CH

Low Carbon Cable Ties

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返回中文介面:低碳束帶
To meet the requirements of CBAM, international customers, and the supply chain, the strapping industry is actively optimizing production line equipment, establishing a new benchmark for energy efficiency and carbon reduction in small and medium-sized enterprises. They have implemented an alert mechanism to minimize losses in central supply, creating an operational environment with machine networking and central monitoring. Additionally, the introduction of cooling and monitoring systems allows for real-time adjustments to the operation of the entire plant. Integrating digitization, visualization, and a diverse sensing system prevents motor failures, reducing energy consumption during idle operation. This addresses the energy waste caused by overpressure in the circulation system, achieving precision production. The overall plan results in a substantial carbon reduction of 150 tons. more

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Material Features
Related Metrials

Recycled PS Foam Sheet

1-337-H34

Recycled PS Foam Sheet

PE/PP Cycle+ Biodegradable Bag

1-295-F44

PE/PP Cycle+ Biodegradable Bag

1-398-D49

Low Carbon Cable Ties

1-210-A36

PBAT/PLA Sugar Cane Fiber Composite (Pellet)

Grapevine Plants Chopsticks

1-297-B70

Grapevine Plants Chopsticks

Recycled Polyvinyl Butyral rPVB Pellet

1-373-F46

Recycled Polyvinyl Butyral rPVB Pellet

Recycled HDPE Plastic Sheet

1-030-N30

Recycled HDPE Plastic Sheet

CBC/PE Blend Reduced Plastic Easy-Tear Film

1-330-E37

CBC/PE Blend Reduced Plastic Easy-Tear Film

PP/PE Cycle+ Biodegradable Food Container

1-296-F44

PP/PE Cycle+ Biodegradable Food Container

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To meet the requirements of CBAM, international customers, and the supply chain, the strapping industry is actively optimizing production line equipment, establishing a new benchmark for energy efficiency and carbon reduction in small and medium-sized enterprises. They have implemented an alert mechanism to minimize losses in central supply, creating an operational environment with machine networking and central monitoring. Additionally, the introduction of cooling and monitoring systems allows for real-time adjustments to the operation of the entire plant. Integrating digitization, visualization, and a diverse sensing system prevents motor failures, reducing energy consumption during idle operation. This addresses the energy waste caused by overpressure in the circulation system, achieving precision production. The overall plan results in a substantial carbon reduction of 150 tons.