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Metal Intalox Saddle Ring
Metal Intalox Saddle Ring is a kind of random packing, characterized by elliptic curves on the top camber and semicircular curves on the bottom camber. Its high mechanical strength and stiffness make it ideal for use in tough environments.
It is widely used in distillation, absorption, stripping, and gas scrubber columns, and has a number of advantages over conventional random packings. The ring shape provides ample surface area for gas-liquid contact, which promotes effective mass transfer and minimizes pressure drop.
Advanced design delivers a high rate of liquid film surface renewal and enables greater capacity and efficiency than other random packings. It also allows shorter packed bed heights.
MACH Engineering's Metal Saddles are a new type of ring that has been optimized for performance, efficiency and long-term value. The ring's unique external geometry features a variety of fingers and arches that prevent entangling and promote a large surface area for gas-liquid contact.
These rings are ideal for both small and large-diameter towers and can be used in deep vacuum towers where low pressure drop is critical. They also are well suited for high pressure towers, where capacity is often higher than that of conventional trays.
The ring's internal geometry provides minimum nesting and maximum mechanical strength for superior surface utilization, and it is designed to resist corrosion.
It is made from a combination of stainless steel and carbon steel materials, with sizes 25#, 38#, 50# and 70# available. They are used in a variety of industries and applications, including petroleum and chemical processing, alkali-chloride synthesis, coal gas production, and environmental protection.
This material is a good choice for high-pressure and low-pressure applications, as it can resist corrosive acids, alkalis, and extreme temperatures. It is also suitable for a wide range of media.
Compared to raschig ring packing, intalox saddles are a better choice for acid removal, as they offer improved separation efficiency. They also provide a smaller pressure drop, lower energy consumption and reduced foaming.
Intalox saddles are made of a variety of different materials, including stainless steel and plastic, with the most popular choices being stainless steel and carbon steel. They are highly durable and can withstand pressures of up to 3000 psi.
It is a new type of packing that was developed in the 1970s by MACH Engineering. The ring has a number of fingers and arches that prevent entangling, promote a large surface area for gas-liquid contacting, and reduce foaming.
The ring's internal architecture provides minimum nesting and maximum mechanical strength for improved separation efficiency. It is also designed to resist corrosion, and is a good choice for high-pressure or low-pressure applications, as it can withstand pressures of up to 3000psi.
This material is a good choice for high-pressure, low-pressure applications, as it can resist corrosion, and is a good choice in a wide range of media. It is also suitable for a wide array of different applications, including petroleum and chemical processing, alkali-chloride production, coal gas production, and environmental protection.
METAL INTALOX SADDLE RING
Metal saddle rings gives the best of both the worlds in terms of performance (i.e. low-pressure drop and high efficiency). It can be effectively used in both high pressure and vacuum towers.Its monolithic construction overcomes the problem of "opening out" at the ends as can be experienced with ring shaped packings.
METAL INTALOX SADDLE RING
Metal saddle rings gives the best of both the worlds in terms of performance (i.e. low-pressure drop and high efficiency). It can be effectively used in both high pressure and vacuum towers.Its monolithic construction overcomes the problem of "opening out" at the ends as can be experienced with ring shaped packings.
