Price of fabricated shipping container depends with the size of container, design and the kind of fittings for the finished product. The current prices of fabricated shipping containers in Nairobi today are as outlined below;
40FT High Cube- Ksh350,000
40FT Low Cube- Ksh330,000
20FT Standard Container- Ksh200,000
20FT with 3 Shops- Ksh350,000
20FT with 2 Shops- Ksh330,000
40FT with 5 shops- Ksh550,000
40FT with 4 shops- Ksh530,000
40FT with 6 shops- Ksh570,000
20FT Open Office- Ksh550,000
40FT Open Office- Ksh950,000
20FT Bedsitter Unit-Ksh650,000
40FT 1-Bedroom House- Ksh1,250,000
40FT 2-Bedroom House- Ksh1,300,000
Spacious 3-Bedroom House- Ksh2,800,000- Ksh3,500,000
Note: Cost for container fabrication can vary depending with the unique client needs and design.
The following are the typical dimensions of 20ft and 40ft shipping containers that are found in the Kenyan market.
Container Type Length Width Height 20-foot 6.06 m 2.44 m 2.59 m 40-foot 12.19 m 2.44 m 2.59 m 40-foot High Cube 12.19 m 2.44 m 2.90 m
Platinum Containers offer expert shipping container conversion services to a wide range of products. This involves converting used or new shipping containers into functional structures or products other than cargo transport. The strength, modular design, and portability of 20ft and 40ft shipping containers allows for their conversion to other useful products within the market.
Residential buildings
1, 2 and 3 Bedroom Houses
Bedsitter Units/ Studio Houses
Guest Rooms/ AirBnB units
Staff Accommodation units
Commercial spaces
Offices
Retail shops/ Stalls
Cafés and restaurants
Pop-up stores
Exhibition spaces
Institutional facilities
Classrooms
Libraries
Medical clinics
Laboratories
Emergency shelters
Industrial and agricultural applications
Storage units
Workshops
Equipment housing
Cold rooms (with insulation and refrigeration)
Farm produce storage
Hospitality and recreation
Hotels
Hostels
Swimming pools
Gyms
Bars and entertainment venues
Assessment
Inspect the container for structural damage, rust, and contamination.
Design
Develop architectural or engineering drawings based on the intended use.
Plan for doors, windows, ventilation, electrical, and plumbing systems.
Modification
Cut openings for doors and windows.
Reinforce areas where structural members are removed.
Weld additional steel sections where necessary.
Surface treatment
Remove rust and old paint.
Apply anti-corrosion primer and protective paint.
Insulation
Install insulation materials such as spray foam, mineral wool, or rigid foam boards.
Add vapor barriers where needed.
Interior fit-out
Install wall panels, flooring, ceilings, lighting, electrical wiring and plumbing
Fit furniture and fixtures according to the intended purpose.
Exterior finishing
Paint the exterior or add cladding.
Install roofs, decks, stairs, ramps, or landscaping if required.
Inspection and commissioning
Verify structural integrity and compliance with local building and safety regulations.
Test electrical, plumbing, and mechanical systems before occupancy or use.
Reuses existing structures, reducing material waste.
Faster construction compared with many conventional buildings.
Modular and easy to expand.
Portable and relocatable.
Durable and weather-resistant.
Can be cost-effective for certain projects.
Requires insulation to control heat and condensation.
Structural reinforcement is needed after large openings are cut.
Local building permits and zoning regulations must be met.
Potential corrosion must be managed.
Limited interior width compared with conventional buildings.
Container homes
Mobile offices
Retail kiosks
Coffee shops
Health clinics
Disaster relief shelters
Schools and classrooms
Art galleries
Data centers
Storage facilities