Zhongda Bright Filter Press Co., Ltd. products

The Programmed Automatic Membrane Filter Press from Zhongda Bright is a sophisticated filtration system designed to enhance efficiency and precision in various industrial applications. With over 200 models, these filter presses offer capacities ranging from 100L to 20000L per cycle and feature functions such as automatic cloth washing, cake discharge, and slurry feeding. Constructed with Q355B carbon steel and featuring a square box main beam for added stability, these devices offer a high safety factor while reducing water and air consumption through specially designed filter plates. The plates are made from TPE elastomer and PP from Sinopec, ensuring a tight seal with minimal leakage. Thanks to advanced channel design and machining processes, filtration cycles are expedited, delivering improved moisture content and lower density cakes. Capable of withstanding pressures up to 10 bars and temperatures up to 100℃, the membrane plates excel in high-density, anti-corrosion, and anti-fatigue performance, significantly enhancing production efficiency across different industries.

The hydraulic manual chamber filter press by Zhongda Bright is engineered for precise solid-liquid separation applications, featuring advanced designs aimed at improving operational efficiency and longevity. The unit provides a capacity range from 100L up to 20000L per cycle and incorporates sophisticated automation elements such as auto cloth washing, cake discharge, pneumatic valves, and slurry feeding. It is constructed from Q355B carbon steel, offering a robust frame with a safety factor exceeding common standards. The filter plates are derived from high-quality TPE elastomer combined with Sinopec PP, ensuring flexibility and strength. These plates provide a 20% faster filtration rate, enhanced by a sophisticated design that allows uniform slurry distribution and efficient washing. Designed for rigor, the system endures pressures up to 10 bars and temperatures as high as 100°C, featuring anti-corrosive properties and high tensile and curving strength. This makes it suitable for various industries, including chemical, pharmaceutical, and wastewater treatment.

The 500 Model Recessed Filter Plate is designed to deliver stable performance through multiple processing stages, making it a robust and versatile component for filtration systems. It is engineered to resist corrosion and has a long service life, coupled with lightweight properties that facilitate easy handling and operation. This filter plate can be utilized in diverse applications ranging from tailing processing to battery production, sewage treatment, metallurgy, and the chemical industry. It comes in various specifications to cater to different operational requirements. The size options include models like 500, 630, 800, 1200, 1500, 1600, and 2000, offering a range of choices for specific industrial needs. The plate's use cases expand across several industries, such as chemical and pharmaceutical, food and beverage, lithium battery, mining and metals, red mud processing, wastewater treatment, power generation, quarrying, and sand washing.

Filter cloth is an essential component used across various industries for filtration purposes. They are integral in the efficient functioning of filter presses, which are used in several applications including chemical, pharmaceutical, food and beverage, lithium battery, mining and metals, and wastewater treatment sectors. The performance of a filter press largely depends on the quality of the filter cloth which separates solids from liquids. PP Fabric, being a type of filter cloth, is known for its durability and resistance to various chemicals, making it suitable for strenuous industrial processes. In the power industry and quarrying and sand washing operations, these filter cloths contribute significantly to the dewatering processes, ensuring clean and efficient production flows. Understanding how to increase the efficiency of filter presses involves optimizing these filter components for maximum pressure and durability.