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SISAL
SISAL PRODUCTION LINE
SGMX-1300 | High-capacity automated extraction for large plantations.
Recommended Banana Line Configurations
Turnkey Plant Fiber Line Solutions
Banana Fiber Production Line
A complete line for banana stem utilization, covering splitting, extraction, impurity removal, dewatering, brushing, baling, and residue reuse.
Especially suitable for banana-growing regions, agricultural waste utilization projects, and customers who want a circular-use fiber processing line.
Line Decision Framework
Evaluate raw material fit, target fiber grade, and planned throughput with less trial-and-error cost.
03 Applications
07 Process Steps
04 Value Points
Delivery Focus
Combines banana stem pre-treatment with downstream fiber finishing
Designed for coarse, tough, high-moisture raw materials
Can include residue and waste fiber recycling for total utilization
Project Fit
Ideal Applications
01
Banana plantations with dedicated processing centers
02
Agricultural waste utilization and circular economy projects
03
Factories producing fiber raw material, rope, or panel-grade feedstock
Execution Path
Recommended Process Flow
- 01Splitting
- 02Fiber Extraction
- 03Impurity Removal
- 04Dewatering
- 05Brushing
- 06Baling
- 07Residue Reuse
Value Output
Key Advantages
- Creates value from banana stem waste
- Smoother process connection for large-scale continuous production
- Stronger adaptability to coarse and hard raw materials
- Supports both fiber output and by-product value recovery
FAQ
How is a banana line different from a standalone extractor?
Banana stems are usually coarser and wetter, so the full line also considers splitting, downstream cleaning, and residue handling instead of extraction alone.
Is it suitable for agricultural project deployment?
Yes. It is often used as an on-site processing system in growing regions to reduce transport pressure and field waste accumulation.
Can the line balance fiber quality and output?
Yes. The machine mix and downstream cleaning setup can be adjusted according to your target capacity and end-use requirements.