ARMOST products

The Intelligent Mixed Plastics Sorting System is designed to automatically and efficiently separate mixed plastic waste into distinct categories for more effective recycling processes. Leveraging advanced technologies such as machine learning algorithms and optical sensors, this system enhances sorting accuracy and reduces reliance on manual labor. It`s built to process large volumes of mixed plastics with varying shapes and sizes, adapting to operational needs and maximizing throughput. The integration of AI-driven techniques allows the system to continually improve its sorting capabilities, ensuring it remains adaptive to evolving material flows and industry standards. This solution addresses key challenges in plastic waste management by offering a scalable and technology-driven approach to sorting, helping to improve the overall efficiency of recycling operations.

The Economical Electrostatic Separator is a cutting-edge addition to the electrostatic separator series developed by Armost. This device is purpose-built for applications in WEEE plastic recycling, ASR/ELV plastic recycling, PVC window profile recycling, among other post-consumer and post-industrial recycling scenarios. With a focus on affordability and reliability, the separator features a simplistic design that minimizes potential failure points, offering a more stable operation. This product achieves high separation purity, essential for effective recycling processes, and is designed to deliver an optimal cost-performance balance, making it particularly appealing for organizations with budget constraints. Armost's extensive expertise and patent holdings in plastic recycling technologies ensure continuous innovation and improvement, making the Economical Electrostatic Separator a robust choice for the industry.

The Armost Electrostatic Separator is a pioneering product in the realm of mixed plastics separation, employing a unique rotating electrode design to efficiently separate polymers like ABS, PS, and PP based on their distinct electrical properties in a triboelectric field. This method emphasizes the precision of keeping electrodes clean and ensuring consistent material feeding, which together guarantee high-purity separation results. Known for its global reach, the separator has significantly contributed to projects worldwide, recognized for its reliable and safe operation. Armost's leadership in WEEE/ELV waste plastic recycling is supported by a strong foundation in understanding the intricate aspects of plastic recycling processes and machinery design. The company's commitment to innovation is evident in its array of over 15 patents and accolades like the Ringier Innovation Awards, further affirming its status as a National Innovation Enterprise. Armost extends customized solutions, aiding clients by adapting to specific production site challenges and capacities.

The Silicone & Rubber Separation System is pivotal for numerous plastic recycling applications, particularly in WEEE (Waste Electrical and Electronic Equipment), ASR (Automotive Shredder Residue), and ELV (End-of-Life Vehicle) plastic processing. This system leverages the differences in frictional coefficients to effectively separate rubber, silicone, foam, and other elastomers from rigid plastics. Its low power consumption and high purity output make it an efficient choice for improving recycling yields. With advanced physical sorting capabilities and a focus on minimizing pollution, it offers a flexible and customized solution tailored to varied recycling needs. Armost, a recognized leader in the field, has extensive expertise in plastic recycling technologies, demonstrated by numerous patents and awards. The company emphasizes innovation, continuously enhancing its equipment like this separator to meet complex industry demands. Their dedication to technical excellence and customer-specific solutions positions them as a trusted partner in recycling technology.