1000-ton Sisal Fiber Extraction Production Line in Tanzania, 2025

This project builds a highly automated, high-capacity production line for sisal fiber extraction in Tanzania, with an annual capacity of 1000 tons. The line implements an integrated design covering fiber extraction, washing, drying, impurity removal, baling, waste fiber separation, and pulp juicing, ensuring efficient and continuous production.

Production Line Design and Process

The production line integrates fiber extraction, washing, drying, impurity removal, baling, waste fiber separation, and pulp juicing into a complete and efficient workflow.

Process Flow

Fiber Extraction
Washing and Squeezing
Drying
Impurity Removal
Baling
Waste Fiber Separation
Pulp Juicing

Key Equipment

Fiber Extraction Line: Used for fiber extraction from fresh sisal leaves.
Fiber Washing & Dewatering Machine: Used for washing and squeezing water from the fiber to remove impurities and moisture.
Conveyor Dryer: Used for continuous drying of the fiber to ensure stable moisture content.
Fiber Impurity Remover: Used for deep removal of residual impurities to improve purity and consistency.
Fiber Baling Machine: Used for baling finished fiber into standard packages for storage and transportation.
Waste Fiber Separation System: Used for separating and recycling waste fibers to reduce losses and improve resource utilization.

Implementation Results

The integrated line ensures high throughput and continuous, stable operations.
Optimized washing and drying improve fiber quality and reduce energy consumption.
Effective impurity removal and baling enhance product consistency and logistics efficiency.
Waste fiber recycling reduces losses and improves overall resource utilization.