Cellulosic Fiber Feeding Unit

Cellulosic Fiber Feeding Unit

What is a Cellulosic Fiber Feeding Unit?


Cellulosic fiber is an important additive used in asphalt mixtures to increase mix homogeneity, reduce the risk of cracking, and enhance mechanical strength.

The FIMATECH Cellulosic Fiber Feeding Unit is an automatic dosing and feeding system that ensures the correct proportions and homogeneous addition of these fibers to the asphalt mixture.

This system offers high performance and stability, particularly in SMA (Stone Mastic Asphalt) and modified asphalt production.

Features of the FIMATECH Cellulosic Fiber Feeding Unit

1. Automatic Dosing System

The unit precisely meters and feeds the appropriate amount of cellulosic fiber to the recipe, eliminating operator errors and ensuring consistent mix quality.

2. Ensuring Homogeneous Mixing

Fibers are evenly distributed throughout the mixing line using a special auger system. This increases the mechanical performance, flexibility, and lifespan of the asphalt.

3. Dust-Controlled Feeding Design

The closed system structure prevents fiber flight and dust formation. It provides an environmentally friendly and clean working environment.

4. PLC-Controlled Automation

All processes are monitored and controlled via the PLC panel. Manual, semi-automatic, and fully automatic operating modes are available.

5. Easy Installation and Integration

Easily integrated into existing asphalt plants. Its compact design makes it a portable and space-saving solution.

Areas of Use

Stone mastic asphalt (SMA) production facilities

Polymer Modified asphalt plants

Hot bituminous mix production lines

Infrastructure and road construction projects

Reliable Performance with FIMATECH Quality

FIMATECH combines advanced engineering, durability, and efficiency principles in asphalt and bitumen technologies. The Cellulosic Fiber Feeding Unit provides businesses with maximum efficiency by ensuring homogeneous additive distribution, energy savings, and ease of maintenance throughout the production process.