Loader

Aluminum Sliding Joinery

Aluminum Sliding Joinery

Aluminum Sliding Joinery

Aluminum sliding joinery is a type of joinery system that is often used in window and door openings in buildings. This system is usually designed with the use of aluminum profiles and includes door or window panels that open and close by sliding in a straight path when opening. Aluminum sliding joinery systems offer advantages such as aesthetic appearance, durability and ease of use.

Here are the main features of aluminum sliding joinery systems:

Horizontal Sliding Movement:

Aluminum sliding joinery systems generally operate with a sliding movement in a horizontal direction. This allows you to open and close the window or door without the need for additional space in front of the opening area.

Aesthetic and Stylish Design:

Aluminum sliding joinery systems have a modern and stylish design. Thin profiles and large glass areas offer an architecturally attractive appearance.

Durable and Lightweight Material:

Although aluminum is a lightweight material, it is durable. This feature makes aluminum sliding joinery systems long-lasting and durable.

Large Glass Areas:

Aluminum sliding joinery systems have large glass panels. This lets in natural light and gives interiors a spacious look.

Energy Efficiency:

Well-designed aluminum sliding joinery systems can have thermal insulation properties to improve energy efficiency. This saves energy by minimizing heat losses.

Easy Operation and Maintenance:

Sliding joinery systems are easy to use as the sliding door or window panels move in a straight path. Maintenance is also generally simple.

Various Application Areas:

Aluminum sliding joinery systems are especially preferred where there are wide openings. It has many application areas such as balcony doors, terrace doors, office partition walls and large window openings.

Aluminum sliding joinery systems are a practical and aesthetic solution that is widely used in the design of modern buildings and the creation of comfortable interiors.