PLF40H Coalescing filter cartridge oil filter oil separation filter cartridge coalescing filter polyester fiber natural gas filter cartridge PSE80H1

Coalescing filter cartridge  oil filter oil separation filter cartridge coalescing filter polyester fiber natural gas filter cartridge。

Designed to condense small liquid droplets in natural gas (mainly composed of water, oil, and hydrocarbons).

Through the component flow guide layer, fluid flows from inside to outside. The C1.0 series is applied in environments where the C1.5 series filter cartridge is not suitable. Due to its folding structure, the C1.0 series has a larger filtration area, resulting in higher removal efficiency and better pollutant holding capacity for solid particles and liquid mist. This large-area design also reduces the additional pressure difference caused by high flow rates.     

specifications

Length: 18/36/72 inches Outer diameter: 4.5 inches Inner diameter: 3.13 inches

Core of the Center: Carbon Steel (Standard)/Stainless Steel (Optional) Outer Core: Carbon Steel (Standard)/Stainless Steel (Optional) End Cap: Carbon Steel (Standard)/Stainless Steel (Optional)

Gasket: Nitrile rubber Gasket adhesive: Polyurethane

Agglomeration filter element is made of various composite materials processed by special technology, with hydrophilic properties. It can not only filter out mechanical impurities in the medium, but also separate emulsified water from the medium through demulsification and agglomeration, and agglomerate into larger water droplets, which is conducive to further purification of the medium.

Droplets of oil, water, and other liquids are captured by the ultrafine fibers inside the coalescer. These micrometer sized fibers form tortuous channels for the airflow, forcing solid particles and liquid droplets to be captured by the ultrafine fibers through three filtering mechanisms: inertial collision, diffusion interception, and direct interception. The surface tension of the liquid causes small droplets to coalesce into larger droplets, which settle to the bottom of the container due to gravity.  

The glass fiber coalescing filter element is made of high-density gradient glass fiber and designed as a single piece tube structure to reduce damage and leakage. The surface of the filter element is treated with hydrophobic and oleophobic materials, which can meet various precision level requirements.  

Polyester fiber coalescing filter cartridge material is usually made of synthetic polyester fiber, which has good compatibility with various fluids. The filter element is made of a multi-layer spiral structure, with fibers of different properties used in each layer. The desired filtration accuracy is achieved by controlling parameters such as the shape, size, thickness, and density of each fiber layer.  

The coalescing filter mainly uses surface treated glass fiber or polyester fiber as the coalescing medium. The structure of the filter material is specially designed to make the filter medium have good coalescing performance. The filtering accuracy can reach 0.1 μ m.   

Glass fiber coalescing filter cartridge with high-density gradient glass fiber, efficiently coalescing liquid mist and droplets in the airflow, and achieving high filtration accuracy. Stable structure, no shedding of medium fibers, and no pollution to the environment or downstream products. Has good compatibility with various fluids; Good environmental friendliness, synthetic materials, complete combustion without residue.

Outer diameter: 3.5 inches, 4.5 inches, 6 inches;

Length: 16, 18, 20, 32, 36, 40, 72 inches

Filter cartridge skeleton material: stainless steel and carbon steel

Accuracy range: less than 0.3 microns, 0.3 microns, 0.5 microns, 1 micron, 5 microns, 10 microns

Initial pressure difference: ≤ 0.15PSI

Change pressure difference:<0.6PSI

Operating temperature: 0~150 ℃

Using filter media:

1. Aviation fuel, gasoline, kerosene, diesel;

2. Liquefied petroleum gas, petroleum tar, benzene, toluene, xylene, isopropylbenzene, polypropylene, etc;

3. Turbine oil and other low viscosity hydraulic and lubricating oils;

4. Cycloethane, isopropanol, cycloethanol, cyclohexanone, etc;

5. Other hydrocarbons