Fill Mix

Polyurethane Equipment

The FILL MIX unit is a cutting-edge solution designed to seamlessly process solid fillers or shredded polyurethane scraps, transforming them into polyol for various applications. This versatile unit is becoming increasingly indispensable in the realm of polyurethane production for several compelling reasons:

Enhanced Mechanical Features: By incorporating fibreglass into the manufacturing process, the FILL MIX unit significantly improves the mechanical properties of the final products. This results in parts with superior strength and durability.

Flammability Reduction: The unit offers the capability to reduce the flammability coefficient of manufactured parts by introducing graphite flakes. This ensures that the final products meet stringent safety standards, making them suitable for a wide range of applications.

Cost-Effective Polyol Usage

In an era where cost efficiency is paramount, the FILL MIX unit enables manufacturers to reduce polyol consumption, thereby saving money. The addition of calcium carbonate achieves this cost reduction without compromising the quality and performance levels of the final products.

Eco-Friendly Scrap Repurposing

The unit goes a step further by addressing environmental concerns. It facilitates the reuse of milled scraps in the production process, mitigating disposal costs. Equipped with a shredder and a cochlea, Fillmix efficiently loads milled parts into its tank, promoting sustainable manufacturing practices.

The FILL MIX unit provides precise control over the percentage of load in polyol, ensuring a consistently blended mixture. This meticulously crafted blend is then readily available for automatic loading into the target foaming machine. The unit seamlessly integrates into any suitably equipped foaming machine, offering manufacturers the flexibility to enhance their production processes.

Embrace the future of polyurethane processing with FILL MIX, a reliable and innovative solution that caters to the evolving needs of the industry, delivering efficiency, cost savings, and environmental sustainability.