Web Menu

Product Search

Menu

Share

Spunbond Nownoven Machine Manufacturers

Home / Product / Spunbond nonwoven machine

Spunbond Nownoven Machine Manufacturers

MACHINE SPEED：9-500 M/MIN

FILAMENT DENIER：1.8~2.5 D;    

FABRIC WEIGHT：9~70GSM

RAW MATERIAL：100% POLYPROPYLENE GRANULE FIBER GRADE, MFI:30-40

DELIVERY TIME:3-5 MONTHS

 

Application of the PP spunbond nonwoven fabric machine

PP spunbond nonwoven fabric machine is used to produce pp spunbond nonwoven fabric.With slitter in our machine,the fabric can be cut into any width to fit different requirement.

Use CNC to produce main parts of the pp spunbond nonwoven machine.Machine roller use dynamic balance machine to produce the rollers so as to make machine running in high speed.Main motors use Siemens motor,and use Siemens or ABB driver to control the whole machine.

JIASHAN HH Nonwovens Machinery CO., Ltd is China nonwoven spunbond fabric machine manufacturers and OEM spunbond nownoven machine factory. With the stable quality and easy operation of the nonwoven production line, our regular product includes single beam, double beam, SSS, SMS, SMMS, SSMMS and etc., regular width is 1600mm, 2400mm, 3200mm,4000mm,4200mm; Our wholesale nonwoven spunbond fabric machines has passed IS09001 quality system management certification, The whole line is highly automated. The whole line is well-structured and easy to operate. Control elements are of well-known make, high performance, and reliable technologies. The whole line is controlled by PLC and operated with a touch-screen. The allocation of the mainframe and auxiliary equipment can be specially designed and adjusted according to customers' requirements.

  • Single beam (S) Spunbond nonwoven machine

    Supply Ability:4 SETS/month Port:Shanghai City,Nanjing City,China Payment Terms:TT.LC,others MACHINE TYPE:S (Single Beam Spunbond nonwoven machine) MACHINE SPEED：9-150 M/MIN FILAMENT DENIER：1.8~2.5 D;     FABRIC WEIGHT：10~200GSM OUTPUT:3-10 TON(Depends on machine effective width) RAW MATERIAL：100% P...
    see more

  • Double beam (SS) Spun-Melt nonwoven machine

    Supply Ability:4 SETS/month Port:Shanghai Payment Terms:TT.LC,others MACHINE TYPE:SS (Double Beam Spunbond nonwoven machine) MACHINE SPEED：9-350 M/MIN FILAMENT DENIER：1.8~2.5 D;     FABRIC WEIGHT：9~100GSM OUTPUT:6-20 TON(Depends on machine effective width) RAW MATERIAL：100% POLYPROPYLENE GRANULE FIB...
    see more

  • Triple Beam(SSS) Spunbond nonwoven machine

    Supply Ability:4 SETS/month Port:Shanghai Payment Terms:TT.LC,others MACHINE TYPE:SSS (Triple Beam Spunbond nonwoven machine) MACHINE SPEED：9-450 M/MIN FILAMENT DENIER：1.8~2.5 D;     FABRIC WEIGHT：9~70GSM OUTPUT:9-26 TON(Depends on machine effective width) RAW MATERIAL：100% POLYPROPYLENE GRANULE FIB...
    see more

Industry knowledge

What is the significance of the filament denier range (1.8~2.5 D) in the fabric production?
The filament denier range in fabric production is a crucial parameter that significantly influences the characteristics and performance of the resulting nonwoven fabric. Denier is a unit of measurement for the linear density of fibers, indicating the mass in grams per 9,000 meters of fiber. In the context of a Spunbond Nonwoven Machine, the specified range of 1.8~2.5 denier has several implications for the fabric produced.
1. Fineness and Softness:The denier range plays a key role in determining the fineness of the fibers in the nonwoven fabric. Smaller denier values, such as those in the specified range, typically result in finer fibers. Finer fibers contribute to a softer and more delicate feel in the fabric, which is especially important in applications where comfort is a priority, such as in medical textiles or hygiene products.
2. Uniformity:Maintaining a consistent denier range is essential for achieving uniformity in the nonwoven fabric. This uniformity is crucial for ensuring consistent performance and appearance across the entire fabric surface. It helps prevent variations in fabric properties that could compromise its intended function.
3. Strength and Durability:While smaller denier values contribute to softness, the specified range also allows for a balance that ensures sufficient strength and durability of the nonwoven fabric. This is essential in applications where the fabric needs to withstand mechanical stress or provide structural support.
4. Process Stability:Controlling the denier range within a specific range, such as 1.8~2.5 D, enhances the stability of the manufacturing process. Consistent denier values facilitate smoother processing of the fibers in the production line, reducing the likelihood of issues like uneven distribution or breakage during spinning.
5. Application Versatility:The chosen denier range makes the nonwoven fabric suitable for a broad range of applications. It allows the fabric to be adaptable, serving purposes where both softness and strength are critical. This versatility makes the fabric produced by the Spunbond Nonwoven Machine applicable in industries such as healthcare, agriculture, packaging, and beyond.

How is the machine controlled and operated? What level of automation does it offer?
The control and operation of a Spunbond Nonwoven Machine are critical aspects that determine its efficiency, precision, and ease of use. Modern machines are designed with advanced technologies to ensure seamless operation and high levels of automation throughout the production process.
1. Programmable Logic Controller (PLC) System:The heart of the control system is the Programmable Logic Controller (PLC). PLCs are specialized industrial computers that manage and control various aspects of the machine. They execute pre-programmed instructions to coordinate the entire production process. In the context of a Spunbond Nonwoven Machine, the PLC is responsible for overseeing functions such as extrusion, spinning, web formation, bonding, and cutting.
2. Human-Machine Interface (HMI):The machine is typically equipped with a user-friendly Human-Machine Interface (HMI). This interface allows operators to interact with the machine, monitor its status, and input commands. The HMI often features a touch-screen display, providing a visual representation of key parameters, production metrics, and any potential issues. Operators can adjust settings, set production parameters, and troubleshoot through the HMI.
3. Automated Tension Control:Maintaining proper tension during the production process is crucial for producing high-quality nonwoven fabric. Advanced machines incorporate automated tension control systems that continuously monitor and adjust the tension levels throughout the various stages of production. This ensures uniformity and consistency in the fabric.
4. Dynamic Motor Control:The main motors of the Spunbond Nonwoven Machine are often high-performance motors from reputable brands, such as Siemens. The machine utilizes Siemens or ABB drivers to control these motors. This sophisticated motor control system allows for precise speed and torque adjustments, contributing to the overall efficiency of the production process.
5. Touch-Screen Operation:The touch-screen interface not only provides a platform for input but also offers a visual representation of the machine's status and performance. Operators can access real-time data, track production rates, and make adjustments as needed. This intuitive interface enhances the ease of operation and reduces the learning curve for machine operators.
6. High Automation Levels:The overall level of automation in Spunbond Nonwoven Machine is high. Automated systems handle tasks such as material feeding, extrusion control, temperature regulation, slitting, and packaging. This reduces the need for constant manual intervention and allows for more efficient, consistent, and reliable production.