01 — OverviewExecutive Summary
Tanzania's construction sector is the fastest-growing sub-sector in the economy — 12.8% of GDP and 12.8% real growth in 2024, the highest among all industry sub-sectors, with the construction market valued near TZS 29.3 trillion in 2025. Yet TICGL's Housing Gap to 2030 analysis identifies high construction costs, inflated 15–30% by import dependence, as one of seven structural drivers keeping housing out of reach for most Tanzanian households. This study asks a more precise question than "does Tanzania import too much?": which imports actually generate the premium, and what would it take to remove them. Six findings frame the answer.
- The premium is not in basic materials. Tanzania produced 10.9 million tonnes of cement in 2024 against 8.5 million tonnes of domestic demand across 14 factories, exporting a surplus of roughly 2.4 million tonnes; clinker output of 7.1 million tonnes exceeds demand of 5.5 million; tile production of 125,000 m²/day exceeds national demand of 80,000 m²/day. Policy aimed at "localising cement" is aimed at a problem Tanzania has already solved.
- It sits in three segments: structural steel and steel products (USD 732 million imported in 2024), heavy construction equipment and machinery (part of a machinery import bill near USD 1.8 billion), and imported finishing materials — fittings, fixtures, specialist glazing, doors and windows, and mechanical/electrical systems.
- The premium is five layers deep, not one. The landed price of an imported item is only the first layer; freight and insurance, port and clearing charges, import duties and levies, exchange-rate and working-capital financing costs, and delay/holding costs each add to it — which is why the total premium reaches 15–30% rather than the 5–10% a simple price comparison would suggest.
- Applied to the housing gap, the premium is TZS 23–138 trillion. Against the estimated TZS 180–600 trillion direct construction cost of closing a 3–5 million unit gap, a 15–30% import component means roughly TZS 8–28 million on every TZS 60–120 million housing unit built.
- FYDP IV's targets are directionally right but incompletely specified. Domestic contractors are targeted to reach 50% of the large-project market (from 40%), construction to reach 15.5% of GDP, and 80% of technical jobs to be local by June 2031 — but there is no equivalent quantified target for domestic content in structural steel, equipment or finishes, which is where the cost actually leaks.
- Cement is the proof of concept. Tanzania moved from cement importer to net regional exporter through sustained investment in domestic capacity backed by abundant local limestone. The same industrial logic — build capacity where domestic inputs exist — is what has not yet been applied to steel, equipment and finishes.
Read this alongside TICGL's Tanzania's Housing Gap to 2030
This study develops one of seven structural drivers identified in TICGL/TERI's Housing Gap report — high construction costs and import dependence — into a dedicated, data-driven analysis. Together, the two reports give the fuller picture of why housing remains unaffordable for most Tanzanian households.
Read: Tanzania's Housing Gap to 2030 →02 — At a GlanceKey Figures
Cement Production vs. Domestic Demand, 2024
Source: Ministry of Industry and Trade budget presentation to Parliament, May 2025; TanzaniaInvest; industry reporting.
1. What Tanzania Already Makes: Correcting the Starting Assumption
Surplus in cement, tiles & iron sheetsAny serious attempt to reduce Tanzania's construction import premium has to begin by separating what the country already produces from what it genuinely still imports. On the evidence, Tanzania's basic-materials position is strong — and in several categories, it is a net regional exporter rather than an importer.
| Material | Domestic Output | National Demand | Position |
|---|---|---|---|
| Cement | 10.9M tonnes | 8.5M tonnes | Surplus ≈2.4M tonnes — net exporter to EAC/SADC |
| Clinker | 7.1M tonnes | 5.5M tonnes | Surplus >1.5M tonnes — 7 of 14 plants produce clinker |
| Tiles | 125,000 m²/day | 80,000 m²/day | Surplus 45,000 m²/day; installed capacity 149,000 m²/day |
| Iron sheets (mabati) | Exceeds demand | — | Self-sufficiency declared, May 2025 |
| Aggregates, sand, bricks | Domestically sourced | — | Locally available; not import-dependent |
| Structural steel & steel products | Limited | — | Import-dependent — USD 732M imported in 2024 |
| Heavy construction equipment | Negligible | — | Almost entirely imported |
| Finishing materials & MEP systems | Limited | — | Substantially imported |
Source: Ministry of Industry and Trade (May 2025 budget presentation, Sh135.8 billion request for FY 2025/26); UN COMTRADE via Trading Economics; TICGL analysis. "—" indicates no separately published national demand figure.
