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Screening Technology – A Solution That Prevents Clogging and Ensures Stable Sorting Performance
Product Info
Screening machines play a crucial role in separating waste and recyclables based on particle size, ensuring efficient downstream processing.
In particular, materials with high moisture content often cause clogging in conventional systems. Urethane screens effectively eliminate this issue, ensuring stable and continuous operation.
When combined with an air separator, this screening technology further improves sorting efficiency and maximizes resource recovery rates.
We aim to introduce advanced Japanese screening technology to Thailand to enhance recycling process efficiency and promote effective resource utilization. We believe this high-precision screening solution will contribute significantly to improving productivity in waste processing and recycling in Thailand.
■ Key Features
✅ Urethane screens prevent clogging – Ensures stable sorting even with high-moisture materials
✅ High-precision particle separation – Improves material purity through uniform and accurate sorting
✅ Capable of high-volume processing – Suitable for handling industrial waste and recyclable materials
✅ Integration with air separators – Enhances overall sorting efficiency and optimizes material recovery
✅ Adaptable for various applications – A range of screen types available to meet diverse sorting requirements
■ Types of Screens
1. Vibrating Screen
Utilizes advanced vibration technology to significantly boost sorting efficiency. Ideal for applications requiring fine particle separation.
2. Disc Screen DS
Features a unique anti-wrapping design that prevents long materials such as films or ropes from getting entangled, ensuring smooth and stable operation.
3. Disc Screen DRS
Built with a special structure to minimize clogging and provide high-precision sorting. Suitable for high-efficiency and continuous processing needs.
Advanced screening technology enhances sorting accuracy and material recovery, helping industries maximize productivity while minimizing operational disruption.
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