800mm PP Meltblown Nonwoven Fabric Making Machine for Disposal Face Mask

Customization: Available
Application: Nonwoven Surgical Gown
Automatic Grade: Automatic

Product Description

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Basic Information

Model NO.
HG-1600/2400/3200
Certification
CE, ISO9001: 2000
Effective Width
1600/2400/3200mm
Capacity
5-25 Tons
Speed
100-500m/Min
Raw Material
Polypropylene
Processing
Spunbond/Meltblown
GSM Range
10-200g/m²
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High Quality PP Spunbond Nonwoven Fabric Machine

This spunbond nonwoven fabric making machine is a full production line for producing PP non-woven fabrics. It utilizes polypropylene granules as raw material and adopts the latest spunbond spinning technology to produce endless filaments.

The system is an integrated, continuous production line that transforms polymer granules directly into a fabric web. It is a cost-effective and high-efficiency solution for manufacturing single-layer spunbond nonwoven fabrics (S).

Spunbond Nonwoven Machine

Typical Applications:

  • Agriculture: Crop covers, weed control fabric.
  • Geotextiles: Soil stabilization, drainage layers.
  • Packaging: Shopping bags, wrapping.
  • Furniture: Spring insulators, mattress backing.
  • Home: Housewrap, roofing base.
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Operation Showcase

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Key Characteristics

1
Lower Investment Risk: Simpler layout ideal for small to medium enterprises.
2
Lower Capital Cost: Entry-point technology for many manufacturers.
3
High Efficiency: Designed for continuous, high-speed production with excellent uptime.
4
Good Uniformity: Advanced spinning systems ensure CD and MD fabric uniformity.
Machine Detail 1
Machine Detail 2
Machine Detail 3
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Technical Specifications

Model HG-1600S HG-2400S HG-3200S
Capacity (kgs) 40,000 60,000 100,000
Power (kW) 250kW 350kW 450kW
Width (mm) 1600mm 2400mm 3200mm
Max Speed 200m/min 200m/min 200m/min
Thickness (GSM) 10-200g/m² 10-200g/m² 10-200g/m²
Dimension (L*W*H) 20*8*11m 20*10*11m 20*12*12m
Production Line View
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Production Process Zones

Process Map

1. Extrusion System: PP chips are melted using heated barrels.

2. Spinning Beam: Molten polymer is pushed through a spinneret to form filaments.

3. Quenching & Drawing: Cool air solidifies filaments, which are then stretched for strength.

4. Web Formation: Filaments are scattered onto a moving belt to form a uniform web.

5. Thermal Bonding: Heated rollers fuse filaments together to create the final fabric.

6. Winding: Finished fabric is wound into rolls and slit to size.

Machine component
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Professional Production Solutions

With over 20 years of experience, we provide reliable nonwoven fabric production lines exported to 20+ countries. We support our customers with:

  • One-stop project engineering from A to Z.
  • Market analysis and feasibility reports.
  • 2 years of free engineering after-sale service.
  • On-site installation and personnel training.
Global Project 1
Global Project 2
Fabric Roll

Frequently Asked Questions

What's the lead time for orders?
As usual, it takes 30-45 days for production and preparation.
Do you provide overseas after-sales service?
Yes, we provide door-to-door engineering services for all international clients.
What is included in the installation service?
We provide turn-key services including mechanical and electrical work, commissioning, and staff training. This typically takes 40-45 days.
Can you support the project from the factory planning stage?
Yes, we support clients from market study and factory building dimensions to power supply setup and machine training.
What does 20 GSM mean?
GSM stands for grams per square meter. For example, 20 GSM means the non-woven fabric weighs 20g per square meter. Medical use typically requires 30-50 GSM, while shopping bags use 50-80 GSM.
What are the standard dimensions of the production line?
The standard spunbond machine dimension is approximately 20m x 7m x 11m (Length x Width x Height), though this varies by specific model.

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