As a leading global provider of intelligent packaging solutions, we have been deeply involved in automated packaging for many years. We have developed two core models to meet the diverse needs of various industries: the fully automatic small packaging machine and the fully automatic bulk packaging machine. With their precision, efficiency, and flexibility, our equipment is widely used in a full range of applications, including chemicals, food, pharmaceuticals, agriculture, and mining. Our products are exported to international markets such as Russia and Malaysia, and we can provide a whole chain of integrated services from front-end feeding to back-end palletizing, helping enterprises achieve intelligent upgrades. The fully automatic small packaging machine is designed for precision packaging. It is suitable for 10-50 kg bags, meeting the high-precision packaging needs of food additives, pharmaceutical excipients, chemical powders, and other materials. The fully automatic bulk packaging machine focuses on handling bulk materials, with a single-bag capacity of 500 or 1000 kg, suitable for large-scale packaging of chemicals, fertilizers, minerals, and building materials.
High-Precision Weighing: The accuracy for powdered materials can reach ±0.1%, and for granular materials ±0.2%, perfectly meeting the stringent standards of the pharmaceutical, food, and fine chemical industries. We have obtained numerous overseas weighing certifications, including the Russian National Metrology Bureau certification with certification number 94210-24.
Ultra-high-speed production capacity: A single small packaging machine can produce nearly 1300 bags per hour, and the bulk packaging machine can handle almost 12 tons per hour, supporting fully automatic bag feeding, filling, and sealing for paper bags, PE film bags, and woven bags.
Intelligent Production: Adopting a modular quick-change design, packaging specifications can be switched with one click, improving production efficiency by 50%.
Full environmental compatibility: All our packaging equipment features a complete stainless steel design, ensuring stable operation in harsh environments such as high humidity, high dust, and high corrosivity.
In addition to the leading equipment, we also provide end-to-end support, including front-end automatic feeding systems, intelligent heat-sealing/sewing units, and back-end metal detectors, checkweighers, and palletizing robots, achieving full-process automation from feeding to warehousing.

Multi-Bag Adaptability
Supports paper bags, woven bags, and PE film bags; the bag width can be adjusted to meet user requirements; and it is compatible with different sealing methods.
High-Reliability Packaging
Bag breakage rate <0.01%: Through striped interlocking sealing technology (sealing strength ≥30N/15mm), flat and wrinkle-free bag mouth design, combined with a pneumatic tapping device (frequency 10-30Hz) to reduce material voids, significantly reducing the risk of transportation damage.
Re-inspection failure rate <0.2%: Integrated online quality re-inspection system (optional), automatically rejects products exceeding tolerance through visual inspection and weighing feedback, ensuring an overall finished product pass rate of ≥99%.
Precise and Efficient
Servo screw feeding + high-precision weighing sensor (powder accuracy ±0.1%, granular accuracy ±0.2%) are combined with PLC real-time calibration of filling volume, and automatic error compensation technology improves dynamic accuracy by 30%.
Maximum production capacity of up to 500 bags/hour, supports multi-station parallel design.
Intelligent Control
The human-machine interface (HMI) presets 10 recipes, supporting one-key product changeover.
Fault self-diagnosis function: automatic alarm and shutdown in case of bag blockage, empty bags, or material shortage; failure rate <0.5 times/8 hours.
Safe and Environmentally Friendly
Photoelectric emergency stop, dust cover + dust removal interface (dust concentration <5 mg/m³), explosion-proof models meet IP65 protection level.

Tianjin Huabang supplies packaging systems as a fully integrated continuation of the downstream solids-handling line. The packaging scope is designed for flakes, granules, and moderately free-flowing powders, with emphasis on clean transfer, stable weighing, dust-controlled filling, and dependable end-of-line automation. The systems are i
Tianjin Huabang supplies packaging systems as a fully integrated continuation of the downstream solids-handling line. The packaging scope is designed for flakes, granules, and moderately free-flowing powders, with emphasis on clean transfer, stable weighing, dust-controlled filling, and dependable end-of-line automation. The systems are intended to connect directly with flakers, conveyors, screening units, storage hoppers, and palletizing equipment, forming a coherent production route from solidification to finished dispatch.
For accurate bag filling, weighing, compaction, and closure of finished products in small-bag or FIBC/ton-bag formats
For case handling, palletizing, wrapping, inspection, and logistics-ready discharge.
This approach allows the line to be configured according to the required degree of automation, plant layout, bag specification, and product characteristics, while maintaining a consistent engineering platform across the project
Huabang packaging systems are intended for dry solids produced from downstream chemical finishing systems, especially:
· flaked products from drum or steel-belt flakers
· granules from cooling and finishing lines
· moderately free-flowing powders with controlled dust characteristics
Flakes, granules, and moderately free-flowing powders do not behave in the same way. Product geometry determines the most suitable conveying principle, the internal clearances, transfer points, and anti-bridging measures
Conveying may serve simple transfer, controlled feeding, elevation, buffering, or line balancing. The selected machine must therefore match not only capacity, but also the role it plays in the process
Short transfer between connected equipment may favor screw or vibratory designs, while longer or more complex routing may justify belt or pneumatic systems
Where dust control, odor control, or enclosed operation is required, the conveyor must support sealed interfaces and easy integration with local exhaust or dust-collection systems
Packaging lines, screening systems, and storage hoppers all depend on consistent feed. Conveyors must therefore deliver stable, non-pulsing product flow within the required capacity window
Screw conveyors provide a compact mechanical layout and are well-suited to installation beneath flakers, bins, and hoppers. The enclosed casing helps reduce product loss, dust escape, and environmental contamination
Because the inlet and outlet arrangement can be adapted easily, screw conveyors are effective as direct interconnecting equipment between upstream and downstream machines. This makes them particularly useful in packaged skid systems and compact plant layouts
Short transfer between connected equipment may favor screw or vibratory designs, while longer or more complex routing may justify belt or pneumatic systems
Where dust control, odor control, or enclosed operation is required, the conveyor must support sealed interfaces and easy integration with local exhaust or dust-collection systems
Packaging lines, screening systems, and storage hoppers all depend on consistent feed. Conveyors must therefore deliver stable, non-pulsing product flow within the required capacity window

