Construction and Materials
The IG Railing frameless glass railing system is engineered for a sleek, modern aesthetic, offering unobstructed views and a sophisticated finish. This system prioritizes safety and durability through its meticulous construction and high-quality materials.
Construction
The primary construction method for IG Railing's frameless systems involves the secure mounting of tempered glass panels. These panels are held in place using a base shoe system, which is typically anchored to the deck, balcony, or stairs. The base shoe is designed to conceal the glass edges and provide robust support. The glass panels themselves are the main structural component, acting as a barrier while maintaining visual openness. Installation often involves precise alignment and secure fastening of the base shoe to the substrate, followed by the careful insertion and securing of the glass panels within the shoe. Gaskets and sealants are used to ensure a snug fit and prevent movement or rattling of the glass.
Materials
The core material for the IG Railing frameless glass railing system is high-strength, tempered glass. This type of glass is chosen for its safety properties; when broken, it shatters into small, pebble-like pieces, significantly reducing the risk of serious injury compared to standard glass. The glass panels are typically clear, allowing for maximum visibility.
The supporting structure, the base shoe, is commonly manufactured from aluminum. Aluminum is selected for its corrosion resistance, lightweight properties, and strength, making it ideal for exterior applications. The aluminum base shoe provides a stable foundation for the glass panels and is designed to be anchored securely to the building's structure. Finishes for the aluminum base shoe may vary to complement different architectural styles, with options such as anodized or powder-coated surfaces being common.
Additional materials used in the system include:
- Gaskets: Rubber or vinyl gaskets are often used to cushion the glass within the base shoe, prevent scratching, and provide a secure, vibration-dampening fit.
- Fasteners: High-quality, corrosion-resistant fasteners, such as stainless steel bolts and anchors, are used to secure the base shoe to the substrate. The specific type of anchor will depend on the material of the substrate (e.g., concrete, wood).
- Sealants: Weather-resistant sealants may be used around the base shoe to create a watertight seal and prevent water ingress.
