Hybrid Material Use in Architectural Hardware: Glass Bonding Technology and Surface Analysis in Aluminum Door Handles

Abstract

The objective of this study is to analyze the effects of glass bonding technology on the mechanical and aesthetic performance of aluminum door handles. The methodology includes integrating glass onto a curved aluminum body using bonding technology and examining the resulting hybrid structure's corrosion resistance and ergonomics. A significant aspect is the rarity of this technology in the hardware sector, which facilitates total surface integrity. Main findings show that bonding technology significantly increases product durability while creating a continuous visual language with the door surface. Ultimately, this research offers an alternative solution for architectural hardware designs by demonstrating that material innovation can enhance structural resilience while presenting a minimal and contemporary aesthetic.