INTERIOR DOORS

Assembled doors are characterized by the presence of transverse bars between two side pillars, forming a frame that can be filled with various auxiliary materials. Typically, these doors have three or more transverse bars, ensuring the necessary rigidity of the structure.

These doors, often referred to as drawer arms products, are a type of paneled door but are more advanced in terms of strength and durability. The inserts in these doors are thicker, making the structure more rigid. The modular assembly principle allows for easy replacement of parts in case of damage. Essentially, drawer doors are like a construction set, making them not only practical but also decorative.

In constructing the frame of assembled doors, both wooden beams and MDF are utilized. MDF can also serve as a base, with the thickness of the elements providing sufficient strength for the canvas. A variety of materials can be used for internal modular elements, primarily wood and MDF.

The thickness of the material in this case may be the same as that of the frame or slightly less. First of all, the appearance of the canvas depends on this.

Drawer doors are very popular and today hold a top position in the field of interior structures.

Our doors are manufactured using the latest equipment from Artel LTD and other renowned foreign brands, which have proven their quality in Ukraine and the countries of the European Union.

Assembled doors offer several advantages:

• Strength and Reliability: The frame ensures the stability and strength of the entire door, with crossbars acting as stiffeners. More crossbars mean a stronger product.
• Modularity: The design allows for easy disassembly without damaging the decorative coating, making it simple to replace damaged sections or change the door's appearance.
• No Joints on the Edge: The production technology protects parts from external factors, with no seams on the surface or joints at the ends, enhancing the door's lifespan.
• Resistance to Temperature Extremes: These doors are less affected by material density changes due to temperature fluctuations.
• Immunity to Humidity Changes: The protective finish prevents moisture from penetrating the joints.
• Aesthetics: They have an attractive appearance, diverse designs, and the ability to change over time.