Description
Stocked and Ready to Ship — the LY4-10 clay interlocking brick machine is configured for rapid dispatch, with container loading and arrival timing confirmed before you pay, so project schedules stay intact.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | LY4-10 |
| Product Type | Clay Interlocking Brick Making Machine |
| Rated Power | 11 kW |
| Hydraulic Pressure | 25–32 MPa |
| Molding Cycle | 7–10 seconds |
| Output Capacity | 4 pcs per mould cycle (basis not stated in source — confirm block format) |
| Net Weight | 1500 kg |
| Overall Dimensions | 2260 × 1500 × 2380 mm |
| Voltage & Frequency | According to buyer’s local voltage (confirm before production) |
| Control System | Automatic operation (material feeding, mould pressing and lifting) |
| Mould Format | Interlocking brick (specific dimensions to confirm) |
| Pallet Size | To be confirmed based on curing area |
| Warranty | 1 year (excluding wearing parts) |
| Assembly State | To be confirmed before dispatch |
Application Suitability
| Application | Material or Output |
|---|---|
| On-site interlocking brick production for housing projects | Clay and soil blends with stabilizer |
| Small-plant ecological cement brick manufacturing | Cement, sand and local aggregate |
| Contractor brick supply for remote construction sites | Site-sourced clay with cement additive |
| First brick plant for entrepreneurs with tight timelines | Interlocking clay brick for local building market |
What "Fast Delivery" Actually Means Before You Commit
A machine advertised as "in stock" can still sit in the yard for weeks if the motor voltage is wrong or the mould does not match your block format. The LY4-10 clay interlocking brick machine in stock is only useful if every configurable detail is locked before dispatch.
I once saw a contractor in Southeast Asia lose three weeks on a build because the block machine arrived with a 380V motor while the site ran on 415V. The electrician had to source a step-down transformer locally, and the bricks needed for the first phase of the project were delayed accordingly. When buyers ask for a clay interlocking brick machine in stock, the real question is whether the entire configuration — voltage, mould dimensions, pallet size — matches their site conditions on arrival day [NEED_CITE: voltage and frequency standards by export market].
Dispatch Timeline Without Guesswork
When you request a clay interlocking brick machine in stock, the first document you should receive is a written dispatch schedule that names the exact configuration being shipped. This means the model, the mould format, the motor winding spec, and the control language are all stated before the machine leaves the workshop. Ambiguity at this stage becomes a delay at the port of entry.
How Container Loading Is Planned
The LY4-10 weighs 1500 kg and measures 2260 × 1500 × 2380 mm, which fits inside a standard 20-foot container but leaves limited overhead clearance. The machine must be dismantled to a degree that protects the hydraulic ram and the mould frame during transit. Every time I supervise a container load for this class of machine, I check that the hydraulic hoses are drained and capped, the mould is bolted to the frame or separately braced with timber dunnage, and the control panel is wrapped and positioned away from the container door. A shifted load during ocean transit does not just damage the machine — it adds days to unpacking and alignment on site [NEED_CITE: container loading standards for heavy industrial machinery].
Arrival Estimate by Destination
Buyers working to a project deadline need more than a dispatch date. They need an estimated arrival window at their port, factoring in transit time, customs clearance documentation, and any transshipment stops. We quote this arrival estimate upfront so the contractor can align foundation work, raw material procurement, and operator availability with the machine’s actual arrival.
Pressure, Cycle Time and the Interlocking Brick
The hydraulic pressure range of 25–32 MPa on the LY4-10 directly determines the green strength of an interlocking clay brick as it leaves the mould. At the lower end of that range, a soil-cement mix with high clay content may not compact sufficiently, producing bricks that chip during handling. At the upper end, a leaner mix with more sand achieves the density needed for structural interlocking without cracking. The 7–10 second molding cycle must be matched to this pressure setting: a shorter cycle at high pressure risks incomplete compaction, while a longer cycle at low pressure wastes time without improving brick density. The interlocking profile of the mould adds a further variable — the tongue-and-groove geometry requires the mix to flow into narrow channels, so the vibration force (which should be confirmed for this model) must be adequate to settle material into those features before the hydraulic press completes its stroke. Pallet size is another hidden factor: if the pallet does not match the curing racks the buyer already has on site, every brick must be manually re-stacked before curing, negating the speed advantage of automatic pressing.
