High Polymer Molecular Porous PE Sintered Filter Element For Liquid Oxygen Air Tube Con

Product Details:

Place of Origin:	Guangdong, China
Brand Name:	Lvyuan / OEM

Payment & Shipping Terms:

Minimum Order Quantity:	1 Piece
Price:	$0.50 - $2.00 / Piece
Packaging Details:	paper box and wooden case
Payment Terms:	T/T

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Detailed Product Description

Product Name:	Sintered Porous Polyethylene Filters	Micron Rate:	0.1 To 300 Micron
Material Option (customized):	PP,PE, PA, PTFE, Stainless Steel, Bronze Etc	Length:	OEM, 5", 10", 20", 30", 40", 50'', 60''
Stainless Steel Material:	304, 316L	Interface Form:	222,226,215, M36, M24, M22, M20 Thread Interface
End:	DOE, SOE, Insert, Screw Type	Usage:	Gas, Liquid Filtration
Working Pressure:	0.1 To 30Mpa	Shape:	Tube, Cup, Disc, Stick, Plate, Sheet, Etc
High Light:	PE Sintered Filter Element , Molecular Porous Sintered Filter Element , Molecular Porous Sintered Plastic Filter

Medical use High polymer molecular Sintered Porous Polyethylene Filters PE filter element for liquid oxygen air tube connection

1.High porosity to ensure a greater flow per unit area; 2. Smooth outer surface, impurities are not easy adhesion, back washing easy and thorough; 3. Anti-fouling ability: the small size of the filter so that impurities can’t be retained in the filter body; 4. Resistance to strong acid, alkali corrosion, resistance to organic solvents; 5. Excellent mechanical properties; 6. No particle release. 7. Wide Product range and wide scope of application

Filter Media	PE, HDPE, PTFE, PVDF, PA/Nylon etc
Micron rate	0.2um, 0.5um, 1um, 3um, 5um, 10um, 25um, 30um, 50um, 75um, 100um, etc
Reference dimension	31x12x1000, 31x20x1000, 38x20x1000, 38x18x1000, 38x20x1200, 38x20x1300, 38x20x150, 38x20x400, 38x20x250, 38x20x200, 38x20x180,
(mm)	38x20x150, 50x20x1000, 50x31x1000, 50x38x1000, 65x31x1000, 65x38x1000, 64x44x1000, 78x62x750mm, etc.
Connector type	DOE, SOE, Flat, insert, thread, 226, 222, 215, M36, M30, M27, M25, M22, M14, M12, or as request.
Max. operating temperature	PE≤82℃; PTFE≥200℃; PA≤120℃