Precision-engineered manufacturing lines designed for high-efficiency polymer melt extrusion, web forming, and thermobonding.
Designed for heavy-duty polypropylene polymer processing with optimized melt indexing for high-tensile fabric production.
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Multi-beam composite line integrating spunbond and meltblown beams for high-barrier medical filtration textiles.
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High-speed, automated spunbonding system optimized for packaging-grade nonwoven fabrics (TNT bags).
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Double-beam configuration producing high-uniformity webs with superior soft-touch properties for hygiene coversheets.
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Versatile extrusion line handling multiple polypropylene grades with variable width and speed parameters.
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Compact 1600mm width double-beam system, perfect for specialized regional manufacturing plants.
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Five-beam composite manufacturing system delivering supreme filtration barriers and breathability standards.
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Auxiliary pelletizing and recycling unit, transforming edge trims and waste rolls back into raw material feeds.
Learn MorePujiang HG Nonwoven Machinery is a globally recognized manufacturer of high-performance spunbond, meltblown, and composite nonwoven fabric machine lines since 2014. We are dedicated to providing high-efficiency and innovative spunbond nonwoven fabric production solutions to the global market. Our company introduced advanced design concepts, specifically the 5th Generation spunbond spinning technology, from overseas and integrated them with autonomous innovations designed to meet local market conditions. As a result, HG nonwoven fabric making machines are characterized by convenient operation, compact footprint, low power consumption, high efficiency, and minimized production costs.
By offering a complete turnkey engineering service, we assist global manufacturers in setting up modern production lines from scratch. Our machinery focuses on producing high-performance, eco-friendly, and biodegradable spunbonded nonwoven fabrics that meet international performance standards.
HG Nonwoven Machinery - Precision engineering for high-output nonwoven systems.
At HG Nonwoven Machinery, our core tenet is "high quality, good service." By choosing us, you gain a reliable partner committed to helping you stand out in a competitive market. Contact us today to learn more about how to produce nonwoven fabrics economically, reliably, and sustainably.
We provide thoroughly researched regional market feasibility analyses to help you formulate project blueprints. In addition to PP nonwoven fabric making machines, we offer structural integrations including nonwoven recycling systems, slitting systems, flexo printing units, and lamination lines to fulfill diverse client demands.
Driving the transition towards intelligent, ultra-high-speed, and low-carbon nonwoven fabric production.
Our 5th Generation technology integrates optimized spin pack structures that ensure a highly uniform distribution of polymer melt pressure. Combined with intelligent slot drawing systems, this minimizes fiber diameter variations, yielding a soft and durable web structure with lower raw material consumption.
Integrating digital Closed-Loop Quenching Chambers and auto-calibrating spinnerets. Real-time scanning sensors detect fabric thickness and density fluctuations, feeding data directly back into the Siemens PLC system to instantly adjust the air velocity and pressure profiles.
Redesigning extruder screw L/D ratios to support bio-based polymers like Polylactic Acid (PLA) and Polyhydroxyalkanoates (PHA). This empowers global manufacturers to achieve zero-plastic targets and align with strict environmental mandates without sacrificing production speeds.
Market-proven configurations engineered for medical, hygiene, and packaging sectors.
Ideal for packaging nonwoven bags, furniture use, and agricultural crop protection covers.
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Specifically configured for medical protective apparel, surgical gowns, and high-barrier hygiene liners.
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Incorporates four layers of composite web forming to offer significantly higher filtration efficiencies.
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Excellent barrier properties coupled with exceptional softness and comfort for delicate skin contact.
View MoreWith deep expertise across diverse sectors like packaging, medical, hygiene, and agriculture, we help you choose the ideal system.
Non-woven fabric is essential in the hygiene sector, offering breathability, softness, and fluid management. It quickly absorbs liquid and keeps it away from the skin, making it ideal for paper diapers, adult incontinence pads, and feminine hygiene products.
Delivers critical barrier safety against biological contaminants. Essential for surgical gowns, face masks, bed sheets, and surgical drapes, ensuring high filtration efficiency, bacterial protection, and user comfort.
Offers lightweight and robust performance. Widely used for shopping bags, pocket springs, garment interlining, and protective wraps. Its durability allows for reusable carrier solutions, cutting down packaging volume.
Generates a microclimate to protect crops from frost, pests, and intensive sunlight while maintaining excellent water and air permeability. These materials are lightweight, UV-stabilized, and adaptable to harsh weather.
