Sintered Metal Powder Porous Distribution Plate

• Trademark: AT&M
• Production Capacity: 7million USD/Year

Product Description

Sintered metal powder porous distribution plate is manufactured through the rolling of multi-layered metal woven mesh or metal powder, isostatic pressing, and then undergoing the sintering process before turning into the final porous product. This woven mesh material has even pore distribution, with its pore size ranging from a few micrometers to hundreds of micrometer, and has equal distribution in the pressure drop. This material falls under the 316L standard, with excellent properties such as good mechanical strength and good thermal and corrosion resistance. It is widely used for rectifying, powder conveying, transpiration cooling, damping and other various applications.

Main Characteristics

· Good porosity, even gas flow distribution
· Good permeability and flow control
· Ability to design products according to customers' requirements
· Good mechanical strength, rigid structure
· High efficiency in mass and heat transfer, low gas consumption
· Little residue left after filtering, easy cleaning process
· Easily processed and take shape, superior welding performance
· Good thermal and corrosion resistance, wide areas of applications
· Long service life

Product Series

Product Categories	Model	Thickness mm	Tensile Strength MPa	Porosity %	K (N2) L/min.cm 2 .Pa
Gas & jet fluidized plate	SKB-40-2	2	120	≥26	1.0× 10 -2
	SKB-40-3	3	120	≥26	8.0× 10 -3
	SKB-40-4	4	120	≥26	5.0 ×10 -3
	SKB-40-5	5	120	≥26	2.0 ×10 -3
	SKB-40-6	6	120	≥26	8.0 ×10 -4
Water-processed resin regeneration fluidized plate	SKB-150-6	6	120	≥32	1.0 ×10 -2
	SKB-150-8	8	120	≥32	5.0 ×10 -3
Dry-cleaned gas fluidized plate	SKB-20-2.5	2.5	120	≥21	1.0 ×10 -3
	SKB-40-2.5	2.5	120	≥26	8.0 ×10 -3
Other specifications: Maximum dimension of square plate (without joining): 1000×1200mm; Maximum dimension of round plate (without joining): Æ1000mm; Maximum dimension of round plate before welding: Æ2000mm; Materials: stainless steel, acid & thermal resistant steel, Inconel, Hastelloy, other super alloys, etc.; Maximum working temperature: £900°C.