Tanzania's cement position was built on a specific industrial logic: abundant domestic limestone at Tanga, Wazo Hill, Lindi and Mbeya, supplied directly to plants, backed by sustained investment — including a USD 320 million government agreement with Amsons Group for new plants in Mbeya and Tanga, and Twiga Cement's acquisition of limestone extractor Mamba Cement for vertical integration. Installed capacity is projected to approach 15 million tonnes a year by 2028. The lesson is not that Tanzania should localise everything — it is that localisation succeeds where a domestic input base exists and investment follows it consistently. That test needs to be applied honestly to steel, equipment and finishes rather than assumed.
If "import dependence in construction" is treated as a materials problem, the natural policy response is tariffs and local-content rules on materials Tanzania already produces in surplus — which raises costs for builders without reducing imports, because the imports were never in that category. TICGL regards precise segment-level diagnosis as the difference between a localisation policy that lowers housing costs and one that raises them.
2. Anatomy of the Premium: Where the 15–30% Actually Sits
3 import-dependent segmentsThree segments account for the bulk of the import-driven cost premium in Tanzanian construction. Each has a different cost structure, a different degree of substitutability, and therefore a different policy answer.
Structural Steel & Steel Products
Iron and steel imports reached approximately USD 732 million in 2024 (UN COMTRADE), with iron and steel plus articles of iron or steel together accounting for roughly 17% of Tanzania's top-10 import basket by value. Steel makes up around 10% of the construction materials market by value, but a far higher share of the cost variance on multi-storey and infrastructure projects, where rebar and structural sections are unavoidable. Steel prices are also globally volatile, transmitting international price shocks directly into Tanzanian project budgets.
Heavy Equipment & Machinery
Machinery and mechanical appliances accounted for roughly USD 1.8–2.4 billion of Tanzania's import bill, part of a total near USD 15.7 billion in 2024. Cranes, excavators, batching plants, formwork systems and lifting equipment are almost entirely imported, and because each contractor typically imports its own, capacity is duplicated across the industry rather than shared. Equipment cost is then amortised into every project a contractor prices, whether or not the plant is fully utilised.
Finishing Materials & MEP Systems
Fittings, fixtures, sanitaryware, specialist glazing, doors, windows, and mechanical, electrical and plumbing systems. On a residential unit, finishes typically represent a larger share of cost than structure — meaning import exposure here bears disproportionately on housing affordability specifically, even though the headline import values are smaller than steel or machinery.
Cement, Tiles, Aggregates & Sheets
Produced domestically in surplus. Where cement prices are high in Lake and Central Zones, the cause is internal — production capacity concentrated in Dar es Salaam, the South Zone and the North Zone, leaving deficit zones dependent on long domestic haulage. That is a logistics and distribution problem, not an import problem, and needs a logistics answer.
Tanzania's Construction-Related Import Exposure, 2024
Source: UN COMTRADE via Trading Economics (iron and steel, 2024); trade-data compilations of Tanzania's top import categories (2024); Bank of Tanzania building and construction materials import series. Categories overlap in part and should not be summed as a total.
No published Tanzanian dataset isolates "construction imports" as a single category. Iron and steel, articles of iron or steel, machinery, plastics and electrical equipment each contain both construction and non-construction uses. The figures above therefore describe exposure, not an audited construction import bill — and the categories overlap, so they should not be added together. TICGL's own recommendation in Section 7 is that NBS and TRA publish a dedicated construction-inputs import series, without which any local-content policy is being designed without a baseline.
