Wooden pallets, particularly Euro pallets and disposable transport pallets, are extensively used in logistics and warehousing. Typically constructed from softwood boards nailed together, these pallets are bulky and structurally robust....
SUNY GROUP's aluminum-plastic blister packaging recycling equipment is designed around the core principles of high-efficiency separation, stable operation, and intelligent control....
Against the backdrop of rapid technological advancements in electronics, PCB circuit boards have emerged as one of the most valuable components for recycling within electronic waste....
With the rapid development of new energy vehicles and the energy storage industry, the volume of retired lithium-ion batteries continues to rise. Safely and efficiently recovering their high-value materials has become a core challenge that the recycling industry cannot avoid....
The copper-plastic separation water shaker is a precision sorting device that operates based on density differences and water flow vibration principles....
SUNY GROUP, a professional manufacturer of electronic waste recycling equipment, lithium battery recycling machines, photovoltaic panel recycling systems, and solid waste recycling solutions, officially announces its global exhibition schedule for 2026...
The semi-automatic radiator stripping machine is a sorting device specifically designed for recycling scrap radiators, primarily used to efficiently separate copper tubes from the outer aluminum foil within radiators....
Waste tires, characterized by their large volume, challenging processing, and high added value, have always been a key target for recycling. SUNY GROUP's rubber granule production line offers a comprehensive mechanized processing solution specifically designed for tire material properties...
Used aluminum beverage cans (UBC) are considered high-grade recycled aluminum feedstock due to their stable composition and low impurity content. During actual recycling, if surface paints and coatings cannot be effectively removed...
