Spunbond Nonwoven Plant
Overview
Spunbond nonwoven plants are advanced industrial systems used to produce nonwoven fabrics directly from polymer granules by spinning continuous filaments. These fabrics are strong, lightweight, and versatile, widely used in hygiene, medical, packaging, and industrial applications.
Working Principle
Polymer granules (PP, PET) are melted in an extruder.
Molten polymer is extruded through spinnerets to form continuous filaments.
Filaments are stretched and laid randomly to form a web.
Thermal bonding (calendering) strengthens the fabric.
Finished nonwoven fabric is wound into rolls.
Types
Single Beam Spunbond Plant (S)
Double Beam Spunbond Plant (SS)
SMS / SMMS Nonwoven Plant
Medical Grade Spunbond Plant
High-Speed Automatic Spunbond Plant
Applications
Medical and hygiene products (masks, gowns, diapers)
Nonwoven shopping bags
Agricultural covers and crop protection
Industrial packaging and insulation
Furniture and upholstery materials
Technical Specifications
Production speed: 200 – 800 m/min
Fabric width: 1600 mm – 4200 mm
Fabric GSM: 10 – 200 GSM
Power consumption: 100 – 500 kW
Control system: PLC / fully automatic control
Key Features
Strong and durable nonwoven fabric
Lightweight and breathable structure
Excellent filtration and barrier properties
High-speed and continuous production
Advanced automation and process control
Certifications
ISO 9001 (Quality Management)
ISO 14001 (Environmental Management)
CE Certification
Medical & Hygiene Industry Standards
Benefits
High-quality nonwoven fabric production
Wide applications across multiple industries
Customizable fabric properties and layers
Cost-effective for large-scale production
Reliable and consistent production quality
Challenges
Very high initial investment cost
High energy consumption
Complex machinery and maintenance
Requires skilled workforce and process control
Overview
Spunbond nonwoven plants are advanced industrial systems used to produce nonwoven fabrics directly from polymer granules by spinning continuous filaments. These fabrics are strong, lightweight, and versatile, widely used in hygiene, medical, packaging, and industrial applications.
Working Principle
Polymer granules (PP, PET) are melted in an extruder.
Molten polymer is extruded through spinnerets to form continuous filaments.
Filaments are stretched and laid randomly to form a web.
Thermal bonding (calendering) strengthens the fabric.
Finished nonwoven fabric is wound into rolls.
Types
Single Beam Spunbond Plant (S)
Double Beam Spunbond Plant (SS)
SMS / SMMS Nonwoven Plant
Medical Grade Spunbond Plant
High-Speed Automatic Spunbond Plant
Applications
Medical and hygiene products (masks, gowns, diapers)
Nonwoven shopping bags
Agricultural covers and crop protection
Industrial packaging and insulation
Furniture and upholstery materials
Technical Specifications
Production speed: 200 – 800 m/min
Fabric width: 1600 mm – 4200 mm
Fabric GSM: 10 – 200 GSM
Power consumption: 100 – 500 kW
Control system: PLC / fully automatic control
Key Features
Strong and durable nonwoven fabric
Lightweight and breathable structure
Excellent filtration and barrier properties
High-speed and continuous production
Advanced automation and process control
Certifications
ISO 9001 (Quality Management)
ISO 14001 (Environmental Management)
CE Certification
Medical & Hygiene Industry Standards
Benefits
High-quality nonwoven fabric production
Wide applications across multiple industries
Customizable fabric properties and layers
Cost-effective for large-scale production
Reliable and consistent production quality
Challenges
Very high initial investment cost
High energy consumption
Complex machinery and maintenance
Requires skilled workforce and process control