Execution: tubular or U-trough screw conveyor
Installation: horizontal or inclined
Drive: geared motor with variable-frequency option
Construction: carbon steel, SS304 or SS316L according to service requirement
Actual capacity depends on bulk density, product flowability, inclination, moisture level, inlet condition, and required fill factor
Available options include:

Execution: tubular or U-trough screw conveyor
Installation: horizontal or inclined
Drive: geared motor with variable-frequency option
Construction: carbon steel, SS304 or SS316L according to service requirement
Actual capacity depends on bulk density, product flowability, inclination, moisture level, inlet condition, and required fill factor
Available options include:
Bucket elevators are used where material must be lifted vertically with high efficiency and minimal floor space. They are especially suitable for transferring flakes or granules from lower process elevations to storage bins, buffer hoppers, or packaging floors.
Material is loaded into a series of buckets attached to a belt or chain. The bu
Bucket elevators are used where material must be lifted vertically with high efficiency and minimal floor space. They are especially suitable for transferring flakes or granules from lower process elevations to storage bins, buffer hoppers, or packaging floors.
Material is loaded into a series of buckets attached to a belt or chain. The buckets travel upward within an enclosed casing and discharge the material at the top through centrifugal or gravity-type unloading, depending on product behavior and system design.
Typical Applications
Bucket elevators are commonly used for:
Bucket elevators provide a large vertical lift within a small footprint, making them well-suited to plants where horizontal space is limited
Compared with inclined conveyors that occupy large floor space, the bucket elevator offers a cleaner, more compact route for product elevation
The closed casing supports cleaner handling and reduced material loss. It also makes integration with dust control easier in areas where product fines may be present
Bucket shape, spacing, and discharge arrangement can be selected to suit flakes, granules, or other bulk solids, reducing material hang-up and improving discharge stability

Execution: belt or chain type
Construction: carbon steel, SS304 or SS316L
Arrangement: vertical lift with enclosed casing
Actual performance depends on product bulk density, bucket fill efficiency, lift height, and discharge behavior
Available options include:
Belt conveyors are selected for gentle, stable transfer over medium distances. They are especially suitable for flakes and granules that should be handled with minimal breakage or compression.
In a belt conveyor, the product travels on a continuously moving belt supported by rollers or a slider bed. Because the product rests on the belt ra
Belt conveyors are selected for gentle, stable transfer over medium distances. They are especially suitable for flakes and granules that should be handled with minimal breakage or compression.
In a belt conveyor, the product travels on a continuously moving belt supported by rollers or a slider bed. Because the product rests on the belt rather than being mechanically pushed or agitated, this conveying principle is well-suited to applications where product preservation and clean discharge are important.
Typical Applications
Belt conveyors are commonly used for:
Belt conveyors are selected for gentle, stable transfer over medium distances. They are especially suitable for flakes and granules that should be handled with minimal breakage or compression.
In a belt conveyor, the product travels on a continuously moving belt supported by rollers or a slider bed. Because the product rests on the belt ra
Belt conveyors are selected for gentle, stable transfer over medium distances. They are especially suitable for flakes and granules that should be handled with minimal breakage or compression.
In a belt conveyor, the product travels on a continuously moving belt supported by rollers or a slider bed. Because the product rests on the belt rather than being mechanically pushed or agitated, this conveying principle is well-suited to applications where product preservation and clean discharge are important.
Typical Applications
Belt conveyors are commonly used for:
The belt conveyor is often preferred where flake integrity must be preserved and product attrition minimized
The belt provides a smooth conveying profile with minimal pulsation, which is beneficial when downstream equipment requires a steady and predictable product load
The machine can be configured with different lengths, inclinations, and discharge arrangements to suit the plant layout
With proper weighing or speed control, the same platform can be used not only for transport but also for controlled feeding to downstream equipment

Belt width: selected according to capacity and product bed depth
Construction: carbon steel or stainless steel frame
Belt type: smooth, cleated or food/chemical-grade according to service
Actual capacity depends on material bulk density, belt speed, belt inclination, and allowable bed depth
Available options include:
Vibratory conveyors provide controlled movement of solids through vibration rather than continuous dragging or pushing by a mechanical element. They are especially suitable for applications where gentle handling, controlled spread, and clean discharge are required.
The conveyor tray is excited by a vibratory drive, causing the product to a
Vibratory conveyors provide controlled movement of solids through vibration rather than continuous dragging or pushing by a mechanical element. They are especially suitable for applications where gentle handling, controlled spread, and clean discharge are required.
The conveyor tray is excited by a vibratory drive, causing the product to advance in small repeated movements. Because the product is moved in a shallow bed with limited mechanical compression, this method can be beneficial for fragile flakes or for controlled product distribution ahead of screening or packaging.
Typical Applications
Vibratory conveyors are commonly used for:
The shallow-bed transport mechanism can reduce product degradation compared with more aggressive conveying methods
Vibratory conveyors are useful when the product needs to be spread evenly before entering another machine
The equipment can be built in a relatively compact format and is easy to integrate into enclosed or semi-enclosed process arrangements
With fewer moving internal contact components than some other conveyor types, the vibratory conveyor can provide reliable service within its proper duty range

Actual capacity depends on product size, bed depth, vibration setting, and required conveying length
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