Parker 2/200-35-BX Filter Element 0.01 Micron 8312 Series

Product Description

The PARKER 2/200-35-BX is a replacement filter element designed for use in compressed air and gas filtration systems. It provides ultra-fine filtration at a 0.01 micron rating, making it suitable for applications that demand high-purity air output. The element measures 7 inches in height and 2 inches in width and weighs 1 pound. This part is installed by HVAC technicians, industrial maintenance professionals, and compressed air system specialists who need to restore rated filtration performance to an existing filter housing. Sold in a package of two elements per order.

This replacement element is intended for use within the Parker 8312 Filter Series housings. It is appropriate for applications where contamination control is critical, such as instrumentation air supply, pneumatic control systems, or process air lines. The 0.01 micron rating targets sub-micron particulates and aerosols that pass through coarser filter stages. Technicians typically install this element as part of a scheduled maintenance cycle or in response to elevated pressure drop readings across the filter housing.

Key Features

• 0.01 micron filtration rating for ultra-fine particulate and aerosol removal
• Direct replacement element for Parker 8312 Filter Series housings
• 7 inches height by 2 inches width for proper housing fit
• Lightweight at 1 pound per element
• Sold in a package quantity of 2 elements

Compatibility

Designed as a direct replacement filter element for use with the Parker 8312 Filter Series filter housings.

Installation Notes

Filter element replacement is typically performed by a qualified technician following the compressed air system manufacturer's service procedures. Depressurize and isolate the filter housing completely before removing the bowl or element. Inspect the housing o-rings and seals during each element change and replace if worn. Follow applicable industry codes and the housing manufacturer's torque guidance for bowl reassembly.