SILISTO Mounting Bracket 60x100 mm, Galvanized, 2 mm Steel Sheet

Durable mounting brackets by Nögel, made of high-quality galvanized steel sheet, designed for the installation of window and door elements, especially "floor-to-ceiling" glass panels. They ensure stable support, precise leveling, and long-lasting corrosion protection.

Product Advantages:

• Durability and Resistance: The 2 mm thick galvanized steel sheet guarantees corrosion resistance and maintains strength even in challenging conditions.
• Precise Fit: Dimensions of 60 × 100 mm allow universal application under window sills and extensions.
• Secure Installation: Numerous mounting holes (Ø 8 mm and Ø 9 mm) facilitate quick and reliable attachment using standard screws or anchors.
• Optimal Spacing: Recommended bracket placement at a maximum of 700 mm ensures even load distribution and increased structural stability.
• Renowned Manufacturer: Nögel Montagetechnik (Twist, Germany) guarantees European quality and technical support.

Applications:

• Installation of "floor-to-ceiling" glass panels and terrace doors.
• Supporting window and door extensions and bases.
• Installation of balcony thresholds and lintel elements.
• Components of insulation systems and cladding for curtain walls.

Technical Data:

• Catalog Code: 512BVZ60X100
• Brand: Nögel Montagetechnik
• Material: Galvanized steel sheet, 2 mm thickness
• Dimensions: 60 × 100 mm (Side A × Side B)
• Mounting Holes: Ø 8 mm and Ø 9 mm, distributed along both sides
• Recommended Spacing: Maximum every 700 mm

SILISTO brackets are an essential component for professional installation teams, ensuring fast work, durable installations, and aesthetically pleasing finishes for glass panels.

HOW TO PROPERLY INSTALL BRACKETS IN WINDOW AND DOOR BASES?

To securely and effectively attach brackets to the base, pay attention to:

1. Choosing the Right Profile: Select a bracket with parameters suited to actual loads—both static (wing weight) and dynamic or thermal. A profile that's too light may deform or even get damaged under applied forces.
2. Optimal Quantity and Positioning: Plan the number of brackets and their placement to evenly distribute weight and forces on the frame. Insufficient brackets or improper arrangement can lead to excessive stress, deformation, or structural strain.
3. Secure Fastening: Attach brackets both to the base and the building's load-bearing structure using screws of appropriate length, diameter, and strength class. High-quality connectors prevent loosening due to vibrations or temperature changes. Using improper screws risks deformation or complete failure of the connections.