3. Why It Reaches 15–30%: The Five Cost Layers
Landed price is only layer oneA common objection to the 15–30% estimate is that imported steel or fittings are not 15–30% more expensive than local equivalents at the point of purchase. That is correct — and it is why the premium is frequently underestimated. The import premium is not a single price difference; it accumulates across five distinct layers, each of which is a real cash cost to a contractor or developer.
| Layer | What It Is | Why It Adds Cost |
|---|---|---|
| 1. Landed price differential | The base price gap between imported and equivalent local supply | Foreign producer margin, scale economics and global commodity pricing, set outside Tanzania's control |
| 2. Freight, insurance & handling | Ocean freight, marine insurance, inland haulage from port to site | Bulk and heavy items (steel sections, plant) carry high freight-to-value ratios; inland haulage to upcountry sites compounds this |
| 3. Port, clearing & duties | Port charges, clearing and forwarding, import duties, VAT on imports, levies | Applied to the CIF value, so duties and VAT are levied on top of freight already paid |
| 4. Exchange rate & working capital | FX exposure between order and delivery; letters of credit; financing the import cycle | Contractors pay in hard currency but are paid in shillings; the import cycle ties up working capital for months at prevailing lending rates |
| 5. Delay, holding & risk buffer | Lead times, demurrage, stockholding, and the contingency priced against all of the above | Long lead times force contractors to hold buffer stock and price in a risk margin — often the single most underestimated layer |
Source: TICGL framework, based on standard construction cost build-up methodology applied to Tanzanian import conditions. Illustrative decomposition — individual project exposure varies by material mix, site location and contract structure.
Illustrative Build-Up of the Import Cost Premium
Duties and VAT are assessed on the CIF value — the price including freight — so layer 3 is applied on top of layer 2 rather than alongside it. Similarly, the working-capital cost in layer 4 is charged on the full landed-and-cleared value, and the risk buffer in layer 5 is priced as a percentage of everything below it. This compounding is the mechanical reason a 5–6% base price differential becomes a 15–30% project cost premium by the time a contractor submits a bid. It also explains why the premium is heavier on upcountry projects, longer contracts, and periods of exchange-rate or interest-rate pressure.
3.1 Where the Premium Falls Hardest
- Upcountry and secondary-city projects — inland haulage from Dar es Salaam port adds materially to layer 2, which is why the premium is not uniform nationally and why Dodoma, Mwanza and Mbeya projects carry higher effective import costs than coastal ones.
- Smaller contractors — who lack the volume to negotiate freight rates, the balance sheet to finance letters of credit cheaply, or the warehousing to hold buffer stock, and therefore carry a higher effective premium than large or foreign-affiliated firms. This is one channel through which import dependence entrenches the 40% domestic-contractor market share.
- Multi-storey and infrastructure works — where structural steel is unavoidable and substitution with domestically available materials is technically constrained.
- Affordable housing specifically — because finishes are a larger share of residential unit cost, and because affordable units have the thinnest margin within which to absorb any premium at all.
4. What the Premium Costs Tanzania's Housing Gap
TZS 23–138 trillion over the plan periodTICGL's Housing Gap to 2030 analysis estimates the direct construction cost of closing a 3–5 million unit national housing gap at approximately TZS 180–600 trillion over the plan period, at roughly TZS 60–120 million per unit including land preparation and basic services. Applying the 15–30% import premium to that base isolates how much of the cost of closing the gap is attributable to import dependence rather than to the underlying physical cost of building.
| Basis | Low Estimate | High Estimate | Note |
|---|---|---|---|
| Direct construction cost of closing the gap | TZS 180tn | TZS 600tn | 3–5 million units at TZS 60–120M/unit |
| Import premium at 15% | TZS 27tn | TZS 90tn | Lower-bound premium applied |
| Import premium at 30% | TZS 54tn | TZS 180tn | Upper-bound premium applied |
| Indicative central range | TZS 23tn | TZS 138tn | Premium component embedded within the TZS 180–600tn total |
| Premium per housing unit | TZS 8M | TZS 28M | On a TZS 60–120M unit |
| Effect of halving the premium (to 7.5–15%) | TZS 4M | TZS 14M | Saved per unit — a material affordability shift |
Source: TICGL calculation applying the 15–30% import premium to the housing-gap construction cost range in TICGL/TERI, Tanzania's Housing Gap to 2030. Illustrative planning arithmetic, not an official costing.
