«Waterproofing»

In construction and construction, various waterproofing methods and materials are used to prevent water damage to structures and buildings. Some waterproofing methods used in this area:

PVC membrane:
PVC membranes are flexible and waterproof membranes made of polyvinyl chloride material. These membranes are generally used in the waterproofing of large surfaces such as ceilings, terraces, water mass constructions and boiler rooms. After the PVC membranes are installed on the surface, they achieve protection and non-dissolving water supply.

Anti-spray insulation:
Spray-spray insulation is a waterproofing method performed by applying various polymer-based materials (polyurethane, epoxy, acrylic, etc.) to the surface by spraying or spraying. This method is resistant to a wide range of temperatures and can be applied to surfaces of various shapes.

Bitumen membrane:
Bitumen membranes are durable and long-lasting insulation materials made from bitumen-based and polymer-modified materials. These membranes are commonly used in ceiling and floor waterproofing, water features and foundation insulation.

Injection:
The injection method is widely used in construction material structures and installations. To prevent water leaks, or epoxy foam injection agents are used. This method is generally used in crack and repair works.

Waterproofing methods and materials play an important role in reducing water hazards and protecting structures in the building and construction industry. The specific method and material used are selected depending on the type of construction, requirements and purpose of the work.

«Thermal insulation»

In the field of construction and construction, various thermal insulation methods and materials are used to ensure protection of buildings and structures from heat and cold. Some thermal insulation methods used in this area:

Installation of facade thermal insulation:
Montalama is the name given to the complete covering of residential buildings and other social catering facilities with the help of various types of materials. As a result of this process, the interior of the building is protected from changing temperatures depending on the seasons. This method helps to reduce the buildings energy losses and keep the temperature inside the building stable.

Roof thermal insulation:
Roof thermal insulation is used to protect the roof of the building from cold and heat. Thermal insulation material is generally applied to the roof and other parts of the structure, helping to reduce energy losses and increase heating inside the building.

Attic thermal insulation:
Attic thermal insulation is a method used for buildings with attached attic parts. Thermal insulation material is applied on the inner sides of the attic. This method helps to keep more heat inside the building.

Polyurethane foam thermal insulation:
Polyurethane foam is an effective material widely used for hot and cold insulation. This foam expands after being placed in liquid form and is ideal for thermal insulation. Application of polyurethane foam is generally used between cracks and ceilings, walls and other structural parts.

Thermal insulation is an important measure to increase energy efficiency of buildings, reduce energy losses and ensure heating inside. Thermal insulation methods are selected according to the type and requirements of the construction.

«Sound-acoustic insulation»

Sound-acoustic insulation is a measure to reduce the spread of sound inside to another room, other parts of the building or the surroundings, and to reduce incoming sound entering the room. This form of insulation is done in order to create a comfortable and silent atmosphere for different environments. Detailed information about sound-acoustic insulation is reflected below:

Material selection:
The choice of material for sound-acoustic insulation is very important. The ability of this material to absorb and reflect sound waves is significant. The type of material used and the environment in which it is applied must be suitable for the purpose.

Ceiling and Wall constructions:
Ceiling and wall structures are very important for sound-acoustic insulation. Acoustic panels and sound absorption panels can be applied to ceilings and walls. Also, acoustic panels and sound absorption panels installed on the ceiling and walls help to create a safe and silent environment.

Floor insulation:
Floor insulation is applied to reduce the spread of sound as it travels to the room below. For this purpose, natural or synthetic materials and acoustic panels are used.

Sound-acoustic insulation is an important construction measure that can be applied to many environments, from apartments to commercial spaces, from studios to offices. This requires the selection of appropriate materials and structures to ensure a healthy, comfortable and silent environment.