Found in 2014, AluHouse Company Limited is a leading supplier specialising in the research and development, design, manufacturing, and installation of MiC. Headquartered in Hong Kong, AluHouse operates a state-of-the-art factory in the Greater Bay Area (Zhaoqing High-tech District), covering an area of approximately 6,500,000m2 (around 650 hectares) and boasting an annual production capacity of about 48,000 MiC modules
AluHouse is dedicated to becoming a global leader in MiC manufacturing. The company has successfully developed three MiC technology systems: concrete Mic with precast concrete components, steel MiC, and aluminum MiC. Our vertically integrated supply chain facilities include a concrete batching plant, a concrete MiC fabrication center, a steel and aluminum Mic assembly center, laboratories, mold centers, aluminum processing centers, and steel robot welding centers. We also offer a range of supporting technologies and products, such as aluminum profiles, aluminum windows, aluminum pedestrian bridges, aluminum scaffolding, and aluminum furnishings.
The company is certified with ISO 9001, ISO 14001, ISO 45001, MiC-MAS, QSPSC, PCC-AW, and 5S management certifications, and operates with advanced digital management and smart manufacturing systems. Our products are widely utilized across various sectors, including public housing, private residences, apartments, schools, hostels, hospitals, offices, transitional housing, hospitalities, and other municipal projects in Hong Kong, Mainland China, Southeast Asia, North America, Europe, Middle East,Oceania, and beyond.
Key Features
Steel Structural MiC System
This system is an efficient and eco-friendly building solution suitable for 4-30-story mid-to-high-rise permanent structures. It utilizes a high-strength steel structural frame combined with precast concrete floor slabs, integrating factory-prefabricated modules such as wall panels, integrated bathrooms, and MEP (mechanical, electrical, and plumbing) systems. With a prefabrication rate exceeding 95%, it significantly reduces construction timelines—each module can be produced in just 15 days, enabling rapid on-site assembly and greatly enhancing construction efficiency. It is suitable for various building types, including apartments, student dormitories, hotels, and hospitals, achieving high-quality, low-energy rapid delivery.
Concrete Structural MiC System
The Reinforced Concrete MiC System is an advanced modular construction solution specifically designed for super high-rise buildings (40+ stories), adopting concrete frame or shear wall structures with innovative connection technologies. This integrated system enables full prefabrication of structural components, finishes and MEP systems, delivering both rapid construction and permanent-building quality for public housing, private residences，schools and institutional projects.
Aluminum Structural MiC System
The Aluminum Alloy MiC System is a patented low-rise building solution featuring fully integrated aluminum construction with over 95% prefabrication rate. This all-in-one system combines structural framework, interior finishes and built-in furniture using bolted connections, offering ultra-fast installation, superior durability, and 100% recyclability - making it ideal for vacation homes, temporary housing, and emergency facilities up to 4 stories.