Cost of a Housing Unit — With and Without the Import Premium
A TZS 8–28 million import premium per unit does not simply raise the purchase price — it raises the loan size required, in a market where the mortgage-to-GDP ratio is 0.5%, lending rates run 15–18%, and tenors are 5–10 years rather than the 15–30 needed for affordability. Reducing the premium therefore does double work: it lowers the price of the unit, and it lowers the size of the loan a household must qualify for to buy it. In a market this finance-constrained, cost reduction is a housing-finance intervention as much as a construction one.
5. FYDP IV, Local Content and What Is Missing
Right direction, incomplete specificationFYDP IV (2026/27–2030/31) sets quantified targets for the construction sector, several of which bear directly on import dependence. The targets are directionally correct; the gap is that they measure who builds and who is employed, but not what the inputs are made of.
FYDP IV Construction Sector Targets — Baseline vs 2031
| Target | Baseline (2024) | 2030/31 Target | Effect on Import Premium |
|---|---|---|---|
| Construction share of GDP | 12.8% | 15.5% | Indirect — larger sector raises import volumes unless localisation keeps pace |
| Domestic contractor market share | 40% | 50% | Partial — local contractors still import the same steel, plant and finishes |
| Local technical jobs | — | 80% by June 2031 | Indirect — reduces expatriate cost, not input cost |
| Construction employment share | 4% | 6% | Indirect |
| Green building project share | No mandatory code | 30% of projects | Potentially significant — if the code specifies locally available materials |
| Sector real growth rate | 4.1% (target basis) | 8.5% | Raises the stakes: faster growth on unchanged import intensity means a larger absolute premium |
| Domestic content in steel, plant & finishes | Not published | No target set | The missing target — this is where the premium sits |
Source: TICGL Construction Industry Analysis (FYDP IV 2026/27–2030/31); FYDP IV Section 3.3.3, Annex I & II; Economic Survey Tanzania 2024.
FYDP IV targets construction growing from 12.8% to 15.5% of GDP, with the market forecast to expand from TZS 27.3 trillion (2024) toward TZS 40.4 trillion by 2029. If import intensity per shilling of construction output stays constant, success on the growth target automatically increases the absolute import bill and the absolute premium paid. Localisation is therefore not a parallel nice-to-have alongside the growth target — it is the condition under which the growth target does not worsen the external position and the housing affordability problem simultaneously.
6. What Comparable Economies Have Done
4 transferable modelsImport-dependent construction costs are not unique to Tanzania, and several comparable economies have addressed specific segments with measurable results. The cases below are selected for transferability to Tanzania's fiscal space and industrial base rather than for scale.
Kenya — Cement Capacity and Regional Supply
Kenya's nine manufacturers hold installed capacity near 16 million tonnes a year against domestic demand of 8.4 million (2024), exporting heavily — mainly to South Sudan. Tanzania and Kenya together demonstrate that the East African cement market has resolved its import dependence through capacity investment; the unresolved segment across the region remains steel and equipment, where no EAC member has built substantial capacity.
Shared Plant & Equipment Pools
In several developing-country construction markets, contractor associations and state agencies operate shared equipment pools or leasing markets, so plant is imported once and utilised across many projects rather than imported separately by each firm. This addresses the amortisation problem directly — the same machine carries its cost across far more output — and is among the lowest-capital interventions available to Tanzania.
Verified Local-Content Procurement
Local-content rules that specify a verified percentage of domestic inputs — rather than only domestic contractors — shift demand toward local manufacturing and create the volume certainty investors require to build capacity. Tanzania's current 50% domestic-contractor target is a contractor-side rule; the input-side equivalent has not yet been specified.
Building Codes That Specify Local Materials
Where national building codes and standards are written around materials available domestically — including stabilised soil blocks, engineered timber and locally produced components — import substitution follows specification rather than requiring tariffs. Tanzania's FYDP IV green-building target (30% of projects) is the natural vehicle for this, provided the code is drafted with local availability in mind rather than imported from a different materials context.
None of these models works through tariffs on imported materials. Each works by changing demand certainty, utilisation, or specification — the conditions under which domestic capacity becomes commercially viable. That distinction matters for Tanzania, where a tariff-led approach would raise contractor costs immediately while domestic steel and equipment capacity would take years to build, widening the housing affordability gap in the interim.
