1. High‑exciting‑force Table‑vibration & 21 MPa High‑pressure Hydraulic System, Well‑formed Hollow Cavity, High‑strength Blocks & Low Reject Rate
QT10‑15C main machine adopts independent vibration‑box table‑vibration structure cooperating with stable 21 MPa hydraulic system with adjustable variable‑frequency vibration. Optimized for hollow blocks with core‑mold structure. Low‑frequency vibration in feeding phase pushes material to fully fill around core molds. High‑frequency vibration together with hydraulic pressure exhaust trapped air bubbles during forming. Finished hollow blocks own sharp cavity outline, dense wall and qualified compression strength. It reduces rejects such as cavity under‑filling, looseness and corner chipping. Finished blocks meet acceptance standards for building wall projects, cut raw‑material waste and guarantee quality for bulk hollow‑block orders.
2. Full‑set Siemens PLC & Touch‑screen Control, Stored Hollow‑block Parameters, Less Reliance on Skilled Operators
The main machine is equipped with complete Siemens electrical components and touch‑screen HMI. Full cycles including pallet feeding, material feeding, vibration‑press forming, demolding and block discharging run automatically. Process parameters for hollow blocks such as vibration time, holding pressure and feeding speed can be saved and one‑click recalled for repeated production. Multi‑language option suits operators from different countries. Built‑in electrical interlock avoids core‑mold collision caused by mis‑operation. Ordinary workers can handle mass hollow‑block production after simple training, without relying on highly‑skilled technicians and saving labor‑management cost.
3. 45Mn Manganese‑steel Carburizing‑treated Hollow‑block Special Molds, Durable Core‑mold, Multi‑function for Various Building Blocks
Special hollow‑block molds are made of 45Mn manganese‑steel with carburizing heat treatment and precise wire‑cutting. Core‑molds feature high precision and good impact resistance, keeping consistent cavity dimension after long‑time continuous running. Large 1100×900 mm pallet brings high output per cycle. You can produce different hollow blocks, standard bricks, grass blocks and curbstones simply by changing molds. Wearing mold parts can be replaced separately instead of whole‑set mold replacement to lower consumable cost. One main machine handles diversified building‑material orders and improves return‑on‑investment.
4. Large‑size Pallet for High Hollow‑block Output, Amortize Machine Cost for Mass‑production Plants
Equipped with large‑size 1100×900 mm pallet for multi‑cavity hollow‑block layout, molding cycle only 15‑20 seconds for high hourly output. Heavy welded frame stands long‑time high‑frequency vibration for non‑stop shift production. It delivers higher daily output under same workshop condition, supports large‑volume hollow‑block contracts and amortizes equipment depreciation cost per block to improve overall production benefit.
5. Wide Raw‑material Compatibility, Utilize Industrial Residues for Hollow‑block Production to Cut Raw‑material Cost
For hollow‑block manufacturing, this machine works well with sand, stone powder, cement, fly ash, furnace slag, coal gangue and other industrial residues. Customers can adopt local available waste resources and reduce cement dosage while guaranteeing block strength. Local‑material utilization lowers procurement expense and strengthens price competitiveness of final hollow‑block products.
6. Modular Split‑type Main‑machine Design, Container‑shipping Friendly, Sufficient Spare‑parts for Smooth Hollow‑block Project
QT10‑15C forming main machine adopts modular split structure for convenient container sea transportation. Complete electro‑hydraulic joint test is finished before factory delivery. After on‑site positioning, leveling, power and pipe connection, mass hollow‑block production can be started with simple commissioning. Original spare‑parts including core‑molds, vibration assemblies and hydraulic sealing kits are continuously supplied to secure stable mass production and order fulfillment.
1. High‑exciting‑force Table‑vibration & 21 MPa High‑pressure Hydraulic System, Well‑formed Hollow Cavity, High‑strength Blocks & Low Reject Rate
QT10‑15C main machine adopts independent vibration‑box table‑vibration structure cooperating with stable 21 MPa hydraulic system with adjustable variable‑frequency vibration. Optimized for hollow blocks with core‑mold structure. Low‑frequency vibration in feeding phase pushes material to fully fill around core molds. High‑frequency vibration together with hydraulic pressure exhaust trapped air bubbles during forming. Finished hollow blocks own sharp cavity outline, dense wall and qualified compression strength. It reduces rejects such as cavity under‑filling, looseness and corner chipping. Finished blocks meet acceptance standards for building wall projects, cut raw‑material waste and guarantee quality for bulk hollow‑block orders.
2. Full‑set Siemens PLC & Touch‑screen Control, Stored Hollow‑block Parameters, Less Reliance on Skilled Operators
The main machine is equipped with complete Siemens electrical components and touch‑screen HMI. Full cycles including pallet feeding, material feeding, vibration‑press forming, demolding and block discharging run automatically. Process parameters for hollow blocks such as vibration time, holding pressure and feeding speed can be saved and one‑click recalled for repeated production. Multi‑language option suits operators from different countries. Built‑in electrical interlock avoids core‑mold collision caused by mis‑operation. Ordinary workers can handle mass hollow‑block production after simple training, without relying on highly‑skilled technicians and saving labor‑management cost.
3. 45Mn Manganese‑steel Carburizing‑treated Hollow‑block Special Molds, Durable Core‑mold, Multi‑function for Various Building Blocks
Special hollow‑block molds are made of 45Mn manganese‑steel with carburizing heat treatment and precise wire‑cutting. Core‑molds feature high precision and good impact resistance, keeping consistent cavity dimension after long‑time continuous running. Large 1100×900 mm pallet brings high output per cycle. You can produce different hollow blocks, standard bricks, grass blocks and curbstones simply by changing molds. Wearing mold parts can be replaced separately instead of whole‑set mold replacement to lower consumable cost. One main machine handles diversified building‑material orders and improves return‑on‑investment.
4. Large‑size Pallet for High Hollow‑block Output, Amortize Machine Cost for Mass‑production Plants
Equipped with large‑size 1100×900 mm pallet for multi‑cavity hollow‑block layout, molding cycle only 15‑20 seconds for high hourly output. Heavy welded frame stands long‑time high‑frequency vibration for non‑stop shift production. It delivers higher daily output under same workshop condition, supports large‑volume hollow‑block contracts and amortizes equipment depreciation cost per block to improve overall production benefit.
5. Wide Raw‑material Compatibility, Utilize Industrial Residues for Hollow‑block Production to Cut Raw‑material Cost
For hollow‑block manufacturing, this machine works well with sand, stone powder, cement, fly ash, furnace slag, coal gangue and other industrial residues. Customers can adopt local available waste resources and reduce cement dosage while guaranteeing block strength. Local‑material utilization lowers procurement expense and strengthens price competitiveness of final hollow‑block products.
6. Modular Split‑type Main‑machine Design, Container‑shipping Friendly, Sufficient Spare‑parts for Smooth Hollow‑block Project
QT10‑15C forming main machine adopts modular split structure for convenient container sea transportation. Complete electro‑hydraulic joint test is finished before factory delivery. After on‑site positioning, leveling, power and pipe connection, mass hollow‑block production can be started with simple commissioning. Original spare‑parts including core‑molds, vibration assemblies and hydraulic sealing kits are continuously supplied to secure stable mass production and order fulfillment.
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