This is a hydraulic interlocking brick making machine that compresses mixes of sand, stone powder, cement, fly ash, gravel and water to produce interlocking ecological slope-protection bricks. "Including 1 mould" means the machine is supplied with one interchangeable mould (die) which defines the brick shape and size. Additional or custom moulds can be ordered separately.
Common raw materials are river sand, crushed stone/aggregate, stone powder, cement, fly ash and water. The machine can handle various blends used for ecological slope-protection and interlocking bricks; exact mix proportions depend on local materials and desired brick strength.
It produces chain-type ecological slope protection interlocking bricks and other interlocking/block shapes determined by the mould. Bricks are designed to resist soil and water erosion and interlock to form stable slope surfaces.
Rated capacity is up to 2,000 pieces per day. Actual output depends on shift length, mould size, mix design, curing method and operator efficiency. Example: on an 8-hour shift this equates to roughly 250 pieces/hour (approximate).
The machine uses a 2.2 kW hydraulic power system and is specified for 220 V supply. Verify whether your site provides compatible single-phase or three-phase power and use suitable protective devices; a stable power source and correct earthing are required.
A hydraulic pump drives the compression system to apply consistent pressure to the mould, producing dense, uniform bricks. Benefits include repeatable compaction, low vibration, and reliable production. Regular hydraulic maintenance is required to retain performance.
Yes. Additional standard moulds and bespoke moulds (different shapes, sizes or cavity counts) can normally be supplied. Provide the required brick dimensions and profile so the supplier can confirm compatibility and pricing.
Most suppliers offer basic on-site or remote commissioning support and operator training covering machine operation, routine maintenance, safety and mix testing. Confirm the level of training included at purchase.
Daily tasks: clean mould and machine surfaces, remove debris, check fasteners and hydraulic pipes. Weekly/monthly: check hydraulic oil level and look for leaks, lubricate moving parts, inspect electrical connections. Replace hydraulic oil and filters per supplier schedule. Keep a log of maintenance actions.
Curing depends on mix and climate. Generally, keep freshly demoulded bricks moist and shaded for initial days to prevent rapid drying; many projects use wet curing or covered curing for several days and achieve full design strength around 28 days. Follow local engineering recommendations and trial batches to finalize curing.
A small team is typically sufficient — commonly 1 operator for machine control plus 1–2 helpers for material feeding, demoulding and stacking. Staffing needs vary with automation level, production rate and site layout.
A level, solid surface (preferably a concrete slab) is required. Ensure adequate space for material storage, mould handling, curing area and forklift or manual transport. Provide a suitable 220 V power point, drainage for wash water and shelter from extreme weather if possible.
Typical delivery includes the machine, the single mould, basic tooling, an operator manual and packing for export (plywood/crate or wooden frame). Exact inclusions vary by supplier — confirm packing list, spare parts kit and whether on-site installation is included.
Most suppliers provide spare parts, technical support and a warranty—terms vary. Ask the seller for warranty duration, what it covers, lead times for critical spare parts and options for local service agreements.
Mix proportions depend on material properties and target strength. Perform trial mixes and compressive strength tests (e.g., trial cubes/blocks) to optimize cement/fly ash/aggregate ratios, water content and compaction settings. If needed, request technical assistance from the supplier or a materials engineer.
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