Reliable HZS60 to HZS180 concrete plants for highways, bridges, buildings, and infrastructure. Factory direct, CE certified, global shipping.
Get Construction Quote →60 m³/h. Perfect for mid-rise buildings, housing projects, and commercial construction. Compact footprint. Starts at $45,000.
90 m³/h. Ideal for highway projects and bridge construction. Higher output with JS1500 mixer. Starts at $65,000.
120-180 m³/h. For major infrastructure, dams, airports. Fully automated PLC control. Starts at $85,000.
The most common mistake in buying a batching plant for a construction project is sizing it to today's job. A contractor takes a housing contract, buys a plant that fits that contract, then wins a road package and finds the plant cannot keep up. The second most common mistake is the opposite: buying far more capacity than the project can feed, and paying for it in capital, foundation cost and idle labour.
The practical way to size a plant is to work back from your peak pour requirement. A plant running one shift at roughly 80% efficiency delivers about 0.8 × hourly rating × 8 hours per day. That puts an HZS60 at 380-480 m³ per day and an HZS90 at 580-720 m³. Size for your busiest week of the year, then check whether the site layout, aggregate supply and truck fleet can actually sustain that rate.
| Project type | Daily requirement | Recommended plant | Notes |
|---|---|---|---|
| Housing blocks, mid-rise buildings | 200-400 m³ | HZS60 | Single shift, compact footprint |
| Commercial buildings, mixed development | 350-600 m³ | HZS60 / HZS90 | HZS90 if supplying two sites |
| Roads, bridges, drainage | 500-800 m³ | HZS90 / HZS120 | Continuous pours need buffer silos |
| Dams, airports, large infrastructure | 1,000 m³+ | HZS120 / HZS180 | Automation and 24/7 operation |
Batching plants fail on site far more often because of layout than because of the machine. Three things to settle before you pour the foundation: how the loader reaches the aggregate bins, where the mixer truck queue sits so trucks are not reversing into the loader path, and where the cement tanker can park without blocking either. A plant that is technically correct but badly laid out costs you a shift a week.
Foundation drawings are issued with the order so your civil contractor can complete the base — typically 4×4×0.5 m of C25 for an HZS60 up to 6×5×0.8 m of C35 for an HZS180 — while the plant is in transit. Anchor bolts must be set with a template; hand-measured bolt positions are the single most common cause of a delayed erection.
What separates a plant that holds a mix design from one that drifts is weighing accuracy and mixer performance. Aggregate weighing is normally held to ±2% and cement, water and admixture to ±1%. Those tolerances only hold if the load cells are calibrated and nothing is mechanically binding the weighing hopper — a cable resting on the hopper frame is enough to put a plant out of tolerance.
The JS series twin-shaft mixer used across the range produces a uniform mix in 30-45 seconds, which matters most for higher-strength mixes where a single-shaft mixer struggles to disperse the cement evenly.
Work backwards from peak daily pour. A plant running a single shift at 80% efficiency delivers roughly 0.8 x hourly rating x 8 hours per day, so an HZS60 (60 m3/h) gives about 380-480 m3 per day and an HZS90 about 580-720 m3. Size for your busiest week, not your average week.
Output and mixer size. The HZS60 uses a JS1000 twin-shaft mixer at 60 m3/h; the HZS90 uses a JS1500 at 90 m3/h. Both are stationary plants with the same batching logic, so the choice is about how much concrete you need per day and whether you will supply more than one site.
Typically a reinforced concrete base of 4x4x0.5 m for an HZS60 up to 6x5x0.8 m for an HZS180, with C25-C35 concrete and 12-16 mm rebar. The site must have natural drainage, and soil bearing capacity of 150-250 kN/m2 depending on model. We issue foundation drawings before shipment.
Aggregate weighing is normally accurate to within ±2% and cement, water and admixture to within ±1%. That accuracy is what keeps your concrete within mix design tolerance, and it depends on load cells being calibrated and protected from mechanical damage.
Foundation work and curing take 7-10 days, structural assembly 5-7 days, electrical and automation 4-6 days, plumbing and pneumatics 2-3 days, and commissioning with test batches 3-5 days. Budget 21-30 days from foundation start to first production concrete.
Yes. All our plants are designed to be dismantled and relocated. Bolted main frames, tagged wiring and modular silos mean a trained crew can dismantle an HZS60 or HZS90 in 5-10 days and rebuild it on the next site.
Tell us your project requirements. We will recommend the right model and provide a quote within 24 hours.
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