Coconut coir desalination and dewatering machine

The latest super strong coconut coir dewatering machine from Meibang was launched nationwide in March 2015, with the addition of coconut coir cleaning belt and dewatering integration equipment

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Help customers solve the problem of high salt content in coconut coir and the dehydration problem of high moisture content after coconut coir cleaning

Key Features:

The structural design of the heavy-duty roller press slag dewatering machine has a leading technical level among international peers, effectively solving the problem of dehydration of plant waste and slag materials, and minimizing the moisture content of materials to the greatest extent possible. Especially suitable for long fiber residue such as cassava residue, tea residue, beer residue, wood pulp fiber, sugarcane bagasse, coconut shell fiber, etc. High degree of automation, continuous production, large processing capacity, low moisture content of slag cake. Features such as low energy consumption, low operating costs, and convenient operation and maintenance

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Main features: The deep pressing and dewatering structure design has a leading international level of technology, continuous automatic production, high output, and extremely high dewatering rate. It is suitable for dewatering short fiber residue or pulp materials, such as sweet potato residue, soybean residue, apple residue, etc.

The Meibang DYQ series strong roller press slag machine is a new generation of heavy-duty dewatering equipment developed independently by our company based on long-term research and development of material mechanical dewatering equipment, combined with the latest technologies in similar industries at home and abroad, which integrates material concentration and strong pressing dewatering. It successfully solved the problem of continuous and highly dried mechanical dehydration of plant wet residue materials. High degree of automation, continuous production, high efficiency, large processing capacity, and moisture content of 35-60% after dehydration

Its design innovation: adopting a multi-stage strong squeezing and dehydration method with clamping rollers to make the moisture content of the wet slag cake after dehydration extremely low, greatly reducing the energy consumption of subsequent drying or washing. Its applicability, economy, and reliability are all at the leading level in China, and have been selected by many large enterprises at home and abroad.