25mm 50mm Factory Wholesale Tower Packing SS304 316 Imtp Metal Intalox Saddles Ring

• Customization: Available
• Application: Automotive Industry, Electronics Industry
• Color: Metal
• Model NO.: BS-MIS
• Form: Spheres
• Purity: 99.8%+
• Material: Metal
• Structure Feature: Saddle Filler
• Type: Random Packing
• Usage: Chemical Industry Product
• Effect: Reducing Shrinkage
• Source: Particle
• MOQ: 1 Cubic Meters
• Transport Package: Jumbo Bag with Pallet
• Specification: 15 25 40 50 60mm
• Trademark: BESTN
• Origin: China
• HS Code: 8419909000
• Production Capacity: 500cubic Meter/Month

Product Description

Metal Intalox Saddle Ring

 

It is high performance random packing successfully used in mass transfer towers both small and large diameter. It is frequently used in deep vacuum towers where low pressure drop is crucial and also high pressure towers where capacity significantly exceeds conventional trays. Metal Intalox Saddle Ring or metal saddle is available in various sizes, which give different combinations of efficiency and pressure drop.

Size	Thickness	Bulk density	Number	Free volume	Surface Area	Packing Factor
(mm)	(mm)	(kg/m3)	(per m3)	(%)	(m2/m3)	(m-1)
15	0.25	280	347000	96.5	305	167
25	0.3	255	135000	96.8	241	135
40	0.4	231	50200	97.1	161	79
50	0.4	149	15000	98.1	104	59
60	0.4	142	8400	98.2	85	50

 

The above data is reference to material stainless steel (AISI304) in the material thickness shown. Other material available: carbon steel, stainless steel including 304, 304L, 410, 316, 316L.

 

Package Type	Container Load Capacity		Delivery time	Quality Insurance	Payment Terms
	20 GP	40 GP
Ton bag	20 m3	40 m3	7-10 days	Chinese National Standard   Offer quality assurance as request.	T/T, L/C, Paypal,  West Union
Paper box	20 m3	40 m3
Wooden box	20 m3	40 m3

Transfer towers both small and large diameter

Deep vacuum towers where low pressure drop is crucial and
also high pressure towers where capacity significantly exceeds conventional trays Distillation, absorption etc High pressure towers

 

 

low pressure drop and high efficiency
large effective interfacial area
high mechanical strength
low cost