Vietnam 10TPH Dry Mortar Production Line Case
QIC Machinery prepared and shipped a 10TPH dry mortar production line for a Vietnam project that needed a connected route for wet sand treatment, drying, screening, silo storage, additive weighing, bag packing, palletizing, layout preparation, factory checking, and container loading.
What the Vietnam Project Needed Before Production
The project team did not only need a 10TPH dry mortar quotation. They needed a line that could work with wet sand, coal-fired drying, limited factory height, CAD foundation planning, valve bag packing, palletizing, factory checking, and multiple-container loading before shipment.
Capacity and automation route
The project compared 10TPH and 15TPH options, then moved forward with a 10TPH dry mortar production line with automatic process support.
Raw material preparation
The line needed to handle cement, sand, additives, calcium carbonate powder, and wet sand drying before stable storage and mixing.
Factory layout and foundation planning
The project team needed layout drawings, foundation references, equipment spacing, base dimensions, and CAD / DWG files for site preparation.
Packing and loading preparation
The project needed valve bag packing, palletizing, wrapping route planning, factory checking, packing files, and container loading coordination.
10TPH Dry Mortar Production Line Configuration
The final configuration connected the real production steps discussed during the project: wet sand feeding, dryer fuel selection, sand screening, silo storage, additive weighing, mixing, valve bag packing, robot palletizing, conveying, electrical control, and shipment preparation.
Factory Preparation, Checking, and Loading Details
Before shipment, QIC Machinery prepared the main equipment, shared production progress, supported factory checking, coordinated packing files, and arranged container loading for the Vietnam project. The factory stage focused on the parts your project would normally want to check before delivery: dryer production, finished equipment condition, conveyor and palletizer readiness, packing file preparation, and container loading sequence. The project involved multiple containers, so equipment grouping and loading timing had to be planned before the machines left the factory. Production photos, videos, and factory checking communication helped the project team understand the equipment status before shipment.
Dryer Welding During Production
The dryer section was photographed during welding production, giving your project a clear view of the manufacturing stage before painting and final assembly.
Finished Dryer After Painting
The dryer was photographed after production and painting, showing the finished condition before delivery preparation.
Robot Palletizer and Belt Conveyor Ready for Shipment
The robot palletizer and belt conveyor were prepared at the factory for finished bag handling after the packing section.
Dry Mortar Plant Equipment Loaded Into Container
The equipment was loaded into a container after factory checking and packing coordination, recording the final delivery preparation stage before shipment.
Technical Support Before Installation
QIC Machinery helped the project team confirm the machine route, drawings, factory checking details, and delivery plan so installation preparation could begin before the equipment arrived.
Equipment route confirmation
QIC Machinery helped confirm capacity, automation level, raw material route, fuel option, packing system, and palletizing route before production.
Drawing communication
Layout drawings, foundation reference details, equipment dimensions, and electrical information were provided for your site preparation.
Factory checking communication
Production photos, equipment videos, factory checking arrangements, and progress updates helped the project team check the equipment before shipment.
Delivery coordination
Packing files, container loading communication, equipment grouping, and shipment preparation were coordinated before the machines left the factory.
Shipment-Ready Dry Mortar Plant Result
The 10TPH dry mortar production line was prepared, checked, grouped, and loaded according to the confirmed project route before shipment to Vietnam. For your project, this case shows why dry mortar plant selection should not be based only on capacity. Raw material moisture, fuel condition, sand grading, silo height, packing bag type, civil work preparation, power supply, and container loading can all affect the final equipment route.
Production Route Confirmed
The final 10TPH route connected wet sand handling, drying, screening, storage, dosing, mixing, packing, and palletizing into one complete dry mortar production line.
Site Preparation Made Clear
Layout drawings, foundation references, equipment dimensions, and electrical information helped the project team prepare the factory before the machines arrived.
Main Equipment Checked Before Loading
Key sections such as the dryer, conveying equipment, packing system, palletizing system, and related components were checked through factory communication before shipment.
Container Loading Coordinated
QIC Machinery coordinated equipment grouping, packing files, loading sequence, and shipment preparation so the machines could leave the factory according to the delivery plan.
Related Equipment for Similar Dry Mortar Projects
Similar dry mortar projects often need supporting equipment such as silos, screw conveyors, drying systems, packing systems, and material handling machines.
Cement Silo
A cement silo stores cement, fly ash, mineral powder, or other bulk powder materials for concrete batching plants, dry mortar plants, and industrial material handling systems. You can select bolted or welded silo configurations according to storage capacity, shipping method, site height, powder type, discharge system, and dust collection requirement.
Large Scale Dry Mortar Plant
A large-scale dry mortar plant is designed for higher output, multiple formulas, stable weighing accuracy, automated material handling, finished product storage, bag packing, bulk loading, and long-term building material factory operation.
Middle Scale Dry Mortar Plant
Compare QIC Machinery middle scale dry mortar plants for 10–20 t/h wall putty, tile adhesive, plaster mortar, and masonry mortar production. Review automatic weighing, twin-shaft mixing, PLC recipe control, packing, dust collection, and workshop layout.
Simple Dry Mortar Plant
QIC Machinery simple dry mortar plants support 1-8 t/h wall putty, tile adhesive, plaster mortar, and masonry mortar production in compact workshops with practical feeding, mixing, packing, and dust collection layouts.
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30M3 Concrete Mixer Pump Used for On-Site Construction Work in Vietnam
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HBT30 Concrete Mixing Pump Supplied for a Myanmar Construction Project
QIC Machinery supplied one HBT30 concrete mixing pump for a Myanmar construction project, combining concrete feeding, blending, mixing, and pumping in one equipment route.
FAQ About 10TPH Dry Mortar Plant Projects
These questions come from the main concerns in this Vietnam project, including capacity choice, wet sand handling, fuel selection, factory height, drawings, packing route, and shipment preparation.
Should your project choose a 10TPH or 15TPH dry mortar production line?
Your project should choose 10TPH if you need a manageable first production line with drying, screening, packing, and palletizing support, and consider 15TPH only when your raw material supply, packing speed, site space, and installation plan can support higher output.
What should your project confirm if the sand is wet before mixing?
Your project should confirm the sand moisture, target dry sand size, drying capacity, screening route, fuel option, dust collection method, and whether the factory has enough space for the dryer, conveyor, and maintenance access.
Why do factory height and silo height need to be checked early?
Factory height and silo height need to be checked early because cement silos, powder silos, bucket elevators, and feeding pipes may affect layout, civil work, truck feeding access, and installation preparation before the machines arrive.
Can QIC Machinery provide layout drawings and foundation information before shipment?
Yes. QIC Machinery can provide layout drawings, foundation reference information, equipment dimensions, electrical information, and CAD or DWG communication when your project needs to prepare civil work before delivery.
How should your project plan valve bag packing and palletizing?
Your project should confirm the bag type, bag size, packing capacity, conveyor route, pallet size, robot palletizer requirement, wrapping method, and finished bag handling route before the packing system is finalized.
What can be checked before the dry mortar plant is loaded into containers?
Before container loading, your project can check production photos, equipment videos, finished machine condition, packing list, grouped equipment sections, loading sequence, and shipment documents with QIC Machinery.
Request a Dry Mortar Plant Configuration for Your Project
If your project is planning a dry mortar plant, send QIC Machinery your target capacity, raw material condition, factory height, available site layout, power supply, packing bag type, pallet size, and destination port. QIC Machinery can help your project confirm the equipment route, layout preparation, delivery plan, and long-term service requirements before quotation.
