Explore our high-performance nonwoven machinery configurations engineered for unmatched efficiency, material versatility, and industrial-grade durability.
Pujiang HG Nonwoven Machinery Co., Ltd. stands at the forefront of the global nonwoven manufacturing engineering sector. Since our establishment in 2014, we have remained strictly committed to designing, engineering, and commissioning state-of-the-art Polypropylene (PP) spunbond, meltblown, and complex composite nonwoven fabric machinery.
By introducing advanced European design paradigms and combining them with our 5th Generation spunbond spinning technology, we have developed manufacturing systems that bridge the gap between heavy industrial output and cost-effective operations. Our machines are highly valued by manufacturing enterprises for their small footprints, low energy profiles, high-speed yields, and extreme operational predictability.
"Integrated engineering solutions from raw PP polymer feeding to finished roll slitting and inline recycling."
Understanding market demand, material advancements, and structural shifts driving global industrial scale.
The global spunbond nonwoven market has experienced an intense structural pivot. Driven by the heightened hygiene requirements in emerging economies and the expanding applications of geotextiles and construction underlays in North America and Europe, high-throughput, multi-beam production systems are now critical infrastructure. Modern producers require machinery that transitions effortlessly between lightweight hygiene webs (10-15 gsm) and heavy-duty industrial barriers (150+ gsm).
A key metric in semantic user search and industrial procurement is tensile strength relative to fabric weight. Standard single-beam machines (S configurations) are giving way to multi-beam layouts (SS, SSS, SMS, SSMMS). Multiple spunbond beams introduce multi-layered fiber matrices that improve overall web uniformity, increase barrier integrity, and prevent filament grouping failures.
Regulatory mandates targeting single-use plastics are forcing global producers to evaluate green polymers. HG Machinery's current technological roadmap addresses this head-on, delivering retrofitted solutions capable of extruding Polylactic Acid (PLA) and recycled Polypropylene (rPP) compounds. These modifications reduce dependence on fossil-fuel based polymers without sacrificing final web strength.
Our strategic core is built on maximizing Operational Equipment Effectiveness (OEE). We understand that raw materials account for up to 75% of operational costs in nonwoven roll production. Hence, our systems are optimized to minimize waste during start-ups, style-overs, and shut-downs.
Specially designed spin packs ensure balanced dwell times and consistent temperature profiles across the entire coat-hanger die block, preventing polymer degradation and filament breaks.
Using positive and negative pressure drafts, our aerodynamic slot-drawing systems stretch the extruded filaments to sub-micron diameters, yielding softer fabrics with higher tensile properties.
PLC-driven user interfaces collect real-time data on pressure fluctuations, heating profiles, and calender speeds, minimizing machine downtime and simplifying diagnostics.
Inside the engineering concepts powering the next generation of spunbond and meltblown composite systems.
Our engineering team focuses heavily on structural developments. Moving away from standard legacy systems, our 5th Generation spunbond spinning technology represents a massive leap in processing efficiency.
Eliminated mechanical drawing rollers in favor of high-velocity air channels. This prevents filament abrasion, reduces friction-based heat signatures, and enables line speeds up to 600m/min.
Equipped with automatic electromagnetic heating control to regulate surface temperatures within +/- 1°C. This maintains perfect thermobonding consistency throughout the entire web width.
Allows producers to layer high-pressure spunmelt barriers over high-speed meltblown webs, creating dynamic composite structures ideal for medical grade sterilization wraps and face masks.
| Parameters | S / SS Line Spec | SMS / SMMS Spec |
|---|---|---|
| Product Gsm Range | 10 - 150 g/m² | 12 - 80 g/m² |
| Max Design Speed | Up to 450 m/min | Up to 600 m/min |
| Effective Web Width | 1600mm / 2400mm / 3200mm | 1600mm / 2400mm / 3200mm |
| Filament Denier | 1.5 - 2.0 denier | Meltblown: 2 - 4 µm |
| Power Consumption | ~0.8 kWh/kg of yield | ~1.1 kWh/kg of yield |
Verified HG Engineering Lab Performance Standards
Configure your production environment with our globally recognized, hot-sale system variations designed for key industries.
Ideal for high-volume packaging bags, protective furniture backing, and agricultural protective covers.
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Engineered for critical medical draping, face coverings, gowns, and health care hygiene covers.
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Incorporates dual meltblown beams for high filtration efficiency and excellent barrier properties.
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Designed for ultra-soft, premium hygiene applications demanding extreme barrier performance and skin comfort.
Request QuoteHow HG Spunbonded Nonwoven Fabrics deliver key material specifications for modern global applications.
Nonwovens are critical in hygiene components, providing quick absorption, softness, and fluid management. Our lines manufacture highly breathable webs for baby diapers, feminine hygiene products, and adult incontinence briefs.
Medical environments demand pathogen protection and fluid resistance. Fabrics produced on our SMS/SMMS lines conform to strict international medical barriers, including face masks, sterile sheets, and disposable surgical gowns.
Thanks to high tear strength and easy processing, spunbond PP nonwovens are preferred for eco-friendly shopping bags, pocket spring covers, garment covers, and food packaging materials.
Our machines produce durable agricultural covers that create microclimates. These fabrics provide UV protection and frost shielding while allowing water and air passage to optimize crop yield.
Setting up a nonwoven factory requires more than just a spunbond line. HG Machinery delivers complete Turnkey Plant Integration. We supply, calibrate, and support the entire ecosystem, ensuring downstream processing works seamlessly with the main extrusion line.
This all-in-one approach eliminates interface issues, speeds up factory commissioning, and guarantees that edge trims are immediately recycled and fed back into the extrusion line without affecting final roll quality.
Direct inline reprocessing to reduce polymer waste to near-zero.
High-speed slitters with clean edge cuts ready for packaging.
Multicolor printing for branded bags and hygiene packaging.
Thermal and adhesive systems for custom composite barrier backsheets.
Addressing the technical, economic, and logistical factors that buyers face during feasibility analysis.
Browse our specialized machinery configurations designed to meet specific factory outputs and target markets.
HG NONWOVEN
