MaxiSaddles® random packing are widely used in the chemical industry, to promote mass transfer between highly corrosive substances, where it is not possible to use plastic and metallic fillings.
Also known in the industry as ceramic saddle, due to its shape similar to a saddle, its design was developed to promote a high specific area of contact between gas-liquid, generating high efficiency. At the same time, it manages to maintain low resistance to gaseous flow, therefore low pressure drop.
How's it works?
MaxiSaddle is used for exchange at the gas-liquid interface, so the larger the contact area between the phases, the better the absorption efficiency.
MaxiSaddle was created to provide a high contact area between the phases and without impairing pressure loss. But its main feature is the high mechanical and chemical resistance.
MaxiSaddles ceramic saddles are randomly distributed below the liquid dispenser and above the Cross-Partition Ring, which in turn are supported by the MaxiDome.
- Systems with a high corrosion rate;
- Systems with high absorptive exotherm.
- Drying tower in the sulfuric acid industry;
- Absorption tower in the sulfuric acid industry;
- Drying tower in the chlorine and soda industry.
MaxiDur® random packings have a high density, greater than 2.25 kg / L, making them used as a catalyst support, in order to keep the catalytic beds in position even under extreme gas flows / speeds.
MaxiRing® random packing increase the efficiency of mass transfer in absorption and desorption processes.
The random packing MaxiSaddles® BPC (MaxiSaddle Low pressure drop) is the newest generation belonging to the MaxiSaddles ceramic saddle group. Its modern design features a greater number of gas passage points, increasing efficiency and decreasing pressure loss, making it ideal for process revamp.
(Português BR) MaxiSaddles® random packing are widely used in the chemical industry, to promote mass transfer between highly corrosive substances, where it is not possible to use plastic and metallic fillings.
The random packing CMTP® seeks to associate high capacity with excellent mass transfer efficiency, promoting, also, a low pressure loss through its geometry. CMTP® is manufactured in an extensive range of metal alloys such as 410, 304, 316 and 317.