Inside a 30 Million m²/Year Gypsum Board Production Line Project in Tanzania

A customer in Tanzania has taken delivery of a fully automatic gypsum board production line with a nameplate capacity of 30 million m² per year, supplied by Yurui Machinery (Shandong, China). The line shipped in September 2026 in more than ten containers, and a Yurui engineer team is now on site for installation. The project sits at the top of the standard gypsum board line range, which is why its configuration, shipping plan and commissioning sequence are worth documenting in detail.

Quick answer

• What was supplied: a complete, fully automatic gypsum board (plasterboard) production line — raw material handling through to cutting, drying, edge trimming and stacking.
• Capacity: 30 million m²/year, at the top of the published 2–30 million m²/year range for gypsum board lines.
• Who supplied it: Yurui Machinery, a Shandong-based manufacturer of gypsum board, gypsum powder and building-board production lines for export markets.
• Where it went: Tanzania — construction output grew 6.2% in real terms in 2025, and the country already mines its own gypsum.
• Logistics: dispatched in September 2026 in more than ten containers; installation handled by Yurui engineers on site.

Project snapshot
 

Why a 30 million m²/year line fits Tanzania

Tanzania is one of the more convincing plasterboard markets in East Africa, for three reasons that can be measured rather than assumed.

1. Construction is growing faster than headline GDP. Tanzania's construction industry grew 6.2% in real terms in 2025, and output is projected to grow at an average annual rate of 7.2% between 2026 and 2029, supported by manufacturing, transport and energy investment (Tanzania Construction Industry Report 2025). The national construction market was valued at roughly US$10.7billionin2025andisestimatedatUS$billioninandisestimatedatUS11.8 billion in 2026.

2. The raw material is already in the ground — and already mined. Tanzania mines gypsum in Itigi (Singida Region), Manda (Dodoma Region), Mkuranga (Coast Region) and Kilwa (Lindi Region), today used chiefly as a setting regulator in cement (TanzaniaInvest, Cement Industry in Tanzania). A gypsum board plant converts that domestic raw material into a higher-value finished product — board for ceilings, partitions and drywall systems — instead of importing finished board.

3. Board demand follows urban construction. Global plasterboard demand was valued at US$27.67billionin2024andisprojectedtoreachUS$billioninandisprojectedtoreachUS49.81 billion by 2034, a 6.2% CAGR (Zion Market Research). In East Africa, gypsum plaster demand is being reinforced by industrialisation programmes and special economic zone construction incentives (IMARC, East Africa Gypsum Plaster Market).

The capacity maths. A 30 million m²/year line is not a marketing number — it is a daily output commitment. At the published working pattern of 300 days per year:

30,000,000 m² ÷ 300 days = 100,000 m² of board per day

That output level is what separates this project from an entry-level line: it needs a secured raw material supply chain, a continuous calcination section, and a drying section that never becomes the bottleneck. It is also why lines at this scale ship in container batches rather than as a single machine.

What actually ships in a 30 million m²/year line

A line of this size is not one machine. It is a sequence of production sections, each manufactured as a pre-assembled module and then broken down for container transport:

1. Raw material and calcination section — crushing, grinding and calcination of natural gypsum, FGD gypsum or phosphogypsum into stucco with controlled setting characteristics.
2. Additive and mixing section — stucco, water, starch, accelerators and foaming agents dosed to a controlled slurry recipe.
3. Forming station — continuous forming of the board between facing and backing paper, with edge forming.

图注：石膏板生产线成型站，面纸/底纸连续成型并完成边部成型。

4. Setting conveyor — where the board takes its initial set and gains enough strength to be cut.
5. Cutting and drying section — cut-to-length, then drying to a controlled residual moisture so the board can be trimmed and stacked without deformation.

6. Edge trimming, stacking and packing — final dimensions (board length 1,500–3,600 mm, width 1,200 / 1,220 mm) and bundling for dispatch.

Yurui publishes the same 2–30 million m²/year range across its gypsum board line listings, with standard specifications for the line (Yurui gypsum board production line, catalogue listing); larger custom configurations are quoted on request.

In practice, that means a multi-container project. The Tanzania line was packed into more than ten containers, with the forming, cutting and drying sections travelling as pre-assembled modules. Anyone budgeting a line in this capacity band should treat freight, port handling and on-site cranage as separate cost lines, not an afterthought to the equipment quotation.

