Engineered with the 5th Generation Spinning System for High Efficiency & Minimal Footprint
HG Nonwoven Machinery stands as a professional pioneer in the research, design, and manufacturing of spunbond, meltblown, and composite nonwoven fabric machine lines. We are passionately dedicated to delivering highly efficient, cost-optimized, and technologically advanced spunbond nonwoven fabric production lines to global industrial partners.
By introducing cutting-edge 5th Generation spunbond spinning technology from overseas and integrating it with proprietary technological autonomy, our machinery is custom-tailored to the volatile dynamics of the international market. The hallmark characteristics of HG machinery are streamlined operation, minimum physical spatial requirements, optimized energy efficiency, and low overall unit production costs.
Established in 2014 in Pujiang, China, we specialize in offering comprehensive turnkey engineering services. Our machines are strategically structured to help clients produce high-performance, eco-friendly, and biodegradable nonwoven fabrics that meet international quality standards.
Years Industry Experience
Production Lines Deployed
Export Countries & Regions
Worldwide Technical Support
An Analysis of the Evolving Demand and Market Imperatives
The global nonwoven fabric sector is undergoing an unprecedented structural transition. Propelled by the rising demand for hygiene products in emerging markets, escalating clinical standards in healthcare, and the worldwide regulatory shift toward eco-friendly and biodegradable single-use items, manufacturers require high-yield, flexible machinery. Historically dominated by conventional spunbond lines, modern operations now prioritize multi-beam configurations like SMS, SMMS, and SSMMS to achieve optimal barrier performance and textile feel.
In Europe and North America, stringent sustainability standards have accelerated the need for machinery capable of processing bio-based polymers (like Polylactic Acid - PLA) and recycled PET. Meanwhile, fast-growing markets in Southeast Asia, Latin America, and India demand high-throughput reliability to satisfy local packaging, medical, and sanitary requirements. To stay competitive, modern nonwoven fabric producers must invest in equipment that optimizes polymer consumption, minimizes energy waste, and decreases downtime.
HG Nonwoven Machinery bridges these operational gaps. By combining the precision of European mechanical architecture with highly responsive supply chains in China, we enable our global partners to build profitable, scalable production plants. Our machinery delivers consistent fabric weights (GSM variations within strict margins) and robust tensile properties, essential for demanding medical and industrial components.
Innovative Engineering Solutions Tailored for Operational Excellence
Our advanced 5th Gen spinning beams optimize melt flow distribution, generating highly uniform fiber diameters (down to 1.5-2.0 denier) for exceptional web uniformity and softness.
Equipped with intelligent heating controls, optimized drafting slot designs, and high-efficiency motors, our machinery cuts energy consumption by up to 15-20% compared to legacy models.
From initial design concept and architectural consulting to custom extrusion, calendering, winding systems, downstream slitting, printing, and recycling machines—we provide everything you need to start production immediately.
Highly Configurable Platforms Tailored for Diverse Manufacturing Standards
Ideal for durable packaging, high-tensile shopping bags, agricultural covers, and basic furniture backing.
High-barrier technology designed specifically for sterilizable medical drapes, surgical gowns, and face masks.
Features 4-layer composition providing an enhanced filtration barrier compared to traditional SMS materials.
Advanced high-barrier filtration system that maintains ultimate softness, drapeability, and breathability for premium baby diapers.
Paving the Way for Performance Materials Across Diverse Industries
Provides critical softness, high-speed fluid absorption, and breathability. Ideal for diapers, feminine care products, and adult incontinence pads.
Delivers fluid resistance and high filtration efficiency, crucial for manufacturing face masks, surgical gowns, bed sheets, and surgical towels.
Provides lightweight, high-tensile, and reusable fabric options for shopping bags, interlinings, pharmaceutical storage wraps, and crop covers.
Shields crops from UV damage and insects while allowing water and air penetration to foster growth.
Starting a nonwoven manufacturing business can be complex. From evaluating raw polymer grades to configuring calender temperatures, every parameter affects your final yield.
Our seasoned engineering consultants assist you with project planning, environmental compliance, machinery layout designs, and localized viability assessments. We minimize your setup risks and accelerate your path to market.
Under the Hood of HG's Nonwoven Extrusion and Calendering Architecture
The performance of a spunbond line depends on how uniformly it extrudes raw polymer and how consistently the air drawing system processes the filament. HG Nonwoven Machinery achieves these properties through custom-engineered components:
Detailed Insights for Procurement Managers and Industrial Investors
Our lines are engineered for high-capacity output. A standard S/SS Spunbond line operates at mechanical speeds up to 350-400 meters per minute, depending on the GSM requirements (10 to 150 GSM). Standard configurations yield 4,000 to over 10,000 metric tons of quality fabric annually.
Thanks to our 5th generation spinning design, the installed power ranges from 250 kW to 600 kW depending on configurations (S, SS, SMS, SMMS) and line widths (1600mm to 3200mm). The actual operational power draw is around 60% of the total installed capacity.
We use high-precision gear metering pumps and automated monomer suction systems. These technologies, combined with a continuous transverse distribution design in the spinning beam, keep weight variations below 3% (CV value), satisfying strict medical standards.
Yes, our latest extrusion systems are designed to process eco-friendly and biodegradable polymers like Polylactic Acid (PLA) and polybutylene succinate (PBS). We configure specialized temperature controls and screw profiles to accommodate these materials.
We offer comprehensive support package: our technical teams lead on-site assembly, wiring calibration, and line tuning. We also train your operators in daily workflows and include a 24-month warranty on mechanical components.
The fabrication of a complete custom spunbond line typically takes 120 to 180 days. This period covers design approvals, component casting, machining, assembly, and rigorous dry-run testing before shipping.
Find the Perfect Production Line Configuration for Your Business
HG NONWOVEN
