China High Speed Spunbond Nonwoven Fabric Manufacturing Machine line Supplier, Suppliers

HG Nonwoven Macinery is one well-known non woven fabric machine manufacturer in China, which specializes in manufacturing all types of PP/PET/PLA spun bond and melt blown non woven fabric making machine such as S/SS/SSS/SMS/SMMS/SSMMS include turn-key project service.

Product Description

What is Spunbond Nonwoven Fabric Making Machine?

Spunbond nonwoven fabric making machine is a full production line of producing PP non-woven fabrics, which uses polypropylene granules as raw material and adopts the latest spunbond spinning technology to produce endless filaments.

The spunbond nonwoven machine is an integrated, continuous production line that transforms polymer granules like polypropylene directly into a fabric web. It serves as the core equipment for manufacturing Spunbond Nonwoven Fabric (S), which is one of the most common types of nonwoven fabric making machines.

The single spinning head (S) nonwoven machine is characterized by its simplicity, cost-effectiveness, and high efficiency in producing a wide range of standard, single-layer spunbond nonwoven fabrics. It is the ideal solution for manufacturers targeting large-volume, price-sensitive markets where the functional requirements of the fabric can be met by a homogeneous structure.

PP Spunbond Nonwoven Fabric Machine (1600S / 2400S / 3200S)

The production machine line can produce nonwoven fabrics with a maximum width of 1600mm / 2400mm / 3200mm, with weights ranging from 10 to 200 GSM.

Typical Applications:
  • Agriculture: Crop covers, weed control fabric, plant protection.
  • Geotextiles: Soil stabilization, erosion control, drainage layers.
  • Packaging: Wrapping, shopping bags, durable goods covers.
  • Furniture & Bedding: Spring insulators, quilt backing, mattress.
  • Home Improvement: Housewrap, roofing base.
Spunbond Nonwoven Machine

Key Characteristics of Spunbond Nonwoven Machine

  • Simplicity with lower Investment Risk: The machine layout is simpler and Ideal for small to medium-sized enterprises.
  • Lower Capital Cost: Significantly cheaper to purchase and install. This makes it the entry-point technology for many manufacturers.
  • Easier Operation and Maintenance: With only one spinning beam and drawing unit, the operational parameters are simpler to control.
  • High Production Efficiency: Designed for continuous, high-speed production, leading to high output and excellent uptime.
  • Good Uniformity: Advanced spinning systems can produce fabric with excellent cross-direction (CD) and machine-direction (MD) uniformity.
Nonwoven Machinery

Key Operational Zones of the Spunbond Machine

1 Raw Material Feeding & Extrusion System

PP chips and additives (such as color masterbatch) are fed into the system. They are melted in the extruder using heated barrels and a rotating screw.

2 Melt Pump & Spinning Beam (Spin Pack/Spinneret)

The melt pump provides precise, constant pressure to push the molten polymer forward, ensuring consistent filament thickness. The molten polymer is forced through the spinneret—a metal plate with numerous fine holes, forming continuous molten polymer filaments.

3 Filament Quenching & Drawing System

As the filaments exit the spinneret, cool air is blown across them in the quenching chamber to solidify them. The solidified filaments are then stretched (drawn) by high-speed air jets in the air drafter. This step is critical as it aligns the polymer molecules, increasing filament strength and reducing its diameter.

4 Web Formation & Suction Unit

The high-velocity air from the drafter carries the filaments and randomly scatters them onto a moving, perforated forming belt. A suction unit underneath the belt pulls the air through, helping the filaments to lie down in a uniform, random web. This randomness ensures isotropic strength (similar strength in all directions).

5 Thermal Bonding (Calender Bonding)

The web passes through heated steel rollers (calenders), where one or both rollers are engraved with a pattern. Under heat and pressure, the filaments fuse together at these contact points, producing a thin, strong, and relatively flat spunbond nonwoven fabric.

6 Winding & Slitter

The finished fabric is automatically wound into large jumbo rolls. An inline slitter trims the edges and can slit the wide web into narrower rolls as required by the customer.

Why Choose Us

Your Trustworthy Partner in Spunbond Nonwoven Machines

We enable our customers worldwide to produce nonwoven fabrics economically, reliably, and sustainably.

  • Support nonwoven market analysis and feasibility report.
  • Provide one-stop project engineering solution from A to Z.
  • Provide 2 years of free door-to-door engineering after-sale service.

Technical Specifications

(Custom configurations available upon request.)

Model Model 1600S Model 2400S Model 3200S
Production capacity (kgs) 40,000kgs 60,000kgs 100,000kgs
Power Consumption(kW) 250kW 350kW 450kW
Machine Width(mm) 1600mm 2400mm 3200mm
Max. Production Speed (m/min) 200m 200m 200m
Nonwoven fabric Thickness(GSM) 10-200grams/sq.m 10-200grams/sq.m 10-200grams/sq.m
Production line dimension(L*W*H) 20*8*11m 20*10*11m 20*12*12m
nonwoven machine detail

Professional Production Technology & Engineering

Leading Nonwoven Fabric Making Machine Manufacturer for Over 20 Years

We specialize in manufacturing all types of PP/PET/PLA spunbond and meltblown nonwoven fabric making machines, including S/SS/SSS/SMS/SMMS/SSMMS configurations. Our turn-key project engineering focuses on producing high-performance, eco-friendly, and biodegradable nonwoven fabric materials.

With more than 300+ nonwoven fabric production lines operating globally, we have successfully exported machinery to over 20 countries and regions. Our technical designs integrate advanced overseas concepts, featuring the 5th Generation spunbond spinning technology, customized to target specific market requirements. Consequently, the production lines are characterized by convenient operation, compact layouts, low power consumption, high efficiency, and minimized production costs.

We adhere to "high quality, good service" as our guiding tenet, enabling our global customers to manufacture nonwoven fabrics economically, reliably, and sustainably.

  • Focus on nonwoven fabric making machines manufacturing.
  • Support nonwoven market analysis and feasibility reports.
  • Provide One-Stop turn-key project engineering solutions from A to Z.
  • Guarantee highly efficient on-site maintenance services.
nonwoven machine
Frequently Asked Questions
What is the raw material used in the spunbond nonwoven machine?
The machine uses polypropylene (PP) granules as the main raw material, which are melted down and extruded along with additives like color masterbatch to produce endless filaments.
What are the typical applications for fabrics produced by this machine?
Common applications include agriculture (crop covers, weed control), geotextiles (soil stabilization, drainage layers), packaging (shopping bags, wrapping), furniture/bedding components, and home improvement (housewrap, roofing base).
What are the primary differences between the 1600S, 2400S, and 3200S models?
The models vary mainly in production capacity (ranging from 40,000 kgs to 100,000 kgs), power consumption (from 250kW to 450kW), machine widths (1600mm to 3200mm), and installation space dimensions.
What are the advantages of a single spinning head (S) design?
It offers simplicity, lower capital costs, lower investment risk, and easier operation and maintenance. It is an ideal entry-point solution for small to medium-sized enterprises targeting high-volume, price-sensitive markets.
How does the thermal bonding process work?
The extruded filament web passes through heated steel calender rollers. Under heat and pressure, the filaments fuse together at contact points, producing a thin, strong, and relatively flat spunbond fabric.
What services are included in the turn-key project solutions?
The services include support for market analysis, feasibility reports, full project engineering from A to Z, and 2 years of free door-to-door engineering after-sale service.

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