F004 Vacuum Pump Stainless Steel Air Filter(40~100m³/h)

LVGE Ref.: LA-201ZB

OEM Ref.: F004

Filter Element Dimensions: Ø100*60*70mm

Interface Size: KF25/KF40 (Customizable)

Nominal Flow: 40~100m³/h

Function: Installed at the inlet of the vacuum pump, it can prevent the pump chamber from sucking large dust particles. So it can reduce mechanical wear of the vacuum pump and contamination of the vacuum pump oil.

Send email to us

Product Detail

Product Tags

Material Description:

1.Housing is made of 304 stainless steel and applies seamless welding technology. Therefore, it has excellent corrosion resistance and sealing performance with a leakage rate of 1*10-5Pa/L/s.
2.The interface size can be customized if required.
3.Filter Element:

Material	Wood Pulp Paper	Polyester Non-Woven	Stainless Steel
Application	Dry environment below 100℃	Dry or wet environment below 100℃	Dry or wet environment below 200℃; Corrosive environment
Features	Cheap;High Filter Precision; High Dust Holding; Non-Waterproof	High Filter Precision;Washable	Expensive;Low Filter Precision; High Temperature Resistance; Corrosion Preventive; Washable; High Utilization Efficiency
General Specification	The filtration efficiency for 2um dust particles is more than 99%.	The filtration efficiency for 6um dust particles is more than 99%.	200 mesh/ 300 mesh/ 500 mesh
Optional Specification	The filtration efficiency for 5um dust particles is more than 99%.	The filtration efficiency for 0.3um dust particles is more than 99%.。	100 mesh/ 800 mesh/ 1000 mesh

FAQ

1.Which material of filter element is recommended for Roots Vacuum Pumps?

We recommend using filter elements made of stainless steel with lower filtration precision, as excessively high precision filter elements will affect pumping rates of Roots vacuum pumps. If you clearly require a filter element with high filtration precision, we can also design a solution based on your situation, such as using a larger filter and equipped with a filter element that can meet your filtration precision - increasing the filtration area through this method so that the gas can flow more smoothly.