3. Liner Benefits for Petroleum Market
Provides product protection = product purity
Offers source and waste reduction
Reduces time and expense of cleaning and/or replacing containers
Promotes reuse of your container, keeping containers out of the waste
system
Recyclable
Ships flat, nested or vented for economical storage and shipping
Reduces use of fuel and greenhouse gas emissions
9. Reduces cleaning costs
First time use every time
Primary containment in most applications
Should be multi-ply construction
IBC Liner
Technical Considerations
10. IBC Liner
Technical Considerations
Type of Intermediate Bulk Container
Re-usable
One Way
Corrugated
Type of Dispensing
Lower dispensing valve
Dip tube
Viscosity of Product
Inflation assisted dispensing
12. Form-Fit Liner
Easy to fill, using either top or bottom filling applications
Designed to accommodate high-speed fills; the auto unfold feature
minimizes bag handling during fill
Squared bottom eliminates the need
for a cassette in many cases
No pockets or folds trapping residual
product while emptying
13. Pillow Liner
Reduces foaming in bottom-filling applications
Provides versatility; the same size liner fits many container sizes
Provides excellent value for a
wide range of liquid
applications: bottom-fill
applications, automated
aseptic fillers
More apt to trap product when
dispensing
17. Bag-In-Box
Concerns for Environment
Cost Control
Waste Reduction
Cutting-Edge Packaging
Marketing
18. Bag-In-Box
Filling
Form-fit fills more easily than a pillow as the fitment is always in the
proper position
Flex Cracking
Form-fit reduces flex cracking due to lack of folds in the bag and the
perfect fit in the box
Evacuation
Form-fit allows for full dispensing because product does not get
trapped in the folds
Form-fit stylePillow style
19. Sizes & Dimensions
Up to 25 liter
Cube vs. Rectangular
Bag-In-Box
Technical Considerations
20. Type of filling equipment
End use
Use of connectors
Type of dispense
Bag-In-Box
Fitment Considerations
21. Importance of sizing bag and box
Water resistance
Box strength
UN testing
Bag-In-Box
Box Considerations
23. Bottle-In-Cage Liners
New system on the market provides a pre-installed removable
liner in a bottle-in-cage
Form-fit liner made from engineered
nylon/PE co-extrusion
Specify barrier films, anti-static, FDA,
UV to meet requirements
24. How Bottle-In-Cage Liners Work
1. Liner is inserted
2. Fill and dispense snouts are
positioned and fixed in place
3. Vacuum pulled (see blue arrows)
4. Vacuum snout sealed holding liner to
container wall until seal is broken
5. Vacuum process eliminates air
pockets, ensuring complete fill
25. Insert-in-a-Box
Removable cube-shaped semi-rigid insert
Snap on or sealed lid
Fits into a corrugated box with or without a lid
Modular System
Insert
Corrugated box
Filling equipment & packaging
26. Insert-in-a-Box
Used for highly viscous products:
Adhesives
Thick paints & inks
Compounds
Sustainability Advantage
28. Appendix
Drum & Pail
Thing to consider when deciding what type of liner is most appropriate:
1. How much rigidity do you need from the liner?
Are you going to be using a follower plate?
Are you going to be using a mixer inside the drum?
2. Are you going to be filling with the lid on the drum?