07 — RecommendationsPolicy Recommendations
The recommendations below follow the diagnosis directly: target the three segments where the premium actually sits, avoid intervening in materials Tanzania already produces in surplus, and prioritise measures that reduce cost within the current FYDP IV cycle rather than only over an industrial-development horizon.
1Publish a Construction-Inputs Import Series First
- Have NBS and TRA publish a dedicated, regularly updated series isolating construction inputs from general iron/steel, machinery and electrical import categories.
- Without a baseline, no local-content target can be set, monitored, or evaluated — this is the prerequisite for everything below.
2Set a Domestic-Content Target for Inputs, Not Just Contractors
- Add an input-side target to FYDP IV's contractor-side 50% rule — a verified domestic-content percentage for steel, components and finishes on publicly funded projects.
- Phase it so demand certainty precedes the capacity investment it is meant to induce.
3Prioritise Structural Steel Capacity
- Assess the viability of domestic rebar and structural-section production against the USD 732 million annual import line, including rolling capacity based on scrap and regional inputs.
- Treat this as the single largest addressable line item in the premium.
4Establish Shared Equipment Pools and a Leasing Market
- Enable contractor associations, TBA or a dedicated vehicle to operate shared plant pools, so equipment is imported once and utilised across many projects.
- Lowest-capital, fastest-acting intervention available — it reduces cost without requiring new manufacturing capacity.
5Develop Domestic Finishing-Materials Manufacturing
- Target fittings, fixtures, doors, windows and sanitaryware — the segment with the highest per-unit impact on residential affordability.
- Build on the existing tile-manufacturing base, which already produces a 45,000 m²/day exportable surplus.
6Write the Green Building Code Around Local Materials
- Use FYDP IV's 30% green-project target as the vehicle for specifying domestically available materials in the national code.
- Specification-led substitution avoids the cost shock a tariff-led approach would create.
7Fix the Internal Logistics Premium
- Address cement deficits in the Lake and Central Zones through distribution and haulage solutions, not import policy — the shortage there is internal, not external.
- Reducing inland haulage cost lowers the effective premium on upcountry and secondary-city projects.
8Finance Small and Medium Contractors Through the Import Cycle
- Provide working-capital and letter-of-credit facilities sized for smaller firms, which currently bear the highest effective premium in layers 4 and 5.
- Directly supports the 40%→50% domestic-contractor target by removing a cost disadvantage rather than mandating a share.
Recommendations 1, 4 and 8 are the immediate-term priorities: the import series can be produced within a budget cycle, and shared equipment pools and contractor financing reduce cost without waiting for manufacturing capacity to be built. Recommendations 2, 3, 5 and 6 are the 2027–2030 industrial track, where the sequence matters — demand certainty (recommendation 2) and specification (recommendation 6) should precede or accompany capacity investment (recommendations 3 and 5), not follow it.
08 — ConclusionA Precise Problem Needs a Precise Answer
Tanzania's construction sector has already proved it can displace imports: 14 cement factories producing 10.9 million tonnes against 8.5 million tonnes of demand, a clinker surplus, tile output above national demand, and self-sufficiency in iron sheets, achieved through sustained capacity investment backed by domestic raw materials. That record is the reason the 15–30% premium should be read as a specific, addressable problem rather than a general condition of building in Tanzania.
The premium sits in three segments — structural steel, heavy equipment, and finishing materials — and it compounds across five cost layers, which is why a modest base price differential becomes a substantial project cost premium by the time a contractor prices a bid. Applied to the housing gap, it accounts for roughly TZS 8–28 million on every unit built, in a market where the mortgage system finances almost nothing at 0.5% of GDP. Halving the premium would be worth TZS 4–14 million per unit — a larger affordability gain than most housing-subsidy instruments available to government, achieved by reducing cost rather than adding fiscal support.
FYDP IV's construction targets are directionally right, but they measure who builds and who is employed rather than what the inputs are made of. Adding an input-side domestic-content target, backed by a published construction-inputs import series, is the reform that would let Tanzania grow construction from 12.8% to 15.5% of GDP without growing its import premium in proportion.
