Gauze Structured Packing
Gauze structured packing from T.C.I is recognized worldwide as the leader in applications with low liquid-loading systems or temperature-sensitive compounds. Vacuum distillations, specialty chemicals, and many highly refined, value-added processing operations also benefit from gauze packing efficiency-improving capabilities.
Koch-Glitsch wire gauze packing is the most efficient commercial tower packing available on the market today. Koch-Glitsch wire gauze packing has a proven track record of providing superior performance in thousands of diverse applications around the world. Koch-Glitsch Mass Transfer Technology has more than 85 years of combined experience. Our process and design expertise, coupled with superior manufacturing and pilot plant test facilities, provide Koch-Glitsch customers with solutions to mass transfer problems.
The packing is fabricated from sheets of metal gauze. Type BX gauze structured packing, with 500 m2/m3 specific surface area, is manufactured using the same geometric configuration as FLEXIPAC® packing. For even higher requirements, Type CY gauze packing with 750 m2/m3 specific surface is available.
Matching this high-efficiency packing with our custom-designed internals offers our customers complete systems engineered to maximize tower performance.
Features: for Gauze structured packing
Hgih number of theoretical plate, best loading factor 1.5-2m/s, min. liquid load 0.2m3/m2.h。
Materials: for Gauze structured packing
stainless steel, carbon steel, 304, 316L, phosphor bronze etc. Upon clients' request.
Spec. for Gauze structured packing Model NO.Specific surface α
m2/m3Void ratio ε
%Hydraulic diameter de
mmElevation angle
W degreeePiling Weight γρ
kg/m3F factor
m/sTheoretical plate number
No/mSB-5005000.917.5302502.4-1.34-5SB-7007000.905453502.4-2.06-10
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Structured Packing ----www.rubbersealing.comGauze structured packing from T.C.I is recognized worldwide as the leader in applications with low liquid-loading systems or temperature-sensitive compounds. Vacuum distillations, specialty chemicals, and many highly refined, value-added processing operations also benefit from gauze packing efficiency-improving capabilities.Koch-Glitsch wire gauze packing is the most efficient commercial tower packing available on the market today. Koch-Glitsch wire gauze packing has a proven track record of providing superior performance in thousands of diverse applications around the world. Koch-Glitsch Mass Transfer Technology has more than 85 years of combined experience. Our process and design expertise, coupled with superior manufacturing and pilot plant test facilities, provide Koch-Glitsch customers with solutions to mass transfer problems.The packing is fabricated from sheets of metal gauze. Type BX gauze structured packing, with 500 m2/m3 specific surface area, is manufactured using the same geometric configuration as FLEXIPAC® packing. For even higher requirements, Type CY gauze packing with 750 m2/m3 specific surface is available.Matching this high-efficiency packing with our custom-designed internals offers our customers complete systems engineered to maximize tower performance.Features: for Gauze structured packingHgih number of theoretical plate, best loading factor 1.5-2m/s, min. liquid load 0.2m3/m2.h。Materials: for Gauze structured packingstainless steel, carbon steel, 304, 316L, phosphor bronze etc. Upon clients' request.Spec. for Gauze structured packing
Packing is the placement of gauze or cotton into the nasal area. Packing comes in three forms: gauze, cotton balls, and preformed cotton wedges. Packing is usually coated with antibiotics and, sometimes, petrolatum.
Gauze is used to pack wounds, and also for debridement and wicking. It is especially desirable for packing deep wounds.
No Nu Gauze is plain packing strips, Iodoform is NOT plain! These are 2 different things! The orders are NOT interchangeable!
Medically speaking, Nose packing is when the medical personnel stuff your nose (usually bleeding nose) with sterile OS or gauze. This usually benefits someone who is bleeding and is used as a compress.
The most common purpose of nasal packing is to control bleeding following surgery to the septum or nasal reconstruction and to treat chronic nosebleeds. Packing is also used to provide support to the septum after surgery.
The structure of the tower is limestone or aliminium
The Eiffel Tower is a frame structure
Packing density affects performance by lowering the heat transfer capacity.
0.74
eiffel tower is a frame structure.
Minerals of a nonsilicate crystal have very high densities because their crystal structures are based on the packing of atoms that are as close together as possible. This structure is called this closest packing.