Web Summary
Q1: What is the company name and its location?
A1: The company name is Leviat SDN BHD, but unfortunately, the text does not provide the exact location of the company.
Q2: What type of products does Leviat offer?
A2: According to the provided content, Leviat offers a range of products, including HALFEN HIT Insulated connections, which are used in high-rise projects such as the Henninger Tower.
Q3: In what industry is Leviat primarily involved?
A3: The text suggests that Leviat is primarily involved in the construction and engineering industry, specifically in the field of structural connections and façade support.
Q4: What services does Leviat provide to its clients?
A4: Although not explicitly stated in the provided content, it can be inferred that Leviat provides technical support and advisory services to its clients, as mentioned in the context of the Henninger Tower project.
Q5: What is the address of the New Henninger Tower where Leviat's products were used?
A5: The text does not provide the exact address of the New Henninger Tower, but it mentions that the building is located in Frankfurt, Germany.
Q6: Who designed the structural engineers for the Henninger Tower project?
A6: According to the provided content, EHS beratende Ingenieure für Bauwesen GmbH from Lohfelden designed the supporting structure for the new Frankfurt landmark, while Leviat's technical office was involved in the low thermal bridge and economical construction of the design-defining balcony slabs.
Q7: What is the name of the architects who described living in the Henninger Tower as a "residential landscape"?
A7: The architects Meixner Schlüter Wendt from Frankfurt are credited with describing living in the new Henninger Tower as a "residential landscape".
Q8: What type of connections were used in the Henninger Tower project, and what benefits do they offer?
A8: HALFEN HIT Insulated connections were used in the Henninger Tower project. These connections have standard fire protection properties REI120 according to DIN EN 13501 and F120-AB according to DIN 4102, which means that load-bearing capacity, room-enclosing functions, and fire protection are maintained for at least 120 minutes in the event of a fire. They also offer efficient thermal insulation, reduced thermal bridges, and relative deformation of the connecting component to the building, thus enabling thermal expansion without cracking.