the concrete is totally dry.

Figuring out how many linemas the roof needs

Laying material on the roof

It is recommended to use a start solution to soak the screed’s surface. It does two additional crucial tasks in addition to improving surface adhesion: it provides extra water protection and facilitates uniform bitumen penetration into cement-sand mortar. It all depends on the intended use of the roof, so this requirement is not required.

The surface can be primed once the screed has dried.

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Primer

Step 1: Ascend to the roof to try on a roll and adjust your position. It’s all normal; just gently roll it back. Cover the burner, use a film and base to warm the roll’s surface, and keep an eye on the temperature. If it’s enough, the protective film gets severely distorted and some liquid bitumen emerges from under the roll when it rolls out. Press the material to the base with your feet, being careful to create overlays.

Using a burner to warm the bitumen layer, adhere the canvas.

Step 2: Apply the bottom layer to the entire roof using the same algorithm. Carefully glue any vertical brick surfaces, chimney and ventilation pipes, and engineering communications. Cover the parapets with overgrowth; place special stands beneath any sharp edges. If not, the waterproofing will sag in this area, potentially causing mechanical harm to the material.

Linel overlaps to prevent spaces from forming between the canvases.

Step 3: You can begin installing the top layer with stone chips on the front surface of the roof once the material has been adhered to the entire surface. The technologies used to produce the work are the same as those mentioned above. Remember to pay close attention to the areas where there is overflow, make sure the bitumen is soft enough to act, and ensure the canvas lies as smoothly as possible.

The final layer is applied on top.

Sensible guidance. A propane cylinder that has expired should not be used. Use a ten-meter-long or longer reinforced hose. If not, you will frequently have to put up with the gas cylinder, which adds to the time lost. Although a gas reducer is not required, a safety valve against a reverse blow should be installed.

Anyone working in roofing needs to be familiar with the technical aspects of Linker CCP. Significant benefits are provided by this novel product in terms of durability and efficiency. Through the improvement of roofing membranes’ adhesive qualities, Linker CCP guarantees a stronger and more durable roof structure.

The capacity of Linker CCP to strengthen the bond between roofing materials is one of its most notable qualities. Better wind uplift resistance and general structural integrity result from this, which is important in regions that frequently experience severe weather.

Furthermore, Linker CCP is a flexible option for both new installations and roof renovations due to its compatibility with a variety of roofing systems. When it comes to metal roofing, EPDM membranes, or asphalt shingles, Linker CCP offers a dependable solution that improves performance and lengthens the roof’s lifespan.

In summary, Linker CCP is a major development in roofing technology that provides observable advantages in terms of strength, longevity, and application simplicity. Because of its technical qualities, it is the best option for homeowners and contractors who want to guarantee their roofs will be stable and protected for a long time.

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