Bank of America Lift Entrance Resurfacing Project for Kone
Bank of America partnered with Kone to undertake a lift entrance resurfacing project aimed at enhancing the appearance of lift entrances in selected Bank of America branches. The project objectives were to improve aesthetics, ensure durability, and minimize disruptions to operations.
“As the Director of Surfex Coverings, I am proud to lead a team of dedicated professionals who are passionate about delivering exceptional resurfacing solutions. Our commitment to quality, innovation, and customer satisfaction drives us to continually exceed expectations. We strive to provide cost-effective and eco-friendly options that not only enhance the aesthetic appeal of spaces but also contribute to a more sustainable future. At Surfex Coverings, we are dedicated to transforming spaces and creating lasting impressions.”
- Date: July 6, 2023
The project followed a systematic approach, including planning and coordination with Bank of America to identify branches requiring resurfacing. Bronze effect Surfex and modern matt black finishes were chosen for their visual appeal and compatibility with the existing entrances.
Surface preparation involved thorough cleaning and repair of any existing damage or imperfections. Skilled technicians from Kone applied the chosen finishes, paying attention to achieving consistent color, texture, and finish.
Rigorous quality control measures were implemented throughout the project to maintain high standards. Regular inspections and tests were conducted to ensure adherence to specifications.
Challenges included time constraints, customization for branch-specific considerations, and compliance with safety regulations.
The outcomes of the project were enhanced aesthetics, improved durability, minimal disruption to operations, and positive stakeholder satisfaction.
Bank of America Lift Entrance Resurfacing Project successfully revitalized and modernized lift entrances, aligning with Bank of America’s desired aesthetic and providing long-lasting, low-maintenance surfaces.