Double Shaft Shredder Machine
Single Shaft Shredder Machine
Four Shaft Shredder Machine
Tyre Shredder Machine
Metal Shredder Machine
Wood Shredder Machine
Plastic Shredder Machine
Horizontal Carbonization Furnace
Wood Charcoal Carbonization Furnace
Waste Carbonization Furnace
Sludge Continuous Carbonization Furnace
Biomass Carbonization Furnace
Coconut Shell Carbonization Furnace
Continuous Carbonization Furnace
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WhatsAPP86-18695875708
Phone86-18695875708
AddressZhengzhou City, Henan Province, China
Find our contact details, answers to some frequently asked questions, and get in touch.
We know how to get energy from waste. Let’s build better future for everyone, together !
For mining, construction waste and other industrial recycling production. Victor can provide crushing equipment such as jaw crusher, shredder, cone crusher and sand making machine. It can be configured according to different processing materials. Solutions can be customized according to customer needs.
Our ever-evolving offering for mining and construction covers crushing, screening, breaking, demolition, and service solutions – designed to increase productivity and boost your bottom line.
What steps are required to transform waste into valuable resources? Today, we guide you through the complete lithium battery recycling machine and the full process of recovery. Gain detailed insight into the sustainable regeneration pathway for end-of-life lithium batteries.
The hammer crusher is a common type of crushing equipment. It is primarily used for crushing medium-hardness and brittle materials. The hammer crusher operates by employing high-speed rotating hammers to impact, crush, and collide with the material. Multiple sets of hammers are fixed to the main shaft rotor.
The jaw crusher serves as primary crushing equipment suitable for various large, medium and small-scale sand and gravel production lines, as well as aggregate production lines. It accommodates a wide range of materials. For high-hardness ores, it delivers uniform force application, exceptional wear resistance and extended service life.
The solar PV panel recycling machine integrates automated identification, intelligent crushing, and multi-stage sorting into a comprehensive PV panel dismantling system. It transforms end-of-life solar panels into valuable resources, establishing a complete chain from dismantling to regeneration.
To effectively recycle these discarded capacitors, a waste capacitor pyrolysis machine is required. Through pyrolysis carbonisation under high-temperature conditions, harmful substances are decomposed. Further carbonisation processing then extracts useful materials, ultimately achieving dual objectives of environmental protection and resource recovery.
Tyre shredders provide an effective solution for the reuse of waste tyres. The price of tyre shredders varies depending on the equipment type, scale, configuration, and brand. The price range for a single tyre shredder is: $1,000–$30,000. Specific pricing requires comprehensive assessment based on processing capacity and automation level.
With the dramatic increase in electronic waste, precious metals such as copper, gold, and silver within discarded circuit boards can be recovered and reused, yielding significant economic benefits. The PCB circuit board recycling machine serves as a vital piece of equipment for the resource recovery of electronic waste.
Within the field of waste plastic recycling, the plastic shredder stands as a pivotal piece of equipment. It propels the process of plastic resource recycling forward. With its unique operating principle and highly efficient processing capacity, the plastic shredder plays a crucial role in the plastic recycling and reuse sector.
Dismantling equipment constitutes the initial stage of the waste photovoltaic panel recycling process. Its core function is the effective separation of components from the panels. This primarily involves: solar panel removal frame machine and glass extraction machines.
What process is most suitable for removing baked enamel from aluminium products? Common methods include: chemical paint stripping, pyrolytic carbonisation, and mechanical separation. The chemical paint stripping process has the drawback of being costly and generating wastewater pollutants, making it less environmentally friendly. Mechanical paint removal often results in incomplete stripping.
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