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Our mixing tanks are constructed from food grade stainless steel SS304 with a 5-10 mm thickness, an interior sanitary finish,Meets food-grade standards. .
All mixing tanks come standard with 25% head space on top of working volume, and our 1 year warranty. Used for mixing liquids and dissolving solids into liquid, they are applicable to the food, beverage, brewing, pharmacy and chemical industries
304 Stainless Steel is used for pharmaceutical and chemical industries due to its high corrosion resistance. 304 SS tanks can be used at wide temperature ranges and have high physical strength but are more costly than most plastic tanks due to the higher material costs and the labor required to grind smooth the surface and especially welds ;
316L SS alloy has a higher corrosion resistance than 304 SS and has a higher operating temperature range. This material is resistant to strong acids so is used for more aggressive applications such as digesters, tanks and evaporators.
The nickel-chromium-molybdenum-tungsten alloy with superior corrosion resistance and is highly resistant to pitting and cracking. And can be used in a wide variety of applications including corrosive chemicals at elevated temperatures, flue gas scrubbers and nuclear fuel reprocessing. This alloy has a high cost for construction and polishing..
The information above is an overview of different manufacturer’s specifications and guidelines. Specific manufacturer’s will have detailed information on their particular materials of construction and should be consulted to make your final determination for material selection.
Our mixing tanks are constructed from food grade stainless steel SS304 with a 5-10 mm thickness, an interior sanitary finish,Meets food-grade standards. .
All mixing tanks come standard with 25% head space on top of working volume, and our 1 year warranty. Used for mixing liquids and dissolving solids into liquid, they are applicable to the food, beverage, brewing, pharmacy and chemical industries
304 Stainless Steel is used for pharmaceutical and chemical industries due to its high corrosion resistance. 304 SS tanks can be used at wide temperature ranges and have high physical strength but are more costly than most plastic tanks due to the higher material costs and the labor required to grind smooth the surface and especially welds ;
316L SS alloy has a higher corrosion resistance than 304 SS and has a higher operating temperature range. This material is resistant to strong acids so is used for more aggressive applications such as digesters, tanks and evaporators.
The nickel-chromium-molybdenum-tungsten alloy with superior corrosion resistance and is highly resistant to pitting and cracking. And can be used in a wide variety of applications including corrosive chemicals at elevated temperatures, flue gas scrubbers and nuclear fuel reprocessing. This alloy has a high cost for construction and polishing..
The information above is an overview of different manufacturer’s specifications and guidelines. Specific manufacturer’s will have detailed information on their particular materials of construction and should be consulted to make your final determination for material selection.
