Maxim Machinery

Maxim Machinery Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from Maxim Machinery, Recycling Center, 河南省郑州市, zhengzhou.

Industrial Recycling Equipment Manufacturer
Specialized in Lithium Battery Recycling & Solid Waste Treatment Systems
Focus on Pre-processing Technology & High Efficiency Separation Systems

06/08/2026

200L / 55-Gallon Steel Drum Shredder | Oil Barrel Recycling Machine

India Project, Successfully Shipped!MAXIM's 1-ton-per-hour lithium battery recycling production line has been loaded and...
05/08/2026

India Project, Successfully Shipped!

MAXIM's 1-ton-per-hour lithium battery recycling production line has been loaded and is officially en route to India. This production line is configured according to the client's raw material characteristics, processing capacity, and target product requirements, helping the client establish a safer, more stable, and efficient lithium battery recycling system.

From equipment manufacturing to complete line delivery, we not only provide the equipment but also prioritize the long-term stable operation of the production line and project implementation.

Processing Capacity: 1 ton/hour
Application Area: Waste lithium battery recycling and processing
Project Destination: India

Thank you for your trust in MAXIM. We look forward to the equipment arriving safely and being put into production!

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The sources of batteries entering recycling systems are becoming increasingly diverse.Some facilities handle manufacturi...
27/07/2026

The sources of batteries entering recycling systems are becoming increasingly diverse.

Some facilities handle manufacturing waste and electrode waste, while others process cylindrical, pouch, and consumer batteries; some projects also involve electric vehicle battery materials. Materials from different sources vary in size, structure, residual impurities, and material composition.

Meanwhile, different battery chemistry systems—such as NMC, LFP, NCA, LMO, and LCO—also affect the recycling pathways of subsequent materials, such as black blocks, copper, aluminum, steel casings, and separators.

Therefore, in the initial planning phase of a lithium-ion battery recycling project, simply asking "Can this be processed?" is insufficient; the following questions must also be assessed:

What raw materials are suitable for this production line?

Can this production line switch between different types of batteries?

Which materials require pretreatment?

Are the target products and downstream sales channels clearly defined?

Based on the latest industry trends, electric vehicle batteries, energy storage batteries, and battery manufacturing waste will continue to drive the growth in recycling demand. For recycling companies, understanding their specific battery streams in advance is more important than frequently modifying production lines later.

MAXIM will assist in assessing the most suitable lithium-ion battery recycling production line configuration based on the client's raw material sources, battery type, and target products.

In lithium-ion battery recycling projects, safety systems must never be regarded merely as ancillary components.With gro...
17/07/2026

In lithium-ion battery recycling projects, safety systems must never be regarded merely as ancillary components.
With growing global attention on battery recycling, the reuse of critical materials and the management of black powder, recycling companies must not only consider whether materials are recyclable, but also ensure that production processes are stable, safe and compliant with relevant regulations.
During the crushing, screening and sorting of end-of-life lithium-ion batteries, residual charge, dust, flammable substances, fine particulates and exhaust gases may all pose operational risks to the entire production line.
If, during the initial planning stage, attention is focused solely on throughput and equipment costs whilst neglecting dust extraction, fire prevention, exhaust gas treatment and safety controls, the consequences that may arise in the future will not be limited to production downtime, but will also include pressure to comply with environmental regulations, fire hazards and rising operating costs.
Therefore, from the design stage onwards, safety should be regarded as a core element of any lithium-ion battery recycling project.
When developing lithium-ion battery recycling solutions, MAXIM assesses stages such as discharge, crushing, sorting, dust control and safety measures, whilst taking into account the client’s feedstock type, processing objectives and on-site conditions, thereby helping clients minimise long-term operational risks.
If you are planning a battery recycling project, please feel free to contact us at any time.
WhatsApp: 86 185 3090 9622
Email: [email protected]

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河南省郑州市
Zhengzhou
450000

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