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Big Bag & Sack Discharging Equipment

Powder Handling & Processing Equipment and Systems

IBC Bin (Hopper Storage Bin)

Mobile storage hopper for handling, storing, and transferring powder materials in a closed manner

IBC Bin (Hopper Storage Bin)
  • IBC Bin (Hopper Storage Bin)
  • IBC Bin (Hopper Storage Bin)
  • IBC Bin (Hopper Storage Bin)
  • IBC Bin (Hopper Storage Bin)

    • The IBC bin (intermediate bulk container) is developed based on advanced European pharmaceutical handling technologies, designed for the enclosed transfer of powder materials in pharmaceutical production. Equipped with silicone sealing rings on both the top cover and discharge valve, the hopper storage bin ensures airtight, moisture-proof, and contamination-free material storage.

    Materials can be blended, stored, and transferred within the same container, minimizing manual handling steps such as refilling or transferring and effectively preventing cross-contamination. The system fully complies with GMP requirements for pharmaceutical manufacturing.

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    Specifications
    Model Capacity A B C D H H1 H2 H3 H4 Weight
    IBC200 200L 800 430 250 60° 970 54 100 740 160 120kg
    IBC300 300 L 800 430 250 60° 1120 54 250 740 160 140kg
    IBC400 400 L 800 430 250 60° 1270 54 400 740 160 160kg
    IBC500 500 L 1000 430 250 60° 1270 52 200 644 158 190kg
    IBC600 600 L 1000 430 250 60° 1370 52 300 644 158 220kg
    IBC800 800 L 1000 430 250 60° 1570 52 500 644 158 260kg
    IBC1000 1000 L 1200 560 300 70° 1540 78 420 643 203 300kg
    IBC1200 1200 L 1200 560 300 70° 1680 78 560 643 203 330kg
    IBC1500 1500 L 1200 560 300 70° 1890 78 770 643 203 390kg
    IBC1800 1800 L 1200 560 300 70° 2100 78 980 643 203 450kg
    IBC2000 2000 L 1200 560 300 70° 2240 78 1120 643 203 520kg
    Features
    • Constructed from high-quality austenitic stainless steel (304 or 316L).
    • The square-rounded conical hopper design ensures smooth transitions with no dead corners or residue, providing a clean and elegant appearance.
    • Both internal and external surfaces are highly polished, achieving internal surface roughness of Ra≤0.2 μm and external surface roughness of Ra≤0.4 μm.
    • Custom-designed top cover and butterfly valve with silicone seals ensure airtight closure.
    • All welded joints are beveled and welded on both sides using argon arc welding, then ground and polished; welding quality conforms to JB4708 and JB4709 standards.
    • Equipped with specially designed casters that protect cleanroom floors without leaving marks.
    • The hopper bin offers excellent structural strength and deformation resistance.
    Typical Applications
    • Microcrystalline celluloseMicrocrystalline cellulose
    • Lithium cobalt oxideLithium cobalt oxide
    • Probiotic powderProbiotic powder
    Project Implementation Showcase
    • Project Implementation ShowcaseUsed for temporary pharmaceutical storage at a pharmaceutical company
    • Project Implementation ShowcaseUsed for material transfer at a pharmaceutical company
    • Project Implementation ShowcaseUsed for intermediate pharmaceutical storage at a pharmaceutical company
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    The powder processing and palletizing equipment is widely used in pharmaceutical, food, and chemical applications. Selection can be made based on material type (e.g. wet, dry, or fragile), flowability, and target throughput. Based on these parameters, a suitable model and configuration are recommended for the intended process.

    Our powder handling equipment can be built using high-temperature-resistant, corrosion-resistant, and explosion-proof designs. Typical options include 316L stainless steel construction, PTFE sealing, explosion-proof motors, and nitrogen inerting systems.

    Our powder processing machines are designed in line with GMP requirements. Product-contact surfaces can be supplied in SS304 or SS316L with polished finishes down to Ra ≤ 0.4 μm, suitable for installation in clean production areas.

    Complete lines can be tailored, including equipment footprint, capacity range, and inlet/outlet height, to achieve direct integration into existing processes.

    Voltage and frequency can be supplied according to regional standards (for example 220 V / 380 V / 415 V, 50 Hz / 60 Hz). Control systems can include PLC and HMI with Siemens or Schneider electrical components.