SC140NI

Sliding Windows and Doors

SC140NI

The SC140 is a 140 mm non-thermally broken sliding system designed for windows and doors, and is also suitable for lift and slide solutions. This series is crafted for constructing high-quality frames and features a lift and slide mechanism that facilitates the movement of heavy frames up to 400 kg, ensuring practicality and functionality.

SC140NI

The SC140 is a 140 mm non-thermally broken sliding system designed for windows and doors, and is also suitable for lift and slide solutions. This series is crafted for constructing high-quality frames and features a lift and slide mechanism that facilitates the movement of heavy frames up to 400 kg, ensuring practicality and functionality.

SC140NI

The SC140 is a 140 mm non-thermally broken sliding system designed for windows and doors, and is also suitable for lift and slide solutions. This series is crafted for constructing high-quality frames and features a lift and slide mechanism that facilitates the movement of heavy frames up to 400 kg, ensuring practicality and functionality.

OVERVIEW

DESIGN FEATURES

  • Retention brushes made from high-density propylene with central water stripping.

  • Die-cast metal rollers with reinforced polyamide wheels and ball bearings.

  • Maximum load capacity: Up to 300 kg per sash (up to 400 kg per sash with additional trolley) for lift and slide 250 kg per sash for slide only.

  • Glass thickness: 10 mm to 40 mm.

OPTIONS

  • A wide range of solutions available.

  • All finishes available, with customized finishes upon request for high resistance to aggressive environments.

  • Suitable for windows and balcony doors.

  • Configurations for 2, 3, 4, or 6 sashes, movable on two or three tracks.

  • Sliding or lift and slide options.

  • Sliding and fixed combinations.

  • Fixed and sliding sash window combinations.

  • Optional motorized operation.

APPLICATION TYPE

Ideal for the residential sector, including the construction of balcony doors for villas, apartments, and towers.

TECHNICAL DATA

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2024

2024

2024