Adjustable anchor post for glass balustrades – AISI 316 stainless steel
Product information "Adjustable anchor post for glass balustrades – AISI 316 stainless steel"
Sturdy stainless steel anchor post with top mounting for glass balustrades
This high-quality adjustable spigot anchor post is the ideal solution for the secure and aesthetically pleasing installation of your glass balustrades. Manufactured from premium AISI 316 stainless steel, it offers not only outstanding corrosion resistance but also a modern and elegant appearance thanks to its satin-finished surface. The top-mounted design allows for straightforward installation on various substrates and ensures maximum stability for your glass balustrade.
Thanks to its adjustable design, you can precisely adjust the position of the glass, which is particularly advantageous when installing glass balustrades with different glass thicknesses or where there are slight unevennesses. This anchor post is specifically designed for glass thicknesses from 12 mm to 17.52 mm and ensures a firm and reliable hold.
Technical details at a glance
- Material: High-quality AISI 316 stainless steel
- Surface finish: Premium finish (satin)
- Suitable glass thickness: 12 mm to 17.52 mm
- Anchoring: Top mounting (on top of the substrate)
- Load capacity: G/h kN: 0.5
- Features: Adjustable for precise alignment
Advantages and versatile applications
The stainless steel spigot post impresses with its durability and low maintenance requirements. AISI 316 stainless steel is particularly resistant to weathering and chloride, making it the perfect choice for indoor and outdoor areas, including coastal locations or swimming pools. The robust construction and high load-bearing capacity guarantee maximum safety for your glass balustrade.
Whether for balcony railings, stair railings, patio railings or as a stylish interior partition – this adjustable anchor post blends seamlessly into any modern design and offers a transparent, open layout. Rely on a professional solution that perfectly combines aesthetics and functionality.