Russian customers successfully introduced an efficient dye filtration solution, enhancing the environmental protection standards of production.

Recently, a well-known chemical enterprise in Russia successfully introduced an advanced box-type hydraulic automatic pressing and filtering machine to optimize the filtration process in its dye production. With its outstanding filtration performance and automated operation, this equipment significantly enhanced production efficiency while reducing wastewater discharge, helping the client achieve the goal of green production.

Core parameters of the equipment
Filter area: 4 square meters
Filter plate size: 450 × 450 mm
Filter chamber volume: 60L
Number of filter plates: 9 pieces
Filter cake thickness: 30mm
Technical Advantages
Efficient Filtration: With a 4㎡ filtration area combined with large-sized filter plates measuring 450×450mm, it ensures high processing capacity and meets the requirements for large-scale dye filtration.
Precise hydraulic control: The automatic clamping system provides stable pressure, ensuring uniform formation of the filter cake with low moisture content, thereby reducing the cost of subsequent drying.
Environmental protection and energy conservation: The sealed design effectively prevents dye leakage, reduces pollution risks, and complies with international environmental protection standards.
Operation is convenient: With high automation levels, it significantly reduces manual intervention and enhances production safety.
Customer feedback
This Russian client stated that after the new equipment was put into operation, the dye filtration efficiency increased by approximately 30%, the solid content of the filter cake significantly improved, and at the same time, the pressure on wastewater treatment was reduced, resulting in an optimized overall operating cost. This cooperation not only solved the production bottleneck but also provided reliable support for the sustainable development of the enterprise.
In the future, this enterprise plans to further expand the application scope of the automated filtration technology in order to meet the increasingly strict environmental regulations and the market demand for high-quality dyes.