COMPACT multi-trip IBC's

For liquid foodstuffs and chemicals.

The guiding principle of this design is user-friendliness. Thanks to the low structure, the fittings on the top surface are easily accessible. The use of space has been maximised; you'll save both in transport and storage cost. The centre of gravity is extremely low, making the container much safer to handle.

UN Certification is available where required - even up to a density of 2.6 on certain models. The IBC is easy to clean internally and externally. Finncont COMPACT IBCs provide an economic and durable solution which is demonstrated by the original ones which have now been in continuous use for over 20 years. Efficiency in use is first class because the need to maintain the fittings and body structures is minimal, whilst the necessary servicing is easy to carry out. Dimensions comply with international standards and are compatible with other products on the market.

Technology:

• The IBC base gradient is selected in relation to the product being transported, (10°, 30° or 45° )
 Material of construction depends upon the application and the product being transported, this can be Aluminium, mild steel (painted), or stainless steel (Aisi 304 or Aisi 316).
• Materials for the pallet base are usually stainless steel (Aisi 304) or hot dip galvanised mild steel.

Manhole alternatives:

•  6 swing bolts, DN 400 - UN approved.
• Clamp ring, DN 400 - UN approved. 
• Quick fastener, DN 400.
• Clamp ring, DN 460 - UN approved.

Valves and fittings:

• A comprehensive range of valves and fittings are stocked to allow choice depending on product requirements and customer preference.

Seal materials:

•  A wide range of seal materials are now available, e.g. EPDM, Nitrile, Viton, PTFE, etc. It is important for the client to consider their choice of seal material carefully before ordering. Assistance is available if required.

Handling:

• With forklift from any side. 
• With pallet truck from any side.
• With crane from four corners.
• Up to four full containers can be stacked on a flat level surface - 3 on 1.
Models:
 
  RST   HST   Fe    AL net l Width   Length   Height RST   HST   Fe   AL of bottom
CF500 UN     UN    UN    UN 500 1025      1225      840 125    125    140     98 10°
CF750 UN     UN    UN    UN 750 1025      1225     1050 146    146    164    120 10°
CF850 UN     UN    UN    UN 850 1025      1225     1140 152    152    173    127 10°
CF1000 UN     UN    UN    UN 1000 1025      1225     1265 165    165    183    135 10°
CF1200 UN     UN    UN    UN 1200 1025      1225     1445 179    179    202    152 10°
CF1500 UN     UN    UN    1500 1025      1225     1720 201    201    230    174 10°
CF2000 UN     UN    UN    2000 1025      1225     2160 240    240    275    213 10°
FF500 UN     UN    UN    500 1025      1225     1100 120    120    150    105 30°
FF800 UN     UN    UN    800 1025      1225     1270 138    138    172    120 30°
FF1000 UN     UN    UN    1000 1025      1225     1450 150    150    187    130 30°
FF1200   1200 1025      1225     1650 162    162    200    140 30°
FF1500   1500 1025      1225     1855 182    182    225    160 30°
SF500 UN     UN    UN    500 1025      1225     1390 185    185    231    162 45°
SF800 UN     UN    UN    800 1025      1225     1640 206    206    260    180 45°
SF1000 UN     UN    UN    1000 1025      1225     1804 221    221    276    193 45°

1. RST=Stainless steel Aisi 304 (DIN 1.4301) and Aisi 304L • HST=Stainless steel Aisi 316 (DIN 1.4436) and/ 316L • Fe=Mild steel Fe37B • AL=AluminiumAIMg3
2.The total height of containers with a 3" (d=75) valve is 100 mm higher in type CF than shown in table.
3.The final weight according to fittings and structures.

UN=UN approved for transporting hazardous chemicals
Std=not approved for transporting hazardous chemicals