Pujiang HG Nonwoven Machinery integrates structural precision with China's robust industrial manufacturing supply chain.
By partnering with premium regional raw steel providers, we construct spinneret dies with tolerances of less than 0.002mm. This ensures balanced mass flow of polymers across the entire machine width, avoiding web thickness defects.
Our geographical location in Zhejiang places us at the heart of the world's leading industrial machinery clusters. This proximity translates to rapid sourcing of specialized parts, reducing assembly lead times and engineering costs.
Every line is pre-assembled and dynamically tested under load parameters inside our testing bay before shipping. We measure thermal consistency of heating rollers and extrusion drive motor vibration frequencies under real-world conditions.
Addressing the technical and financial variables that procurement managers consider when investing in nonwoven production assets.
Industrial machinery procurement involves evaluating not just the initial capital expenditure (CAPEX) but the ongoing operating costs (OPEX). HG machines utilize optimized heating systems, high-efficiency motors, and waste-heat recovery loops. This design cuts energy consumption by up to 15-20% compared to legacy machinery designs.
Our built-in scrap recycling units directly process edge trims, transforming them back into clean polymer melt feeds, minimizing raw material waste and saving hundreds of tons of PP annually.
No two factory layouts are identical. Our engineering team designs production lines tailored to your floor space, ceiling height, and utilities. We support custom integrations including:
From initial blueprinting and engineering layouts to on-site assembly, operator training, and raw material supply sourcing.
We provide regional market feasibility studies, assessing competition, demand dynamics, and local utility costs to help draft project reports.
Our design department configures extrusion systems, air drafting cooling sections, and calender parameters to align with your production goals.
Field service engineers travel to your plant to oversee installation, carry out trials, and train your staff in line operations.
Deploying manufacturing lines globally requires deep understanding of regional electricity standards, environmental guidelines, and safety certifications. HG machinery is designed, built, and tested to meet international standards.
All electric configurations conform to CE, UL, and CSA standards, featuring safety interlocks, fire suppression integrations, and low-voltage control circuits. We offer comprehensive engineering support documentation including piping layouts, heat load calculations, and structural foundation requirements.
Our global field service team is backed by digital remote diagnostic modules. In the event of system alarms, our engineers can remotely access the Siemens PLC control deck, analyze parameters, and troubleshoot software errors, significantly minimizing plant downtime.
Authoritative engineering answers to help you evaluate your nonwoven manufacturing system investments.
The output is determined by the machine width and beam configuration. Our 5th Gen double-beam (SS) lines operate at mechanical speeds of up to 400m/min. Standard 1600mm lines achieve outputs of 4-6 tons/day, while 3200mm lines can produce up to 10-12 tons/day, depending on the target GSM weight (typically 10 to 150 GSM).
We utilize direct-coupled AC inverter motors for the main extruders and spinning pumps, eliminating drive gear losses. Additionally, our calenders utilize advanced thermal oil internal recycling systems. This maintains precise surface temperatures while cutting electricity consumption by 15% to 20% compared to traditional configurations.
Yes. We custom-configure the extruder screw length-to-diameter (L/D) ratio and modify the heating zones to handle the lower melting points and moisture sensitivities of Polylactic Acid (PLA) and PBAT. This allows you to produce biodegradable and eco-friendly nonwovens on the same line.
We supply comprehensive AutoCAD architectural integration blueprints. This includes static load limits for foundations, chilled water circulation parameters, compressed air routing, and power distribution plans to streamline your local facility preparations.
We offer a 24-month warranty on structural components, supported by remote diagnostics. If troubleshooting requires on-site attention, our field engineers can travel directly to your facility. We also stock critical spare parts in our regional warehouses to guarantee rapid shipping.
Heavy-duty manufacturing lines customized for specialized nonwoven conversion processes.
Designed for bonding nonwoven fabrics with PE/PP films, ideal for medical isolation gowns and waterproof wraps.
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High-speed production line customized for heavy fabric GSM outputs and shopping bag conversion.
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Advanced double-beam setup producing soft, high-tensile fabric rolls for the regional packaging sector.
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Engineered for large-scale operations requiring maximum daily tonnage, high mechanical speeds, and minimal downtime.
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Our standard 1600mm configuration, offering a versatile footprint and high output-to-investment ratio.
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Features automated raw material feeding and real-time tension control for stable, continuous operations.
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Engineered for medical composite nonwoven fabrics, balancing barrier properties and fabric flexibility.
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Multibeam machinery configuration supporting quick-switch modes between S, SS, and SMS composite products.
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