Explore our top-performing nonwoven machinery manufactured to the highest international standards
HG Nonwoven Machinery stands at the forefront as a professional, globally recognized manufacturer of spunbond, meltblown, and composite nonwoven fabric machine lines. We are deeply dedicated to delivering high-efficiency, sustainable, and technologically innovative spunbond nonwoven fabric production systems to the international industrial market.
Our core engineering strategy involves the integration of advanced European design concepts—specifically our 5th Generation spunbond spinning technology—combined with targeted in-house modifications designed to satisfy actual regional market dynamics. The result is a system characterized by exceptionally convenient operations, space-saving layouts, minimal power consumption, maximum output efficiency, and optimized unit production costs.
Operating from Pujiang, HG Nonwoven Machinery has established a stellar reputation since 2014. We specialize in producing comprehensive turnkey engineering setups for PP spunbond and meltblown nonwovens. Our production systems prioritize environmental integrity, supporting eco-friendly processes and biodegradable materials processing to keep global manufacturing operations aligned with future circular economy requirements.
Why top-tier global manufacturers select HG Machinery for advanced nonwoven infrastructure
Our plants specialize in designing and engineering high-capacity spunbond and meltblown machinery. Every system integrates premium components that minimize heat dissipation, enhance extruder stability, and maximize raw polymer conversion ratios.
Leveraging two decades of cross-border experience, we support clients with deep localized demand evaluations, capacity projections, and localized structural cost studies to produce highly reliable project feasibility reports.
Beyond producing the core PP spunbond/meltblown line, we source, qualify, and integrate downstream processing hardware—including nonwoven recycling lines, high-speed slitting systems, flexo printers, laminators, and bag makers.
We provide extensive operator training programs and back our lines with an industry-leading 24-month technical field service commitment. Support options include local deployment of mechanical and electrical specialists and digital diagnostics.
As the international marketplace searches for robust, cost-effective, and highly reliable filtration and medical barrier materials, China's meltblown manufacturing sector has undergone a massive paradigm shift. No longer defined simply by mass output, modern Chinese factories—spearheaded by engineering pioneers like Pujiang HG Nonwoven Machinery—have embraced advanced mechanical automation, polymer optimization, and thermal efficiency.
The performance of meltblown nonwovens depends strictly on the uniformity of the microfibers produced. HG's 5th Generation technology achieves precise control over the polymer melt distribution through a proprietary coat-hanger design within the die head. This system ensures that molten polypropylene (PP) with a high melt flow index (MFI) of 1200 to 1800 g/10min is distributed equally across the entire width of the machine, preventing the occurrence of thin spots or heavy blotches in the web.
By leveraging an integrated industrial ecosystem in Pujiang, HG Machinery enjoys significant cost and supply-chain advantages that are directly passed on to our global partners. Key advantages include:
A major bottleneck for new entrants in the nonwoven sector is the coordination of multiple machinery vendors. HG mitigates this risk through a comprehensive, single-point project delivery mechanism. We do not just build the extruder; we manage the layout design, environmental conditioning calculations (such as humidity and temperature controls required for consistent electret charging), installation supervision, and final commissioning trials.
In an era characterized by volatile energy costs and strict environmental mandates, the profitability of a nonwoven production line depends on resource efficiency. Our machinery utilizes advanced insulation on heating blocks, dynamic variable-frequency drives, and optimized hot air attenuation systems that together reduce electricity consumption by up to 20% compared to legacy architectures. Additionally, our dedicated waste recycling granulators ensure that edge trims and start-up scrap are immediately reprocessed into raw material, bringing operational waste near zero.
Proven industrial configurations operating successfully in multiple global regions
Optimized for packaging bags, agricultural protection, and furniture backing materials.
High-barrier composite output engineered specifically for medical drapery and hygiene covers.
Four-layer barrier configuration providing exceptional filtration efficiency and fluid repellency.
Premium line structure ensuring extreme softness, drapeability, and advanced barrier defense.
We assist enterprise buyers in matching chemical raw materials and machinery setups to their end markets
High softness and moisture management are critical for baby diapers, sanitary pads, and adult incontinence products.
Ensures premium pathogen and fluid filtration for surgical gowns, drapes, cleanroom sheets, and respirators.
Robust tensile strength for reusable bags, fruit protection envelopes, apparel liners, and furniture base layers.
UV-stabilized, permeable, lightweight webs to cover crops, regulating heat, moisture, and pest exclusion.
Our engineering ethos is grounded in "high quality, good service." We provide our customers with custom options that maximize reliability and cost structures over multi-decade lifecycles.
In addition to advanced mechanical engineering, HG Machinery ensures the plant's auxiliary workflows are balanced. For example, our Plastic Granulator Machine for Recycling integrates directly into the production line. Instead of throwing away edge trims or running defective starts into waste landfills, our granulators automatically slice, melt, and pelletize scrap material to feed back into the main hopper. This loop lowers raw material expenditure, significantly bolstering the sustainable and biodegradable product claims made by our clients.
Answering the most critical technical and logistical questions for global sourcing directors
Our 5th Generation spunbond and meltblown systems feature an improved spinneret design, lower airflow friction, and optimized heating profiles. This layout minimizes polymer degradation in the channels, reduces electricity usage by up to 20%, and guarantees a standard deviation of web uniformity below 1.5% across high-width runs.
Yes. Our extrusion profiles, barrel thermal zones, and drawing air mechanisms are highly adjustable. This allows operations to transition from traditional petroleum-based Polypropylene (PP) to biodegradable options like Polylactic Acid (PLA) or Polyhydroxyalkanoates (PHA) without requiring completely new extruders.
HG provides complete turnkey project engineering. We send seasoned structural and PLC software engineers to supervise foundation preparation, machinery assembly, parameter tuning, and operator training. All setups are backed by a comprehensive 24-month warranty and 24/7 digital remote access diagnostics.
The granulator recovers edge-trims and production startups directly. By turning this scrap material back into reusable resin pellets, it minimizes virgin resin waste, reducing material raw costs by up to 3% to 5% annually, depending on the scale of your operation.
Fabrics produced on our high-precision lines (SMS, SMMS, SSMMS) easily meet medical requirements such as European EN 14683 Type I, II, and IIR ratings, as well as American ASTM F2100 standards. Our meltblown modules generate filtration layers suitable for NIOSH N95 and EN 149 FFP2/FFP3 standards.
Select the specific structural config required for your industrial expansion plans
HG NONWOVEN