Signature Projects
Po Leung Kuk Siu Hon Sum Primary School at Fo Tan
Au Pui Wan Street, Fo Tan, Sha Tin
| Client: | Architectural Services Department |
| Project Role: | MiC supplier |
| Types of Module: | Concrete |
| No. of MiC Modules: | 164 |
| CFA (m²): | 2, 954 m² |
| No. of Floors: | 5 |
| No. of Units: | 24 Classroom |
| Main Contract Period: | 2023-2024 |
| MiC Part: | Total 24 nos of classrooms, 4 nos of toilets and other corridor/multipurpose area were constructed by MiC unit |
| Other Project Features: |
This 5-story building is among the first batch of public schools in Hong Kong to be designed and constructed with Modular Integrated Construction (MiC). Total 164 MiC modules are used in the project. 31% of total construction floor area is constructed with MiC including 24 nos of classrooms, 4 nos of toilets and other corridor/multi-purpose area. The exterior facade and the interior walls of the classrooms are made of fair-faced concrete finishes, which not only interpreted the natural beauty of the building material but also highlights the construction advantages of MiC in good concreting quality control. |
Two special schools at Renfrew Road, Kowloon Tong
Renfrew Road, Kowloon Tong
| Client: | Architectural Services Department |
| Your Role: | MiC supplier |
| Types of Module: | Concrete |
| No. of MiC Modules: | 238 |
| GFA (m²): | 3,572 m² |
| No. of Floors: | 5 |
| No. of Units: | 36 Classrooms |
| Main Contract Period: | 2025 |
| MiC Part: |
Classrooms, toilets and other corridor/multipurpose area were constructed by MiC unit |
| Other Project Features: |
As Hong Kong's first Modular Integrated Construction (MiC) special education facility with concrete modular units, this project represents a significant breakthrough in the region's special education infrastructure. It is expected to provide 480 new school places for children with mild to moderate intellectual disabilities. The innovative construction technology enables the creation of a safe and robust composite educational space, meticulously designed to integrate the developmental needs of children with special requirements. The facility features barrier-free living amenities and personalized learning environments, fostering a warm and inclusive atmosphere for growth. This purpose-built structure establishes a tailored support system to meet the precise needs of students requiring special education services. |
Student Hostel at Tat Hong Avenue of The Hong Kong Polytechnic University
Tat Hong Avenue, Kowloon Tong
| Client: | The Hong Kong Polytechnic University |
| Your Role: | MiC supplier |
| Types of Module: | Steel |
| No. of MiC Modules: | 873 |
| GFA (m²): | 50,200 m² |
| No. of Floors: | 9-15 |
| No. of Units: | 1,680 |
| Main Contract Period: | 2025-2026 |
| MiC Part: | Student accommodation units |
| Other Project Features: |
This project will construct four multi-story student dormitory buildings at Tak Hong Road in Kowloon Tong, providing 1,680 student hostel places along with outdoor recreational spaces for students. The four buildings, ranging from 9 to 15 stories tall, will offer approximately 50,200 square meters of total gross floor area. The design and manufacturing innovatively incorporates Q690 high-strength steel and a lightweight high-performance concrete materials. |
Transitional Housing Project at Choi Hing Road, Choi Hung
Choi Hing Road, Choi Hung
| Client: | Lok Sin Tong |
| Your Role: | MiC supplier |
| Types of Module: | Steel |
| No. of MiC Modules: | 263 |
| GFA (m²): | 4,345 m² |
| No. of Floors: | 8 |
| No. of Units: | 331 |
| Main Contract Period: | 2024 |
| MiC Part: | Habitable Units |
| Other Project Features: |
Hong Kong's first eight-story transitional housing project has innovatively adopted S690 high-strength steel construction to provide 331 residential units suitable for families of 2-5 persons, including two barrier-free ground floor units with elevator access, offering quality temporary accommodation for nearly 1,000 grassroots residents. The project creatively combines 108 reused "modular flat" units with 223 brand-new MiC modules, pioneering an innovative "reused + new built" MiC model. With MiC component reuse rates exceeding 95%, the project achieves both environmental benefits and cost optimization, establishing a new paradigm for transitional housing development in Hong Kong. |
Light Public Housing at Lok On Pai in Siu Lam
Lok On Pai, Siu Lam
| Client: | Architectural Services Department |
| Project Role: | MiC supplier |
| Types of Module: | Steel |
| No. of MiC Modules: | 5,040 |
