Spunbond Nonwoven Machine Supplier & Factories

Global Engineering Excellence in High-Performance PP Spunbond, Meltblown, and Composite Turnkey Production Lines

Your Global Partner in Spunbond Machinery Excellence

Pujiang HG Nonwoven Machinery Co., Ltd. (established in 2014) is a globally recognized manufacturer specializing in advanced polypropylene (PP) spunbond, meltblown, and composite nonwoven fabric machinery. Backed by over 20 years of collective industry experience, we offer custom-tailored, energy-efficient turnkey engineering solutions to clients in over 20 countries.

Our commitment to high-performance, eco-friendly, and biodegradable spunbonded technologies has made us the supplier of choice for businesses scaling their production capabilities. By incorporating 5th Generation spunbond spinning technologies, HG Nonwoven Machinery integrates autonomous market adaptations with international industrial design concepts, resulting in low power consumption, minimized floor space, and maximized throughput rates.

HG Nonwoven Machinery Production Facility

20+

Years Industry Experience

300+

Nonwoven Lines Commissioned

20+

Global Export Destination Countries

24

Months Engineer After-Sale Warranty

Hot-Sale Production Lines

Optimized machine configurations designed for specific industrial demands, certified for high operational uptime and fabric consistency.

S/SS PP Nonwoven Fabric Making Machine

S/SS PP Nonwoven Line

Ideal for manufacturing lightweight packaging materials, furniture backings, and crop-protection agricultural fabrics.

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SMS Spunbond and Meltblown Nonwoven Machine

SMS Composite Line

Specially configured for the medical and personal hygiene industries, providing high barrier performance and fluid resistance.

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SMMS Nonwovens Production Machine

SMMS Production Line

Features double-beam spunbond combined with double-beam meltblown extruders for superior filtration efficiency and fabric softness.

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SSMMS Polypropylene Spunbond Nonwoven Production Line

SSMMS Production Line

5-layer premium configuration offering outstanding barrier protection and high breathability for intensive medical uses.

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Selecting The Ideal Machine for Key Industry Sectors

From microclimate protection in crop cultivation to high-end medical filtration, our engineering adapts to precise product density and physical specifications.

Nonwoven Machinery for Hygiene Applications

Hygiene & Sanitary Products

Produces ultra-soft, breathable, and highly absorbent fabrics for diapers, sanitary napkins, and adult incontinence solutions.

Softness & Fluid Management
Medical Grade Nonwoven Fabric Machine

Medical Protective Wear

Ensures exceptional barrier performance against viral and biological agents, essential for surgical masks, drapes, and gowns.

EN 13795 & AAMI Compliance
Packaging Nonwoven Fabric Machine Line

Eco-Friendly Packaging

Fabricates lightweight, high-tensile bags, pocket springs, and interlinings designed for reuse and waste-minimization.

High Tensile & Reusable
Agricultural Crop Cover Nonwoven Machine

Smart Agriculture Textiles

Creates frost covers, weed control mats, and shading fabrics that allow water/air flow while protecting crops from UV and pests.

UV-Stabilized & Semi-Permeable

Industry Analysis: Global Trends & Technology Evolution

The global spunbond nonwoven manufacturing landscape is undergoing a major shift. Raw material cost volatility, stricter environmental mandates, and the demand for lightweight yet high-strength fabrics are driving manufacturers to seek next-generation machinery. Today, modern industrial installations must balance high production volumes with strict resource conservation.

Technological Leap: The 5th Generation Spunbond Process

By moving away from traditional mechanical drafting systems, modern 5th Generation machinery utilizes a closed-loop aerodynamic slot-drafting configuration. High-velocity air currents stretch extruded polypropylene filaments down to sub-micron or low-denier scales, resulting in superior web uniformity and structural integrity with less material.

Global Procurement Demands and Strategic Sourcing

When purchasing industrial nonwoven equipment, procurement teams prioritize several key metrics: Energy Consumption Index (kWh/ton of fabric produced), Extrusion Uniformity (GSM variation limit ≤ 2%), and Turnkey Installation timelines. At HG Nonwoven Machinery, we address these technical requirements by providing complete transparency and custom engineering services from initial feasibility studies through plant layout and final on-site validation.

