Windsifters

Westeria and Weima Kiron join forces to deliver unparalleled solutions for efficient waste management and material separation. This powerful collaboration combines the precision engineering of Westeria Windsifters with the innovative shredding technologies of Weima Kiron, ensuring a seamless and sustainable approach to recycling processes.

Westeria Windsifters: Excellence in Material Separation

Westeria’s Windsifters are globally renowned for their precision and efficiency in separating materials by density. These machines leverage advanced aerodynamic principles to create a powerful air stream, effectively separating light and heavy fractions, making them indispensable for:

1. Waste management facilities
2. Recycling plants
3. Biomass processing
4. Construction and demolition waste sorting

Key Features:

1. High separation accuracy with adjustable airflow systems
2. Robust design for durability in demanding environments
3. Modular configurations to suit various industry needs

Weima Kiron: Shredding Innovation Redefined

The Weima Kiron partnership brings cutting-edge shredding technology to complement Westeria Windsifters. With a focus on reducing material size for further processing,

Weima shredders are perfect for industries dealing with:

1. Plastics and polymers
2. Wood and biomass
3. Waste-to-energy applications

Key Features:

1. Customizable rotor designs for specific material types
2. Energy-efficient drive systems
3. Smart technology integration for operational efficiency

The Perfect Combination for Sustainability

When paired together, Westeria Windsifters and Weima shredders create a holistic solution that tackles waste management challenges from start to finish.

The combination ensures:

1. Optimal material preparation for downstream processing
2. Reduced landfill dependency
3. Enhanced resource recovery rates

Applications Across Industries

This integrated solution benefits a wide range of industries, including:

• 1. Municipal solid waste processing
  2. Industrial and commercial recycling
  3. Food processing and agricultural waste management