304 Stainless Steel 16 Bag Multi-Filter Housing

The SYCF-DS16-2# 304 Stainless Steel 16 Bag Multi-Filter Housing is developed for industrial filtration systems that require stable performance, large processing capacity and convenient maintenance. The equipment adopts a multi-bag filtration structure, allowing liquid to pass through 16 filter bags simultaneously for effective separation of suspended solids and particulate contaminants.

With a robust stainless steel housing design and industrial-grade structure, this filtration equipment is suitable for continuous operation in water treatment, chemical processing, power plant auxiliary systems and other industrial applications. Ayater provides engineering-based filtration solutions according to customer process requirements.

1. Large Filtration Area for High Flow Industrial Systems

The 16-filter-bag configuration increases the total filtration area inside the housing. Compared with single-bag filtration equipment, this structure is more suitable for processes requiring higher liquid throughput and longer operating cycles.

The SYCF-DS16-2# is designed with a DN300 inlet connection and a design flow rate of 480 m³/h, making it suitable for industrial applications where stable liquid handling capacity is required.

2. 304 Stainless Steel Construction for Industrial Durability

The housing is manufactured from 304 stainless steel, providing a reliable structure for industrial liquid filtration applications. The material selection helps maintain equipment integrity when handling various industrial fluids.

The stainless steel surface also supports easier cleaning and maintenance during regular operation.

A Bag Multi-Filter Housing is a pressure-driven filtration device that uses replaceable filter bags as the filtration medium. During operation, liquid enters the housing through the inlet connection and flows through the filter bags from the inside or outside depending on the equipment design.

Particles larger than the filter media opening are retained on the filter bag surface, while filtered liquid flows through the outlet. The filtration performance depends on several factors, including filter bag material, micron rating, liquid viscosity, operating pressure and contaminant concentration.

For industrial applications, selecting a suitable filtration system requires evaluation of actual process conditions rather than only considering flow capacity. Parameters such as cleaning frequency, maintenance requirements and compatibility with the filtered liquid should also be considered.