Jessee Mutegi Wachira AKFAFY MALL OFFICE CURTAIN WALL DESIGN

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Design Service Provider: Jessee Mutegi Wachira Go to Homepage >>

Office Location: Nairobi, Nairobi Area, Kenya, East Africa

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Project Name: AKFAFY MALL OFFICE CURTAIN WALL DESIGN

Design Service Type: Curtain Wall Design

Project Type: Office

Curtain Wall Type: Glass Curtain Wall

Design Completion Year: 2023

Total Curtain Wall Area: 1000 m²

Project Status: In Progress

Project Location: Kenya Nairobi Area Nairobi, Nairobi Area, Kenya, East Africa

Style: Modern

Project Grade: Exquisite (3Star-level)

Design Standards: Building Code of the Republic of Kenya

This working detail presents a sectional faade drawing of a double-glazed curtain wall system illustrating the precise dimensional relationships between glazing panels, aluminum framing members, slab-edge connections, and structural anchorage components across two floor levels. The drawing details the assembly of mullions, transoms, fastening clips, pressure plates, insulation layers, and support brackets used to secure the facade to the reinforced concrete structure.

This drawing sheet presents a comprehensive curtain wall shop drawing package combining sectional details, enlarged connection details, and horizontal projections of a double-glazed faade system. The documentation illustrates how glass panels are supported and anchored to reinforced concrete floor slabs through aluminum mullions, pressure plates, fastening clips, insulation components, and structural fixing brackets. Detailed dimensions, material specifications, and enlarged connection views.

This 3D faade detail illustrates the roof-level termination and structural integration of a double-glazed curtain wall system, highlighting how the glazing assembly interfaces with the building's concrete slab and supporting structure. The model demonstrates the arrangement of aluminum mullions, transoms, pressure plates, fastening clips, insulation components, and anchorage brackets used to secure the glass panels while maintaining structural stability, thermal separation, and weatherproof.

his image illustrates a glass curtain wall faade detail showing the assembly and structural connection of a double-glazed aluminum curtain wall system to a reinforced concrete building frame. The detail highlights the vertical mullions, glazing panels, aluminum pressure plates, fastening clips, insulation layers, and anchor brackets used to transfer loads from the faade to the building structure while ensuring stability, weather protection, and proper glazing support across multiple floor leve.

This detail presents a corner and slab-edge curtain wall connection illustrating how double-glazed glass panels are secured within an aluminum framing system and integrated with the building's structural floor slabs. The drawing highlights the arrangement of mullions, transoms, pressure plates, fastening clips, insulation components, and anchorage elements that collectively provide structural support, glazing retention, thermal separation, and weather resistance while maintaining the continuity.

Project Background

This project involved the design of glass curtain walls for Akfafy Mall Office in the fifth settlement area with BIM Technology LoD (400). The mall consists of three floors covered with glass panels.

Scheme Design

Renderings

3D White Model(Photo)

This 3D curtain wall model illustrates the detailed design and coordination of a multi-storey glazed faade system composed of aluminum mullions, horizontal transoms, and double-glazed panels integrated with a reinforced concrete structural frame. The visualization focuses on the relationship between the faade envelope and the building structure, demonstrating how vertical and horizontal framing members support the glazing.

Construction Drawings

Project Concept

This visualization presents a 3D curtain wall faade assembly model illustrating the integration of double-glazed panels within an aluminum mullion-and-transom framing system. The model showcases the structural relationship between vertical mullions, horizontal transoms, slab-edge connections, anchorage brackets, and glazing support components, demonstrating how faade loads are transferred to the building structure while maintaining transparency, weather resistance, and architectural continuity

This 3D faade visualization illustrates a structural curtain wall system with integrated mullion and transom framing, highlighting both vertical and horizontal faade connections within a double-glazed building envelope. The model demonstrates how aluminum framing members are anchored to the primary structure through slab-edge connections and base supports, while accommodating large transparent glazing panels that maximize daylight penetration and architectural openness.

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