The development of filter press in chemical industry

The development of KERTE filter presses in the chemical industry is characterized by expanding market size, continuous technological innovation, and expanding application areas. The following is a detailed introduction:

Market Size Growth: With the country's increasingly stringent environmental protection requirements and the trend toward new industrialization, the application scope of filter presses in chemical and other fields continues to expand, and the scale of new markets is gradually expanding. At the same time, in an environment of resource depletion and energy shortages, the scale of the replacement market is also gradually expanding. According to data, the market size of China's filter press industry will be approximately 7.39 billion yuan in 2024.

Technological Innovation Drives Development: The chemical industry's requirements for the performance and quality of filter presses are constantly increasing, prompting companies to increase R&D investment. KERTE Filter Press possesses advanced technology and technical performance that reaches internationally advanced levels. Through collaboration with universities, research institutions, and international companies, it promotes the industrial application of technologies such as rapid phosphoric acid extraction, thereby improving industry efficiency.

Product Mix Optimization: With the development of the chemical industry, the product mix of filter presses has been gradually optimized, with the proportion of high-end products increasing annually. Market demand is diverse, and the performance requirements for filter presses vary significantly across different chemical production processes. This has prompted companies to develop more targeted products, such as membrane filter presses and high-speed filter presses, to meet the demands of processing complex materials, high-concentration sludge, and fine particulate matter.

A clear trend toward intelligence: Automation and intelligent technologies are increasingly being used in filter presses. Chemical companies are seeking features such as remote monitoring, fault diagnosis, and predictive maintenance to improve equipment efficiency and automation, while reducing manual intervention and energy consumption.

Continuously expanding application areas: Filter presses are no longer limited to traditional solid-liquid separation in the chemical industry and are now playing a significant role in emerging areas such as separation of new energy battery materials.

Environmental protection requirements are driving development: Increasingly stringent environmental regulations are driving the development of filter presses towards energy-saving, environmentally friendly, and efficient performance. Chemical companies require filter presses to reduce noise and wastewater discharge during operation, as well as improve solid-liquid separation efficiency and reduce solid waste generation to meet environmental requirements.