Explore our industrial-grade nonwoven production systems designed for maximum energy efficiency, exceptional web uniformity, and long-term operating reliability.
Since its founding in 2014, Pujiang HG Nonwoven Machinery Co., Ltd. has established itself as an authoritative manufacturer and turnkey project engineer of high-performance polypropylene (PP) spunbond, meltblown, and multi-layer composite (SMS, SMMS, SSMMS) nonwoven production lines. By integrating global 5th Generation spunbond spinning technology with autonomous domestic R&D, we offer high-precision machinery characterized by high operational reliability, reduced spatial footprints, optimized energy efficiency, and remarkably low total cost of ownership (TCO).
Modern nonwoven manufacturing demands extreme structural uniformity and precision. HG Nonwoven Machinery tackles these challenges directly by providing advanced thermodynamic melt distribution, continuous filtration systems, and aerodynamic attenuation designs. This ensures that global manufacturers can produce eco-friendly, biodegradable, and high-barrier nonwoven materials that conform strictly to international medical and hygiene standards.
"By choosing HG Nonwoven Machinery, you partner with a manufacturer committed to operational excellence, engineering sustainability, and comprehensive support—from feasibility study to final output optimization."
Our commitment to quality, technology development, and worldwide localized engineering services is reflected in our structural achievements.
Understanding the shifting demands of high-efficiency filtration, medical insulation, and green initiatives.
Modern air filtration (HEPA/ULPA, N95/FFP2 masks) requires meltblown fibers to be attenuated down to 0.5 to 2.0 microns. Advanced die tip structures and optimized hot air distribution are critical to achieving high web uniformity without structural defects.
With global industrial power costs escalating, modern machinery must optimize heat transfer. Using high-precision induction heating, intelligent temperature control loops, and direct-drive extruders minimizes thermal waste and reduces operational overhead.
Filtration efficiency relies heavily on electrostatic charge retention within the PP fibers. Upgraded water-electret or high-voltage corona treatment units inject stable charges, dramatically increasing Particle Filtration Efficiency (PFE) while maintaining low airflow resistance.
In today's highly competitive market, international procurement teams are moving away from simple low-cost machinery sourcing. Instead, they prioritize system stability, high-speed automated winding, localized compliance certificates (such as CE, UL, and ISO), and integrated raw material recycling. Turnkey capabilities that manage everything from initial plant design to on-site calibration represent the benchmark for reliable equipment investment.
Pujiang HG Nonwoven Machinery Co., Ltd. is a dedicated engineered solutions provider offering complete engineering, procurement, and construction (EPC) services. By integrating domestic manufacturing capabilities with advanced German and Italian spinning design principles, we have successfully developed our proprietary 5th Generation spunbond technology.
Our machine systems optimize polymer melt distribution through high-density spinnerets, ensuring a tight coefficient of variation (CV%) in gram weight. This makes our equipment particularly suitable for critical medical-grade barriers (SMS, SMMS) and high-strength packaging applications. We enable customers to configure customizable web-forming configurations, calenders, slitters, and packaging systems to meet their targeted product portfolios.
Every line features integrated closed-loop heat recovery, optimized scrap recycling systems, and low-vibration structural designs to achieve sustainable carbon-neutral production targets.
How HG Nonwoven Machinery supports your industrial investment from planning through optimization.
Our systems incorporate advanced melt pumps, continuous screen changers, and modular spinneret designs to ensure maximum output with minimal downtime. We offer tailored structural customization to fit existing facility heights, layouts, and ambient climate restrictions.
We leverage our 20+ years of industrial knowledge to compile detailed feasibility studies, including raw material PP consumption calculations, utility requirements (water, gas, electricity), localized labor estimations, and expected ROI parameters.
Our solutions go beyond core extrusion. We supply and integrate ancillary systems including plastic scrap granulator recycling machines, high-speed slitter-rewinders, flexographic multi-color inline printers, and thermal laminators for composite barrier textiles.
We deploy senior installation engineers worldwide to handle assembly, wiring, PLC calibration, and trial runs. We conduct rigorous operational training for local crews and provide a comprehensive 24-month warranty alongside remote IoT diagnostic assistance.
Explore the technical specifications of our most demanded production line configurations.
Tailored for lightweight packaging bags, household furniture linings, and protective agricultural crop covers.
A hybrid system combining spunbond and meltblown webs to produce high-barrier medical textiles and gowns.
Four-layer technology with dual-beam meltblown deposition, ideal for high-spec surgical masks and sterile packaging.
Our top-tier composite line featuring 5 independent beams. Provides maximum softness, breathability, and reliable barrier resistance.
Select the ideal machinery line designed specifically for your target market requirements.
Providing high softness, rapid liquid penetration, and skin-friendly properties. Essential for manufacturing baby diapers, adult incontinence products, and sanitary napkins.
Focusing on high filtration, anti-microbial protection, and fluid resistance. Ideal for surgical drapes, sterilizing wraps, isolation gowns, and medical protective masks.
Achieving eco-friendly reuse, high tensile strength, and color customizability. Used widely for shopping tote bags, wardrobe dust covers, agricultural bulk packaging, and spring pocket linings.
Delivering micro-climate regulation, high air/water permeability, and UV stabilization. Designed to protect crops, young plants, and seeds from cold, insects, and harsh sunlight.
Our continuous R&D initiatives focus on sustainability, automation, and operational performance.
Optimizing die-head melt temperatures to process eco-friendly biopolymers like PLA and PBS, reducing reliance on fossil fuels.
Integrating closed-loop thickness scanners with automatic drafting air chambers to instantly adjust and control GSM variations down to ±1% in real time.
Implementing superheated water steam as the drawing agent to produce ultra-fine sub-micron meltblown fibers at significantly lower electricity consumption levels.
Integrating compact pelletizers to feed edge trims directly back into the primary extruder feed block, eliminating waste and reducing material costs.
Expert answers addressing the critical operational, financial, and structural concerns of industrial buyers.
Complete your production setup with specialized extrusion lines and support machinery.
HG NONWOVEN