How to Choose BIB Aseptic Bag Filling for Fruit Puree, Juice Concentrate, and Tomato Paste
BIB aseptic filling should be selected by product viscosity, packaging format, downstream usage, storage, transportation, and sterilization line matching.
When factories choose BIB aseptic bag filling equipment, the first questions are often filling speed, bag size, and machine price. These points matter, but for fruit puree, juice concentrate, tomato paste, coconut products, and other bulk food ingredients, the better starting point is the packaging scenario.
BIB, bag-in-drum, 200L drum bags, larger aseptic bags, and IBC aseptic bags are not interchangeable in every project. BIB is often suitable for foodservice, beverage preparation, distribution, or smaller batch users. 200L drum bags are common for industrial fruit puree, concentrate, and tomato-based ingredients. IBC aseptic bags are more suitable when downstream users handle larger volumes and have stable storage and logistics conditions.
The product itself is the next key factor. Fruit puree, juice concentrate, tomato paste, and coconut puree may have different viscosity, fiber, pulp, particles, and flow behavior. These properties affect filling valve design, pipe resistance, metering accuracy, product residue, and cleaning difficulty.
Aseptic filling also needs to be considered as part of the full process. The filling machine usually works after UHT tubular sterilization, aseptic tank buffering, valve control, and CIP/SIP cleaning. If sterilization, holding time, pipe layout, filling chamber, and packaging interface are not matched, product stability and production efficiency can be affected.
Downstream usage should also guide the packaging choice. If the customer uses smaller batches or needs flexible dispensing, BIB may be practical. If the product is used as bulk industrial ingredient, 200L drum bags may be easier to store and transport. If the factory handles large and stable volumes, IBC aseptic bags may reduce handling frequency.
Before requesting a final quotation, factories should confirm product type, viscosity, fiber or particle content, sterilization method, filling volume, packaging format, storage condition, downstream usage volume, and plant layout. With these details, the aseptic filling system can be selected for real production needs instead of only for nominal filling size.