We at Sachin Filtech , are a team of highly qualified and professionally experienced Chemical engineers, Chemist and Plastic technologists & Mechanical Engineers equipped with in house facilities of polypropylene moulding, Foundry, Machine Shop, Assembly Shop, R & D wing with a zeal to work by heart & committed to provide the best in the line with continuous up gradation of quality measures for Customers entire satisfaction by assessing their needs in depth, be it designing & manufacturing of required filtering equipment & timely supply or service for local and Export shipments.

SACHIN FILTER PRESSES are Designed Manufactured and Supplied to give maximum filtration efficiency and least maintenance with longest life, making us the market leader in the industry.

SACHIN POLYPROPYLENE FILTER ELEMENTS are manufactured from virgin Polypropylene Co-polymer composition in natural white colour with circular corners for longer cloth life and high sloped recess for easy fall of cake. They are available to suit high pressure and high temperature filter application for specific requirement.

Filter Presses are liquid/solid separation devices that utilize feed pressure and, in some cases, squeeze pressure to reduce the liquid content in process or waste slurries or, to reduce solid content in a product (clarification). Filter presses consist of a series of horizontally arranged vertical filter elements, each dressed with a synthetic woven material, paper, or felt medium. The filter press also consists of a skeleton to support the filter plates and a closure mechanism to provide the necessary force on the sealing faces of the plates to counteract the applied force of filtration (squeezing).
 

Each face of each plate is covered with a filter medium to form a series of perforated chambers into which process material is introduced under pressure. The filter medium retains suspended solid particulate. As a filter cake builds in the chamber, liquid flows through the particulate bed, through the filter medium, across the drainage surface of the filter plate, and is collected from the filter through drainage outlets. When the filtration cycle is completed the closing force is released and the filter plates are separated, permitting the filter cake to be discharged from the chambers.