Buyer's Guide
How to choose, cost, and import a concrete batching plant
A practical guide for overseas buyers — sizing the right plant for your output, understanding the real cost of ownership, and what to expect when you buy and ship from China.
Step 1 — Selection
Choosing the right plant
Start with output, not the model number. Work out the peak volume of concrete you need on your busiest day, then divide by the working hours available — that gives the hourly rate the plant must sustain. A plant rated at 120 m³/h does not pour 120 m³ every hour in the field: between truck changeovers, material loading, and mix-design changes, real-world output is typically 65–85% of the rated figure. Size for the rated capacity that keeps your effective output comfortably above your peak demand.
Next, choose the plant type for how you will work. A stationary plant is the right answer when you batch in one place for months or years — ready-mix supply, a large precast yard, or a long infrastructure programme. A mobile plant trades top-end capacity for speed: it arrives on a road-legal trailer, needs no foundations, and can be producing concrete the same day, which suits remote sites, road projects, and contracts that move. A mixing tower stacks the process vertically so aggregate is lifted once and then gravity-fed, cutting energy use and footprint — the choice for high-volume urban plants where land and emissions are constrained.
Finally, pick how aggregate reaches the mixer. Skip-hoist feeding is compact and economical, ideal for small-to-mid output and engineering sites. Belt-conveyor feeding sustains the highest continuous rates and is the standard for serious ready-mix production. Direct-feed drops aggregate straight into the mixer with no skip or belt — the simplest structure, the lowest civil cost, and the fastest to erect, which is why it travels well to export markets that value mechanical simplicity.
- Size for rated capacity that keeps effective output (≈65–85% of rated) above your peak daily demand
- Stationary for fixed, long-run production; mobile for speed and relocation; tower for high-volume, land- and energy-constrained sites
- Skip-hoist = compact and economical · belt = highest continuous output · direct-feed = simplest and fastest to install
Skip-hoist
Compact and economical — for small-to-mid output and engineering sites.
Belt-conveyor
Highest continuous output — the standard for serious ready-mix production.
Mobile
Road-legal trailer, no foundations — producing concrete the same day.
Direct-feed
Simplest structure, lowest civil cost, fastest to erect.
Step 2 — Investment
Total cost and return
The purchase price of the plant is only part of the picture. A realistic budget accounts for the equipment itself, the civil works and foundations (or the savings from a foundation-free design), sea freight and inland transport, installation and commissioning, and the ongoing operating cost — power, labour, maintenance, and wear parts. Across a plant's life, the running costs and the value of uptime usually outweigh the difference between two suppliers' sticker prices, which is why mixer quality, weighing accuracy, and after-sales support matter more than the headline number.
The encouraging part is how quickly a well-utilised batching plant pays for itself. Because you are producing concrete in-house instead of buying it in — or selling it to others — the margin on every cubic metre accumulates fast. The illustrative example below shows the logic; your real figures depend on your local concrete price, material costs, and how many hours the plant runs.
Consider a 120 m³/h-class plant supplying a ready-mix operation. The figures below are round, illustrative industry numbers — chosen only to show how payback is calculated, not a price or a promise from TIANYU.
| Rated capacity | 120 m³/h |
|---|---|
| Effective output (≈75% of rated) | ≈ 90 m³/h |
| Working hours per day | 8 h → ≈ 720 m³/day |
| Illustrative margin per m³ | US$8 / m³ |
| Indicative daily margin | ≈ US$5,760 / day |
| Illustrative plant + setup cost | US$180,000 |
≈ 30–45 working days of full production to recover the investment
Illustrative only. These are generic industry figures, not a TIANYU quotation. Real payback depends on your local concrete and material prices, utilisation, labour, energy, and financing. Send your project details for an actual quote.
Step 3 — Buying & shipping
Buying and importing from China
A batching plant is built to be shipped. TIANYU plants are engineered so the structure, mixer, batcher, silos, and control cabin pack into standard shipping containers — and for export specifically, options like split (bolt-together) silos, fully galvanized steelwork for coastal and high-humidity climates, and foundation-free fast-install designs cut both shipping volume and on-site civil work. A larger plant typically ships as several containers; the exact count depends on configuration and silo type, which we confirm on the packing list with your quotation.
The path from enquiry to pouring concrete is predictable: you send your requirements, we recommend a configuration and quote; on approval the plant is manufactured and factory-tested; it is then packed and dispatched by sea freight; and on arrival our engineers support installation, commissioning, and operator training — on site or by guided video, depending on the destination. After handover, TIANYU backs the plant with spare-parts supply and remote technical support, because a plant that stands idle waiting for a part is the most expensive plant of all.
- Containerised packing, split silos, galvanized steel, and foundation-free options engineered for export
- Inquiry → quote → manufacture & factory test → sea freight → installation, commissioning & operator training
- Backed after handover by spare-parts supply and remote technical support
FAQ
Common questions
- What is the typical lead time?
- It depends on the model and configuration. Smaller and standard plants are faster to build than large or fully customised stations. We confirm a manufacturing and dispatch timeline with your quotation, before any commitment.
- Do you help with installation and commissioning?
- Yes. TIANYU supports installation, commissioning, and operator training — on site or by guided video walkthrough depending on the destination — so the plant is producing correct, consistent concrete before handover.
- How do I get spare parts after delivery?
- We supply spare and wear parts and keep core components available. Because TIANYU builds the mixers, batchers, and control software in-house, parts are sourced from the manufacturer rather than a chain of third parties.
- Is there a warranty?
- Yes. Warranty terms are set out in the sales contract and cover the plant under normal operating conditions. Confirm the specifics for your configuration with our sales team.
- What are the payment terms?
- Terms are agreed per order and stated in the contract — typically a deposit to begin manufacturing with the balance against shipping milestones. We will set out the exact terms in your quotation.
- What is the smallest and largest plant you offer?
- The range runs from compact 25 m³/h plants up to 300 m³/h stationary stations, plus twin-line configurations beyond that. Mobile plants cover 25–100 m³/h. We help you match capacity to your peak demand.
- How many containers does a plant ship in?
- It varies with capacity, silo type, and options. Split (bolt-together) silos and foundation-free designs reduce shipping volume. The exact container count is confirmed on the packing list with your quotation.
Planning a batching plant?
Tell us your production target and site conditions. Our engineers will recommend a configuration and quote within 48 hours.