| CFA (m²): | 77,660 m² |
| No. of Floors: | 18 |
| No. of Units: | 4,200 |
| Main Contract Period: | 2025 |
| MiC Part: | Habitable Units |
| Other Project Features: |
The Siu Lam Lok On Pai Simplified Public Housing project comprises three 18-story towers constructed with a total of 5,040 steel-structured MiC modules. Upon completion in the third quarter of 2026, the development will deliver 4,200 residential units. |
Light Public Housing at Sheung On Street in Chai Wan
Sheung On Street in Chai Wan
| Client: | Architectural Services Department |
| Project Role: | MiC supplier |
| Types of Module: | Steel |
| No. of MiC Modules: | 2,316 |
| CFA (m²): | 36,451 m² |
| No. of Floors: | 21-22 |
| No. of Units: | 1,720 |
| Main Contract Period: | 2025 |
| MiC Part: | Habitable Units and Functional Units |
| Other Project Features: |
The Chai Wan Sheung On Street Simplified Public Housing development consists of two residential towers standing at 21 and 22 stories respectively. Utilizing a total of 2,316 steel-structured MiC modules for both residential and functional spaces, the project will deliver 1,720 housing units upon its anticipated completion in the second quarter of 2026. |
Redevelopment of Grantham Hospital, Phase 1
125 Wong Chuk Hang Road, Aberdeen, Hong Kong
| Client: | Hospital Authority |
| Your Role: | MiC supplier |
| Types of Module: | Steel |
| No. of MiC Modules: | 2,512 |
| GFA (m²): | 35,899 m² |
| No. of Floors: | 13-14 |
| Main Contract Period: | 2025 |
| MiC Part: | Functional units in University Block and Clinic Block |
| Other Project Features: |
This project constructs a 13-story University Block and 14-story Clinic Block using 2,512 steel-structured MiC modules. The innovative quick-transfer system installed at the base of MiC steel frames successfully addresses traditional hoisting challenges - improving installation efficiency, reducing costs, while maintaining high integrity |
Penny’s Bay Quarantine Facilities Phases 1A/2/4/5/6 at Lantau Island
Fantasy Road, Penny's Bay, Lantau Island
| Client: | Architectural Services Department / Civil Engineering and Development Department |
| Project Role: | MiC supplier |
| Types of Module: | Steel |
| No. of MiC Modules: | 2,266 (including staircase and corridors) |
| CFA (m²): | 48,446 m² |
| No. of Floors: |
2
|
| Main Contract Period: | 2020 |
| MiC Part: | Quarantine accommodation units, command center, medical center , Civil Aid Service substation etc. |
| Other Project Features: |
This project is a quarantine facility initiative that played a significant role in Hong Kong's response to the COVID-19 pandemic. AluHouse provided 1,123 two-story quarantine units within an extremely tight timeframe, along with 1500 MiC supporting facilities such as a command center, medical center, and a Civil Aid Service substation. All modules were prefabricated off-site at the manufacturing plant in Zhaoqing, located in the Greater Bay Area, and subsequently transported to Lantau Island for on-site assembly and installation. |
Project Details of Penny's Bay Phase 1A
Project Details of Penny's Bay Phase 4
Transitional Housing project at Kong Ha Wai, Kam Tin, Yuen Long, Hong Kong
Kong Ha Wai, Kam Tin, Yuen
| Client: | Pok Oi Hospital |
| Project Role: | MiC supplier |
| Types of Module: | Hybrid |
| No. of MiC Modules: | 2,048 |
| CFA (m²): | 54,366.8 m² |
| No. of Floors: | 4 |
| No. of Units: | 1,998 |
| Main Contract Period: | 2021 - 2022 |
| MiC Part: | All modules were 100% internally completed with decoration and fittings in the factory. |
| Other Project Features: | Being the largest transitional housing project in Hong Kong, AluHouse adopts a highly efficient and environmental friendly building approach - Modular Integrated Construction (MiC) system in the construction works for this project. This project will provide eight blocks of MiC buildings with up to 2,048 units of varying types and sizes, including units for 1-2 persons, 3-4 persons and 5-6 persons as well as barrier-free units. The residential units will be provided to low-income families who have been on the public housing waiting list for three or more years and to those who are living in dire conditions or with critical needs. The whole project is expected to accommodate nearly 40,000 underprivileged residents in the following seven years, and the first batch of units will be ready for move-in in the first quarter of 2022. |
Adopting MiC to Build Light Public Housing (LPH) to Expedite Housing Supply
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