Technical Index & Machine Performance Comparison

Machine Model Type Standard Width (mm) Fiber Denier (den) Max Speed (m/min) GSM Range (g/m²) Typical Production Application
HG-S Single Beam 1600 / 2400 / 3200 1.8 - 2.2 150 - 200 10 - 150 Reusable Shopping Bags, Mattress Covers, Linings
HG-SS Double Beam 1600 / 2400 / 3200 1.5 - 2.0 350 - 400 10 - 100 Premium Agricultural Covers, Furniture, Hygiene Backing
HG-SMS Composite 1600 / 2400 / 3200 Spunbond: 1.5-2.0 / Meltblown: 2-4 μm 400 - 600 12 - 80 Surgical Masks, Gowns, Medical Protective Coveralls
HG-SSMMS Advanced 2400 / 3200 Spunbond: 1.2-1.8 / Meltblown: 1-3 μm 600 - 800 8 - 60 Ultra-Thin Baby Diapers, Sterile Medical Packs, Hygiene products

Comprehensive Macro Solutions: A-to-Z Turnkey Engineering

Setting up a nonwoven factory involves more than just purchasing a core spinning line. As a true partner, HG Nonwoven Machinery designs and integrates complete downstream processing operations to ensure seamless manufacturing. Our turnkey engineering solutions cover the entire production cycle:

  • Integrated Material Feeding System: Automated vacuum conveying systems, gravimetric dosing devices, and additives mixers to ensure consistent raw material blends.
  • Inline Edge Recycling Systems: Continuous edge trim recovery directly back to the extruder to reduce polymer waste to near-zero.
  • Integrated Downstream Units: Custom slitting and winding machines, high-speed flexographic printing units, and high-strength laminators for composite fabrics.
  • Intelligent Control Panels: Fully integrated PLC panels with remote diagnostics capabilities to allow quick setup and real-time monitoring of thermal and pneumatic settings.
HG Nonwoven Machinery Assembly and Testing Floor

Localization, Support & Compliance Guarantee

Expanding manufacturing operations into foreign markets requires strict adherence to international safety standards, local electrical regulations, and environmental codes. All production systems built by HG Nonwoven Machinery carry CE certifications and align with ISO9001 quality management guidelines.

Our global engineering network provides complete localization support. We assist your engineering team in aligning the machinery with national grid systems, cooling water requirements, and safety protocols. Once on site, our experienced technicians oversee installation and run comprehensive commissioning tests, followed by training programs for your operating crew.

Technical Market Feasibility

We provide detailed regional demand reports and plant layouts to streamline your capital expenditure approvals.

Remote & On-Site Diagnostics

Equipped with modern PLC connections, our technical support team offers real-time monitoring and software adjustments from our global service centers.

Technology Roadmap: Future-Proofing Nonwoven Manufacturing

Our commitment to continuous innovation guides our long-term technology initiatives and product development goals.

Biodegradable Polymer Optimization (PLA & Cohorts)
Refining thermal processing and die heads to run 100% bio-based polymers (like Polylactic Acid) at high speeds, avoiding structural fiber degradation.
Acoustic Web Uniformity Mapping
Integrating real-time ultrasonic density detectors to monitor and automatically correct fiber distribution across the conveyor belt.
Next-Gen Intelligent Energy Management
Integrating exhaust-heat recapture loops to pre-heat air drafting systems, lowering overall electrical consumption by up to 15%.

Spunbond Nonwoven Machinery FAQ

Technical guidance and answers to common procurement, configuration, and production questions.

Q1: What are the primary differences between S, SS, SMS, and SMMS production lines?
The designation denotes the arrangement of extrusion beams. S lines utilize a single spinning beam to deposit spunbond filaments, suitable for light packaging. SS lines use two beams for improved tensile strength. SMS and SMMS lines integrate meltblown (M) extrusion beams between the spunbond (S) layers, creating a composite fabric with high liquid-barrier and filtration properties, which is ideal for medical face masks and surgical drapes.
Q2: What is the typical energy consumption profile of HG Nonwoven machines?
Our 5th Generation machines incorporate optimized heating zones and aerodynamic drafting mechanisms, reducing total energy usage compared to older models. Depending on configuration and output density (GSM), power consumption typically ranges from 800 to 1200 kWh per ton of high-quality fabric.
Q3: How does the integrated recycling system handle edge trim waste?
During production, the rough outer edges of the fabric are trimmed to meet width requirements. Our inline recycling system vacuums these edge trims, feeds them into a side compactor, and returns the re-melted polymer back to the primary extruder feed zone, maintaining high material efficiency and reducing waste.
Q4: What is the typical lead time for delivery and commissioning of a turnkey project?
Standard lead times for manufacturing and factory testing range from 4 to 6 months depending on the configuration (S vs. SSMMS). On-site installation, wiring, testing, and training typically require 4 to 8 weeks, supported by our experienced field engineers.
Q5: Can these machines process alternative resins like PLA or recycled PP?
Yes, our latest extrusion zones and screw designs can process post-consumer recycled PP chips and biodegradable resins like Polylactic Acid (PLA) by adjusting temperature profiles and screw speeds to accommodate changes in polymer melt flow behavior.
All Spunbond Nonwoven Machine Products