Metal Inner Arc Ring or Metallic Vsp Ring for Separation, Absorption and Distillation

• Customization: Available
• Structure Feature: Ring Form Filler
• Material: Metal
• Model NO.: METAL INNER ARC RING
• Type: Random Packing
• Usage: Chemical Industry Product
• Effect: Improve The Wear Resistance
• Source: Tower Packing Support
• Transport Package: Woven Bag with Pallet
• Specification: 0.6-70mm
• Trademark: Zhongci
• Origin: China
• HS Code: 8419909000
• Production Capacity: 100m3/Month

Product Description

Metal inner arc ring is also called VSP. During plant operation these rings create gas/liquid contact on easily wettable surfaces and promote the formation of droplets as the liquid cascades through the packed bed. This ensures good liquid mixing and consistent and uniform distribution. This open non-testing structure creates high efficiency and a very low pressure drop, low pressure drop, good distribution of gas-liquid.

 

 

Specifications:

• Material: carbon steel; SS 304, SS 304L, SS 410, SS 316, SS 316L.

• Package: plastic bags, cartons.

 

Size inch/mm		Bulk density (304,kg/m3)	Number (per m3)	Surface area (m2/m3)	Free volume (%)	Dry packing factor m-1
1"	25*0.3	209	52500	196	97.3	212.2
1"	25*0.4	290	52500	196	96.3	219.2
1.5"	38*0.4	198	15500	134	97.5	144.9
1.5"	38*0.6	308	15500	134	96.2	151.3
2"	50*0.5	192	6850	102	97.6	110.1
2"	50*0.6	234	6850	102	97	111.8
2"	50*0.8	315	6850	102	96	115.5
3"	76*0.6	151	1950	67	98.1	71.3
3"	76*0.8	206	1950	67	97.4	72.9
3"	76*1.0	261	1950	67	96.7	74.4

Advantage

 

Material of metallic VSP ring

· Carbon steel.

· Aluminum alloy steel.

· Titanium alloy steel.

· Copper.

· Stainless steel.

Features of metallic VSP ring

· Reasonable geometric symmetry.

· Increased 15%-30% flux.

· Reduced 20%-30% pressure drop.

· Evenly gas and liquid distribution.

· High mass transfer performance.

 

Applications of metallic VSP ring

·Separation.

·Absorption.

·Desorption.

·Atmosphere-vacuum distillation.

·Decarburization of synthesis ammonia.

·Desulfuration of synthesis ammonia.

·Separation of ethyl benzene.

·Separation of isooctane.

·Separation of methylbenzene.