Frequently Asked Questions Point Supported Glass Systems
There are various types of commercial glasses. Point Supported Glass Systems are one way is one of them. It hence, can be confusing to select the right option for commercial application. Here are some common misconceptions about Point Supported Glass Systems.
What is a point-supported glass system?
A point-supported glass system, also known as a spider glass system, is a type of curtain wall system that uses small stainless-steel fittings to hold glass panels in place.
Q2. How does a point supported glass system work?
It works through mechanical fasteners or fittings that directly connect the glass panels to the building's structure, allowing load transfer and stability.
Q3. What are the primary components of a point supported glass system?
Main components include glass panels, point fittings, structural support (like beams or cables), and sealing materials.
Q4. Are point supported glass systems safe and durable?
Yes, these systems are safe and durable when designed and installed correctly, often using tempered or laminated glass for additional safety.
Q5. Can point supported glass systems withstand extreme weather conditions?
Yes, these systems can be designed to withstand extreme weather, but specifications need to cater to local climate conditions.
Q6. What types of buildings or structures typically use point supported glass systems?
They're typically used in commercial buildings, shopping centers, museums, airports, and anywhere aesthetics and transparency are prioritized.
Q7. What are the maintenance requirements for a point supported glass system?
Maintenance involves regular inspections for structural integrity, cleaning, and potentially replacing sealants or hardware as needed.
Q8. What type of glass is used in a point supported glass system?
Typically, toughened or laminated glass is used in point supported system, providing the necessary strength and safety properties.
Q9. Are there any potential downsides or risks to using a point supported glass system?
Potential downsides include higher cost, the need for specialized installation, and potentially more challenging thermal management.