1. Well‑defined & Dense Hollow Blocks, Less Scrap Loss & Meet Engineering Supply Standards
QT12‑15F adopts table‑mounted frequency‑conversion synchronous vibration with max 110KN exciting force. Vibration frequency and feeding workflow are specially optimized for hollow‑cavity block structure: low‑frequency feeding and high‑frequency compaction fully fill every mould cavity. Produced hollow blocks feature sharp cavity outline, dense wall structure, no cavity collapse, chipping or honeycomb defects. Blocks on single pallet keep tiny dimensional deviation with excellent consistency, greatly reducing raw‑material waste and reject rate. Finished hollow blocks meet local construction engineering standards and help you secure long‑term project supply contracts.
2. Large Output plus 25% Energy Saving, Double Reduction On Per‑block Operating Cost
For standard 400×200×200 mm hollow blocks, forming cycle takes 15‑20 seconds with 12 pieces per mould, achieving 17280‑23040 pieces within an 8‑hour shift. Built‑in automatic pallet feeder and green‑block discharging mechanism cut manual labour for block handling. Equipped with European‑technology universal drive shaft transmission, the machine saves 25% power consumption compared with similar models on the market, bringing remarkable electricity‑cost reduction during heavy‑duty continuous hollow‑block production. Strong single‑machine capacity plus energy‑saving design jointly lower comprehensive operating cost per hollow block, strengthen your local price advantage, speed up ROI and help you handle large‑volume hollow‑block orders.
3. Heavy‑gauge Thickened Frame & Imported Core Parts, Resist Long‑term High‑frequency Hollow‑block Impact & Less Downtime Risk
Hollow‑block production brings continuous cavity filling and high‑frequency pressing impact, placing high demand on anti‑fatigue performance. QT12‑15F main frame is integrally welded with 20×20cm heavy‑duty square steel from reputable Laigang & Jigang steel mills, total machine weight reaches 12000kgs. It resists deformation and weld crack under non‑stop hollow‑block production. Hydraulic system adopts original Germany Rexroth hydraulic components, all electrical and touch‑screen parts are imported Siemens brand. Universal drive‑shaft structure replaces traditional direct motor drive to avoid frequent motor burnout. The whole hardware set is reinforced for intensive hollow‑block production to extend key‑component service life and lower unexpected breakdown risk. You can avoid delivery delay caused by mechanical repair during order peak period and save extra spare‑part expenditure to protect your business reputation. One spare‑parts kit is supplied as standard for daily production.
4. Wear‑resistant Carburized Manganese‑steel Mould, Fast Mould‑change for Diversified Hollow‑block Orders
One high‑manganese‑steel hollow‑block mould is supplied as standard. It goes through carburizing heat‑treatment and precise wire‑cutting processing for high hardness and outstanding wear resistance. High‑precision mandrel guarantees neat hollow‑cavity shape of finished blocks. Mould disassembly and replacement is simple. By swapping moulds, you can rapidly produce load‑bearing hollow blocks, non‑load‑bearing hollow blocks, perforated blocks and other products. Only one single host covers multiple hollow‑block demands from construction market. There is no need to invest in multiple block‑making machines, saving your capital expenditure and enabling fast response to customers’ varied hollow‑block specifications.
5. Siemens PLC Intelligent Control with Remote Monitoring, Lower Labour‑skill Requirement
The host is equipped with complete Siemens PLC control system and touch‑screen HMI, pre‑installed with dedicated hollow‑block forming program with multi‑language selection. It supports remote monitoring and diagnosis functions. Operation workflow is straightforward. Ordinary workers can run hollow‑block production after simple training, no high‑salary senior technicians required, helping you control factory labour cost. Production parameters are automatically managed by program to reduce defective blocks caused by manual mis‑operation. It is well‑suited for stable large‑scale continuous production in overseas medium‑and‑large block factories.
1. Well‑defined & Dense Hollow Blocks, Less Scrap Loss & Meet Engineering Supply Standards
QT12‑15F adopts table‑mounted frequency‑conversion synchronous vibration with max 110KN exciting force. Vibration frequency and feeding workflow are specially optimized for hollow‑cavity block structure: low‑frequency feeding and high‑frequency compaction fully fill every mould cavity. Produced hollow blocks feature sharp cavity outline, dense wall structure, no cavity collapse, chipping or honeycomb defects. Blocks on single pallet keep tiny dimensional deviation with excellent consistency, greatly reducing raw‑material waste and reject rate. Finished hollow blocks meet local construction engineering standards and help you secure long‑term project supply contracts.
2. Large Output plus 25% Energy Saving, Double Reduction On Per‑block Operating Cost
For standard 400×200×200 mm hollow blocks, forming cycle takes 15‑20 seconds with 12 pieces per mould, achieving 17280‑23040 pieces within an 8‑hour shift. Built‑in automatic pallet feeder and green‑block discharging mechanism cut manual labour for block handling. Equipped with European‑technology universal drive shaft transmission, the machine saves 25% power consumption compared with similar models on the market, bringing remarkable electricity‑cost reduction during heavy‑duty continuous hollow‑block production. Strong single‑machine capacity plus energy‑saving design jointly lower comprehensive operating cost per hollow block, strengthen your local price advantage, speed up ROI and help you handle large‑volume hollow‑block orders.
3. Heavy‑gauge Thickened Frame & Imported Core Parts, Resist Long‑term High‑frequency Hollow‑block Impact & Less Downtime Risk
Hollow‑block production brings continuous cavity filling and high‑frequency pressing impact, placing high demand on anti‑fatigue performance. QT12‑15F main frame is integrally welded with 20×20cm heavy‑duty square steel from reputable Laigang & Jigang steel mills, total machine weight reaches 12000kgs. It resists deformation and weld crack under non‑stop hollow‑block production. Hydraulic system adopts original Germany Rexroth hydraulic components, all electrical and touch‑screen parts are imported Siemens brand. Universal drive‑shaft structure replaces traditional direct motor drive to avoid frequent motor burnout. The whole hardware set is reinforced for intensive hollow‑block production to extend key‑component service life and lower unexpected breakdown risk. You can avoid delivery delay caused by mechanical repair during order peak period and save extra spare‑part expenditure to protect your business reputation. One spare‑parts kit is supplied as standard for daily production.
4. Wear‑resistant Carburized Manganese‑steel Mould, Fast Mould‑change for Diversified Hollow‑block Orders
One high‑manganese‑steel hollow‑block mould is supplied as standard. It goes through carburizing heat‑treatment and precise wire‑cutting processing for high hardness and outstanding wear resistance. High‑precision mandrel guarantees neat hollow‑cavity shape of finished blocks. Mould disassembly and replacement is simple. By swapping moulds, you can rapidly produce load‑bearing hollow blocks, non‑load‑bearing hollow blocks, perforated blocks and other products. Only one single host covers multiple hollow‑block demands from construction market. There is no need to invest in multiple block‑making machines, saving your capital expenditure and enabling fast response to customers’ varied hollow‑block specifications.
5. Siemens PLC Intelligent Control with Remote Monitoring, Lower Labour‑skill Requirement
The host is equipped with complete Siemens PLC control system and touch‑screen HMI, pre‑installed with dedicated hollow‑block forming program with multi‑language selection. It supports remote monitoring and diagnosis functions. Operation workflow is straightforward. Ordinary workers can run hollow‑block production after simple training, no high‑salary senior technicians required, helping you control factory labour cost. Production parameters are automatically managed by program to reduce defective blocks caused by manual mis‑operation. It is well‑suited for stable large‑scale continuous production in overseas medium‑and‑large block factories.
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