From workshop to commissioning

The standard export sequence for a line of this class:

1. Engineering and site planning — factory layout, utility loads (heat source, power, compressed air) and material flow, matched to the site's land and building envelope.
2. Manufacture and pre-assembly — production sections built and mechanically checked before dispatch.
3. Workshop trial run — the line demonstrated running, so the buyer sees the forming, cutting and stacking sections working rather than reading a specification sheet.
4. Containerised shipment — sections dismantled into transport modules for sea freight.
5. Erection and utility connection — mechanical, electrical and control integration on site.
6. Trial production — first board off the line, with thickness and setting parameters tuned to the customer's actual raw gypsum.
7. Operator training — the customer's production team trained on the running line; roughly 15 operators staff a line of this class.

This project followed that sequence out of China in September 2026, with Yurui engineers dispatched to Tanzania for installation and commissioning. On-site engineer presence is what converts a delivered shipment into a running plant: erection, utility tie-ins, trial production on local gypsum and operator training sit with the same team — which matters, because a plant supplying local ceiling and drywall systems needs saleable board off the line, not just installed equipment.

The practical insight for anyone planning a similar project: step 6 is where local raw material decides the outcome. A line commissioned on imported stucco may behave differently on Itigi or Mkuranga gypsum, which is why raw material testing belongs in the engineering stage — and why having the supplier's own engineers on site during commissioning matters.

Choosing between a 2, 10 and 30 million m²/year line

Capacity selection is a market question before it is an equipment question.

The operator figure holds across the range: a fully automatic line automates the production sections, not the market decision in front of it.

FAQ

What is the annual capacity range of a gypsum board production line, and how much board per day is that? Yurui's published range is 2 to 30 million m²/year, with larger custom configurations quoted on request. At 300 working days per year, a 30 million m²/year line produces about 100,000 m² per day (30,000,000 ÷ 300).

How many workers does a 30 million m²/year gypsum board line need? About 15 operators for the line itself, based on published specifications for the 2–30 million m²/year range. Raw material handling, packing, warehousing and maintenance are additional.

Can a line in Tanzania run on local gypsum? Yes — the configuration supports natural gypsum, FGD (desulphurisation) gypsum and phosphogypsum. Tanzania mines gypsum in Itigi (Singida), Manda (Dodoma), Mkuranga (Coast) and Kilwa (Lindi) regions. Because gypsum grade affects calcination and setting behaviour, raw material testing should be completed during the engineering stage.

What board sizes and products can the line produce? Boards 1,500–3,600 mm long and 1,200 / 1,220 mm wide, in the common thicknesses used for ceilings and partition systems, in both standard paper-faced and fire-resistant paper-covered versions.

Why build a gypsum board plant in Tanzania instead of importing board? Construction output there grew 6.2% in real terms in 2025 and is projected to grow 7.2% per year to 2029, while the country already mines its own gypsum. Local production replaces imported finished board and captures the value-add domestically.

How is a line of this size shipped, installed and commissioned? It is dismantled into transport modules and shipped by sea — this project left China in September 2026 in more than ten containers. Yurui engineers then handle on-site erection, trial production, parameter tuning to the local raw gypsum, and operator training, building on the factory layout and site planning completed at the engineering stage.

Is a 30 million m²/year line too large for a first plant? It is a market-coverage decision rather than a technical one. 30 million m²/year implies supply across multiple regions or export channels; a first plant serving one region typically starts in the 2–10 million m²/year band and scales later.

Key takeaways

1. 30 million m²/year is the top of the standard gypsum board line range — about 100,000 m² of board per day at the published 300-day working year.
2. The shipment ran to more than ten containers, dispatched in September 2026. At this capacity a line is a logistics project as much as an equipment purchase.
3. Installation is handled by Yurui engineers on site in Tanzania — erection, trial production on local gypsum and operator training with the same team.
4. Tanzania has both demand and raw material: construction output grew 6.2% in 2025 (7.2% per year projected to 2029), and gypsum is mined in four regions already.
5. Raw material testing belongs in the engineering stage — a line tuned to imported stucco will behave differently on Itigi or Mkuranga gypsum.

Planning a gypsum board line in Tanzania or East Africa?

Yurui Machinery supplies gypsum board, gypsum powder and building-board production lines from 2 to 30 million m²/year, with factory layout design, site planning, installation and operator training.

Contact Yurui Machinery — Shandong Yurui Machinery Group, China Website: yuruimachine.com