"Tanzania is not import-dependent in construction materials — it exports cement, tiles and iron sheets to its neighbours. It is import-dependent in structural steel, heavy plant and finishes, and in the freight, duties, financing and delay costs stacked on top of them. Getting that distinction right is the difference between a localisation policy that lowers the cost of a house by TZS 4 to 14 million, and one that raises it by taxing materials the country already makes."
— TICGL / Tanzania Economic Research Institute (TERI)
09 — Sources & Data NotesPrimary Sources and References
TICGL/TERI. (2026). Tanzania's Housing Gap to 2030. TICGL. (2026). Tanzania Construction Industry Analysis: FYDP IV (2026/27–2030/31). Ministry of Industry and Trade, budget presentation to Parliament, May 2025 (cement, clinker, tile and iron sheet production and demand figures). FYDP IV, Section 3.3.3 and Annexes I & II.
- Trade data: UN COMTRADE via Trading Economics — Tanzania imports of iron and steel, USD 732.05 million (2024). Trade-data compilations of Tanzania's top import categories, 2024 (machinery and mechanical appliances, articles of iron or steel). Bank of Tanzania, building and construction materials import series.
- National statistics: National Bureau of Statistics (NBS), Economic Survey Tanzania 2024; cement production, consumption and export series.
- Market data: ConsTrack360, Tanzania Construction Industry Databook 2025 (market value TZS 29.26 trillion in 2025; TZS 27.34 trillion in 2024; CAGR 10.1% 2020–2024). GlobalData, Tanzania construction industry real growth, 2025. TanzaniaInvest, cement sector data.
- Sector reporting: The Citizen (Tanzania) reporting on Ministry of Industry and Trade production figures and on East African cement sector investment, including the Amsons Group agreement and Twiga Cement's Mamba Cement acquisition; Holtec, grey cement market analysis for Tanzania (zonal capacity distribution and 2028 capacity projection).
- Known limitation: no published Tanzanian dataset isolates construction inputs as a single import category. The import figures on this page describe exposure across overlapping HS categories and should not be summed as a construction import total. The 15–30% premium is TICGL's estimate carried forward from its Housing Gap analysis; the five-layer decomposition in Section 3 is an illustrative framework, not an audited cost breakdown, and individual project exposure varies by material mix, site location and contract structure. TICGL's first recommendation — a dedicated construction-inputs import series — exists precisely to replace these estimates with measured figures.
Request the Full Report
This page summarises TICGL/TERI's analysis of construction cost import dependence, a companion to "Tanzania's Housing Gap to 2030" and TICGL's Construction Industry Analysis under FYDP IV. Institutions, contractors, investors, researchers and government agencies may request the full report, underlying data tables, or a tailored briefing directly from the author.
✉️ Request via amran@ticgl.com →10 — Quick AnswersFrequently Asked Questions
Why are construction costs in Tanzania 15–30% higher because of imports?
TICGL estimates import dependence adds roughly 15–30% to project costs — but not through basic materials. Tanzania is already surplus in cement, tiles and iron sheets. The premium is concentrated in structural steel and steel products, heavy construction equipment and machinery, and imported finishing materials, plus the freight, port, financing and exchange-rate costs layered on top of each imported item.
Is Tanzania self-sufficient in cement?
Yes. Tanzania produced 10.9 million tonnes of cement in 2024 across 14 factories against domestic demand of roughly 8.5 million tonnes, leaving a surplus of about 2.4 million tonnes exported to regional markets. Clinker output of 7.1 million tonnes exceeds national demand of 5.5 million tonnes, and tile output of 125,000 m²/day exceeds demand of 80,000 m²/day. Cement is not the source of Tanzania's construction import premium.
How much does Tanzania spend on imported construction inputs?
Iron and steel imports were valued at approximately USD 732 million in 2024, with machinery and mechanical appliances — which include construction plant — accounting for roughly USD 1.8 billion of a total import bill near USD 15.7 billion. Building and construction materials imports have historically ranged around USD 0.9–1.0 billion a year. These categories overlap and include non-construction uses.
What does the import premium cost Tanzania's housing gap?