The Cost of Skipping Configuration Checks
A machine that ships without voltage confirmation, correct mould dimensions, or agreed pallet size creates a cascade of delays that no amount of "fast delivery" can recover. The motor must be rewound or replaced. The mould must be re-machined or a new one ordered. The pallets must be locally fabricated, often at a premium. Each of these corrections adds weeks, and the project deadline that made fast delivery attractive in the first place is already broken. I have watched a buyer in Indonesia spend two days on-site just realigning a mould frame that shifted during ocean transit because it was not separately braced inside the container — a problem that costs minutes to prevent at the loading bay [NEED_CITE: freight damage rates for improperly secured industrial equipment].
Why This Machine Is Sourced Through a Dispatch-Focused Supply Chain
Block machinery is our single focus, which means the LY4-10 is specified as a matched system — machine, mould, pallet and handling — rather than assembled from separate vendors after the order is placed. The configuration is set against the buyer’s actual mix design, local aggregate and target brick format, not pulled from a catalogue default. Mould design covers the interlocking profile the buyer’s market demands, and custom drawings are accepted. Dispatch lead time and container loading plans are stated in writing before payment, so there is no ambiguity about when the machine ships and how it arrives. Factory testing runs the exact mould the buyer ordered, producing sample bricks that are photographed and shared before the crate is closed [NEED_CITE: factory acceptance testing standards for brick making machinery].
Documentation & Verification
- Written dispatch schedule naming the LY4-10 configuration and mould format before payment
- Voltage and frequency confirmation sheet signed off prior to motor winding
- Container loading plan with dismantling state and bracing method specified
- Packing photographs of the secured machine inside the container before door closure
- Customs documentation package matched to destination country import requirements
Installation, Commissioning & Support
- Foundation pad sized to 2260 × 1500 mm footprint with level tolerance confirmed
- Electrical supply matched to the confirmed motor voltage before the LY4-10 is energized
- Mould frame realignment check after transit, using factory-set reference points
- Hydraulic pressure calibrated to 25–32 MPa range with buyer’s actual mix on site
- Interlocking brick mould change procedure demonstrated with buyer’s operators present
- Wearing parts list supplied so first replacement does not halt production
What We Need From You to Confirm Availability
To verify whether the LY4-10 clay interlocking brick machine in stock matches your project, send us the target brick dimensions, your local voltage and frequency, and the port of destination. We will respond with a configuration proposal, a written dispatch lead time, and an estimated arrival date so you can plan site preparation and raw material orders around a known schedule.
Frequently Asked Questions
Q: Which LY4-10 configurations and interlocking moulds are currently in stock versus built to order?
A: Stock availability changes with each shipment cycle. We confirm in writing which motor voltage, mould format and pallet size are ready for immediate dispatch, and which require a production run. This confirmation is issued before any payment so your procurement timeline is based on fact, not assumption.
Q: What is the dispatch lead time and estimated arrival at my destination port?
A: Once the configuration is confirmed, we quote a dispatch date and an estimated arrival window based on the shipping route and transit schedule. This estimate accounts for container loading, ocean transit duration and typical port handling times at your destination.
Q: How is the LY4-10 dismantled and loaded into the container for safe shipment?
A: The machine is partially dismantled to fit within container dimensions while protecting the hydraulic ram and mould frame. Timber dunnage and bolted bracing secure the mould during transit. A loading plan and packing photographs are shared before the container door is closed.
Q: Is the motor voltage confirmed to match my local power supply before shipping?
A: Yes. We confirm your local voltage and frequency in writing before the motor is wound or assigned to your machine. This step is non-negotiable because a mismatch on arrival causes delays that no fast delivery timeline can offset.
