The best infrastructure for installing ceiling lamps
Introduction
The beauty of a wooden ceiling with lamps is not only visible on the surface; In fact, behind this eye-catching appearance is hidden a precise engineering. The roof substructure is the solid foundation of the lamp implementation; If done correctly, the life of the project, the durability of the wood, and the final beauty of the roof are guaranteed.
Azer Wood, relying on technical expertise and experience of dozens of projects across the country, has designed a special standard in the substructure of wooden lamp roofs. This article examines the details that will change your technical view of the importance of underlayment in woodworking projects.
infrastructure; The hidden heart of wooden design
Substruction means preparing the surface and supporting structure for installing the wooden lamp. This stage determines how the wood will behave over time, how it will breathe, and how much beauty and durability it will provide.
Many people think that by screwing a few boards to the ceiling, the work is finished; But the fact is that without scientific infrastructure, the wooden lamp will never have stability and professional elegance.
Features of a standard infrastructure
In Azar Wood projects, infrastructure is always designed based on three principles:
- Mechanical resistance
- Ventilation and humidity control
– Accurate leveling of the surface
Each of these factors has a direct effect on the health of the wood and the final appearance of the roof. The correct foundation should be able to handle the weight of the wood, temperature changes, and humidity of the environment without the slightest deformation.
Choosing the right material for the foundation
The foundation material is different depending on the type of roof, environment, and type of lamp. In dry interior spaces, dried Russian wood or light metal profile (galvanized shield or corner) is usually used.
In humid areas such as the north of the country or coastal villas, Azar Wood uses high-density thermowood or stainless aluminum profile for substructure. This combination makes the humidity have no effect on the strength of the structure.
If the substructure is made of raw wood, it must be covered with anti-fungal and anti-insect materials so that it is not damaged in the long term.
A technical note about the spacing of bulbs and poles
One of the common mistakes in the execution of a wooden roof is the incorrect spacing of the foundations. Too much distance causes the bulb to drop and the surface to become wavy, too little distance causes loss of cost and extra weight.
In the Azar Wood engineering system, the distance between the poles is considered to be about 40 to 60 cm. This amount is completely proportional to the thickness and weight of the lamp and causes uniform distribution of pressure and prevents bending of the surface.
leveling the surface of the infrastructure; The importance of millimeters
Even if the wood is of the best quality, if the substructure is not level, the lines of the lamps will be inconsistent and the space will be visually unstable.
Leveling in Azar Wood projects is done using digital laser and industrial technical level so that each lamp line is placed along the direct line of light and viewing angle. The result? A completely smooth, orderly and eye-catching ceiling as if designed with a ruler.
ventilated infrastructure; The secret of wood longevity
Wood must breathe. The back of the lamp should not be completely closed; Rather, there should be a thin space between the wall or roof of the structure and the lamp so that the air can flow.
Azer Wood uses a hidden ventilation system in the infrastructure design; That is, the surface under the lamp is a little far away so that air circulates between it and humidity does not accumulate.
This simple but vital trick is the reason for the long life of Azarwood wooden projects - even in humid northern climates.
connection type; Screw or clip?
The method of connecting the lamp to the infrastructure depends on the design style. In minimal and luxury spaces, hidden clips are used so that no screws or joints can be seen on the surface.
But in projects with thicker beams or heavy ceilings, stainless wood screw connection is preferred. The choice between these two methods should be made based on the type of lamp and environmental conditions.
Azer Wood designs a special connection plan for each project to ensure beauty and durability at the same time.
Resistance to heat and expansion
Wood has a dynamic behavior against temperature; It expands in summer and shrinks in winter. The infrastructure must be designed to withstand these deformations without creating pressure.
In the professional constructions of Azarwood, anti-expansion profiles and flexible seams are used to naturally absorb any temperature changes and keep the surface of the lamp always uniform.
Substructure for sloping or special roofs
In sloping or arched roofs, the usual substructure requires high geometric precision. Adjustable poles or threads are installed at certain points so that the installation angle of the lamp is completely in line with the direction of the ceiling.
In these types of designs, Atherwood uses special 3D modeling software to simulate the wood's behavior against pressure and temperature before implementation - a technique that only professional brands use.
Detailed implementation tips before final installation
Before installing the lamp, make sure that the substrate is completely dry, clean and free of dust. Any moisture or small particles can cause slight swelling or change the color of the wood in the future.
In Azar Wood, the "Pre-Cleaning" stage is done with compressed air and silicone coating so that the environment is completely ready for connection. This level of executive accuracy is considered among the European standards in woodwork.
summary
Wooden roof substructure is an unseen but vital part of any project. As the skeleton of the building ensures the stability of the walls, the correct infrastructure also maintains the health of the bulb over the years.
By combining technical knowledge and architectural aesthetics, Azar Wood has designed its own underlay system — a system that guarantees the durability of wood, the beauty of the surface, and the safety of execution at the same time.
Finally, when the foundation is done carefully and scientifically, the wooden roof is no longer just a roof; It becomes a work of artistic engineering — where nature and technology are at the peak of harmony.