Applying a 15–30% premium to the estimated TZS 180–600 trillion direct construction cost of closing Tanzania's 3–5 million unit housing gap implies roughly TZS 23–138 trillion of that total is attributable to import dependence. On a single TZS 60–120 million housing unit, the premium is equivalent to approximately TZS 8–28 million per unit.
What does FYDP IV target for local content in construction?
Domestic contractors capturing 50% of the large-project market (from 40%), construction rising from 12.8% to 15.5% of GDP by 2031, 80% of technical jobs held locally by June 2031, employment rising from 4% to 6% of the workforce, and 30% of projects incorporating green building practices. There is no equivalent published target for domestic content in steel, equipment or finishes.
How can Tanzania reduce its construction import premium?
By targeting the three segments where the premium actually sits: investing in domestic structural steel and rebar capacity; establishing shared equipment pools and leasing markets so contractors do not each import plant; and developing domestic finishing-materials manufacturing — paired with local-contractor financing, a building code specifying locally available materials, and procurement rules that reward verified domestic input content.
Muhtasari kwa Kiswahili
Asilimia 15–30: Jinsi Utegemezi wa Bidhaa za Nje Unavyopandisha Gharama za Ujenzi Tanzania — na Ni Bidhaa Zipi Hasa Zinazosababisha Hilo. — Ripoti hii ya TICGL/TERI, nyongeza ya ripoti ya "Pengo la Nyumba Tanzania Hadi 2030", inachambua kwa kina chanzo halisi cha ongezeko la gharama za ujenzi.
Dhana potofu inayohitaji kusahihishwa: Tanzania HAITEGEMEI bidhaa za nje kwa vifaa vya msingi vya ujenzi. Mwaka 2024, nchi ilizalisha tani milioni 10.9 za saruji katika viwanda 14, dhidi ya mahitaji ya ndani ya tani milioni 8.5 — ziada ya tani milioni 2.4 inayouzwa nchi jirani. Vilevile, uzalishaji wa klinka (tani milioni 7.1 dhidi ya mahitaji ya milioni 5.5), vigae (mita za mraba 125,000 kwa siku dhidi ya mahitaji ya 80,000) na mabati unazidi mahitaji ya ndani.
Ongezeko liko wapi hasa? Katika maeneo matatu: chuma cha ujenzi (nondo na chuma cha muundo — dola milioni 732 ziliagizwa nje mwaka 2024), mitambo mizito ya ujenzi (sehemu ya bili ya mitambo ya takribani dola bilioni 1.8), na vifaa vya kumalizia (vigae maalum, milango, madirisha, vifaa vya maji na umeme).
Kwa nini linafikia asilimia 15–30? Kwa sababu gharama hujikusanya katika tabaka tano: tofauti ya bei ya msingi, usafirishaji na bima, gharama za bandari na ushuru, gharama za kubadilisha fedha na mtaji wa kufanyia kazi, na gharama za ucheleweshaji. Ushuru na VAT hutozwa juu ya thamani iliyojumuisha usafirishaji — hivyo tabaka hujikusanya badala ya kuongezana tu.
Gharama kwa pengo la nyumba: Ikitumika kwenye gharama ya shilingi trilioni 180–600 ya kuziba pengo la nyumba milioni 3–5, ongezeko hili ni takribani shilingi trilioni 23–138 — sawa na shilingi milioni 8–28 kwa kila nyumba moja. Kupunguza ongezeko hili kwa nusu kungeokoa shilingi milioni 4–14 kwa kila nyumba.
- Ongezeko la Gharama kwa Sababu ya Uagizaji: Asilimia 15–30
- Saruji 2024: Tani milioni 10.9 (mahitaji: milioni 8.5) — ziada
- Chuma Kilichoagizwa 2024: Dola milioni 732
- Gharama ya Ziada kwa Nyumba Moja: Shilingi milioni 8–28
- Lengo la FYDP IV — Wakandarasi wa Ndani: Asilimia 50 (sasa 40)
Chanzo: Wizara ya Viwanda na Biashara (Bunge, Mei 2025); UN COMTRADE; Benki Kuu ya Tanzania; NBS; FYDP IV; Uchambuzi wa TICGL/TERI, Septemba 2026. Ripoti kamili inapatikana kwa ombi: amran@ticgl.com.