Horizontal Screw Feeding Packing Machine
Horizontal Screw Feeding Packing Machine
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  • Horizontal Screw Feeding Packing Machine
  • Horizontal Screw Feeding Packing Machine

Horizontal Screw Feeding Packing Machine


The horizontal screw degassing packaging machine features a triple-degassing system comprising large- and small-diameter horizontal screw feeding, mechanical extrusion degassing, and vacuum-assisted degassing. After coarse feeding by the large screw, the material is mechanically compressed by an extrusion plate to expel most of the entrapped air; during fine feeding by the small screw, a vacuum system further removes residual air. Finally, strong bottom vibration combined with cylinder-driven bag-shaking compaction ensures superior degassing performance compared with vertical-screw models, making it ideal for ultra-high-air-content, highly fluffy powder materials. The equipment emphasizes gravimetric weighing and metering, and comes standard with air-bag bag clamping, automatic hook release, dual dust collectors, and a triple-degassing system. The lithium-battery-specific version is tailored for core lithium-battery materials such as lithium iron phosphate and graphite powder, producing densely packed ton bags that can be directly stacked and palletized, seamlessly integrating with automated packaging lines.
  • Product Description

    The degassing packaging machine is a specialized equipment designed for high-air-content, fluffy powders. It is available in two configurations: vertical-screw degassing and horizontal-screw degassing. By integrating screw feeding with mechanical or vacuum-based degassing, this machine effectively removes entrapped air from the material, increases bulk density, and prevents ton bags from bulging or collapsing during transport. It is a core solution for packaging high-air-content powders in the lithium-battery and chemical industries.

    The horizontal screw degassing packaging machine features a triple-degassing system comprising large- and small-diameter horizontal screw feeding, mechanical extrusion degassing, and vacuum-assisted degassing. After coarse feeding by the large screw, the material is mechanically compressed by an extrusion plate to expel most of the entrapped air; during fine feeding by the small screw, a vacuum system removes any remaining air. Finally, strong bottom vibration combined with cylinder-driven bag-shaking compaction ensures superior degassing performance compared with vertical-screw models, making it ideal for ultra-high-air-content, highly fluffy powder materials. The equipment emphasizes gravimetric weighing and metering, and comes standard with air-bag bag clamping, automatic hook release, dual dust collectors, and a triple-degassing system. The lithium-battery-specific version is tailored for core lithium-battery materials such as lithium iron phosphate and graphite powder, producing densely packed ton bags that can be directly stacked and palletized, fully compatible with automated packaging lines.

    Technical Specifications

    Parameter item

    MY-SXT-500 (500 kg/bag)

    Lithium-ion battery-specific model MY-SXT-LD (500 kg/bag)

    Package weight

    500 kg / bag

    500 kg per bag (for lithium batteries only)

    Packaging accuracy

    ±150 g (to be weighed)

    ≤150 g (weighed using a Mettler Toledo balance)

    Packaging speed

    ≥6 packs/hour

    ≥5 packs/hour (triple degassing)

    Feeding + Degassing Method

    Large- and small-scale helical feeding + mechanical extrusion + vacuum degassing + mechanical vibration compaction

    Large- and small-scale horizontal helical anti-sticking feeding + mechanical extrusion + vacuum degassing (316L sintered mesh) + mechanical vibration compaction

    Measurement method

    Hereinafter referred to as “weighing” (main feature, standard configuration)

    Weighing (main product: METTLER TOLEDO C3 sensor + instrument)

    Bag-clamping method

    Airbag clamp bag (standard, large diameter)

    Airbag clamp bag (standard configuration, no copper-zinc, large diameter)

    Decoupling methods

    Automatic uncoupling (standard, high thrust)

    Automatic decoupling (standard configuration, PTFE gasket isolation, high thrust)

    Degree of vacuum

    ≤-0.08 MPa (negative-pressure degassing, adjustable)

    ≤-0.09 MPa (negative-pressure degassing, adjustable)

    Bulk density increase

    40%-50%

    50%-60% (for lithium-ion battery powders only)

    Material Requirements

    Contact materials: 304 stainless steel; extrusion/degassing components: 316L

    Entire unit constructed from 304 stainless steel; material-contact surfaces coated with 0.3 mm ETFE; extrusion/degassing components made from 316L stainless steel.

    Protection Requirements

    Fully sealed dustproof + leak-proof

    Exposed components are prohibited from containing copper or zinc; no magnetic impurities are allowed; fully sealed to prevent powder or gas leakage.

    Dust Removal Configuration

    Dual High-Precision Pulse Dust Collector (Standard Configuration)

    Dual-high-precision pulse dust collector (standard configuration, filtration accuracy of 0.1 μm)

    Power supply

    380V 50Hz, three-phase five-wire system

    380V 50Hz, three-phase five-wire system

    Total power

    10 kW (including feeding / degassing / dust removal)

    15 kW (including feeding, degassing, dust removal, sampling, and material replenishment)

    Air source

    0.4–0.6 MPa, air consumption ≤ 0.5 m³/min

    0.4–0.6 MPa, air consumption ≤ 0.6 m³/min

    Communication Interface

    Reserved DCS/MES interface (optional)

    Standard DCS/MES interface for real-time data upload and traceability across the entire process.

    Compatible bag size

    ≥900×900×800mm

    ≥900×900×800 mm (suitable for lithium-ion battery cathode materials)

    Lithium-ion Battery-Specific Characteristics (New)

    /

    Copper- and zinc-free material, 0.3 mm ETFE coating, air content controlled to below 3%.

    Overall weight

    ≥1300kg

    ≥1600kg

    Equipment footprint

    3.5 m × 2.5 m × 3.8 m

    3.8 m × 2.7 m × 4.0 m

    Application Industries

    New energy lithium battery materials (lithium iron phosphate, ferrous phosphate, graphite powder, and cathode/anode materials for lithium-ion batteries); chemical industry (carbon powder, pigment powder, foaming powder, and other high-gas-content powders); rubber and plastics industry (foamed rubber and plastic powders, lightweight fillers).

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