FC - Novabox Light

FC - Novabox Light

The Novabox Light is the most durable foldable container on the market. It also features improved ergonomic benefits for users as the unit can be easily manipulated by a single worker, saving time and labour cost. In addition, its unique patented hinge design means the walls can be folded in any sequence further reducing operating time and increasing user friendliness. Finally, the Novabox Light high return ratio/low folded height means significant savings on reverse logistics.

  • Lightweight 37.8 kg
  • Compatible with racks
  • Non-sequential folding
  • Label holders
  • Bespoke colours
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Technical Specification

LWFLC

External Dimensions (mm) -1200 x 1000 x 975

Internal Dimensions (mm) - 1130 x 930 x 815

Volume (L) -830

Folded Height (mm) - 321

Erected Stacking Height (mm) - 1920 (2Layers)

Folding Stacking Height (mm) - 612 (2Layers) / 2067 (7Layers)

Weight (kg) - 37.8

Unit Load (kg) - 400

Dynamic Load (kg) - 900 (1+1)

Static Load (kg) - 1500 (1+2)

Download Technical Specification

* The parameters are all measured in a standard experimental environment, and may fluctuate due to many factors. Before application, please kindly confirm with Novabox about the accurate parameters and applicability.

Design Features

Super Lightweight, More Space

The LWFLC weighs only 37.8kg and can be operated by one person.

  • 400kg Unit Load
  • 2000kg Static load 1+3
  • 1000kg Dynamic load 1+1

Highly Efficient

With 2 side skids allow the container to be adapted to racks. Fast and easy folding and erecting means the return efficiency is greatly improved, making it superior to conventional sleeve packs.

Rapid Identification

The LWFLC are equipped with label holders for product information. Different colors and design labels allow rapid identification, making LWFLC especially suited to the postal and parcel industry.

Plastic Anti-loosening Bolts

The base and feet are connected by plastic anti-loosening bolts, which are more reliable and more efficient in disassembly and assembly than traditional metal screws.

User-friendly Design

The combination of T-shaped structure and dovetail structure leads to greatly strengthened occlusion.


Protection Details

The anti-dumping design on long side panels protects operators from injury; and the round-edge fork holes make forklift operation easy and safe.

Reinforced Base

The Lightweight FLC’s inclined arc-shaped skid and top edge make it fit with most folding containers on the market. The reinforced base ensures high stability and impact resistance.

High Reliability

Internationally Authoritative Certifications

Lightweight FLC has passed the general simulation performance test for packaging (ISTA-3E) and the D4169 - 08 Performance Testing of Shipping Containers and Systems by the International Safe Transit Association (ISTA) and the American Society for Testing and Materials (ASTM) respectively. LWFLC’s high quality and reliability are well-proven.

  • Horizontal impact test - Full load, two-layer stacking, set a backstop, about 8 inches from the top of the lower box, start from the final velocity of 2mph (0.89m/s); if there is no abnormality, increase by 0.5mph ( 0.22m/s) each time.
  • Crush test - No load, place the container in the center of the pressure equipment, the upper pressure plate pressurizes at a speed of 0.5”/min (12.7mm/min) until the sample is crushed.
  • Foot impact - Restrict the horizontal movement of the container, impact 2 side feet and 1 middle foot with a fork-shaped pendulum bob device; for each time the sample passes the test, the height is increased by 2 inches.
  • Dynamic deflection test - Full load, two-container stacking, under random vibration mode applied by ISTA 3H, set Grms=0.54, perform 180-minute random vibration at 1-200Hz, and measure the deformation of the bottom of the upper box.
  • Static deflection test - Full load, two-container stacking for no less than 3 consecutive days, measure the deformation of the bottom of the upper box.

Design Features

Design Features

Design Features

Design Features

Design Features

Design Features

Environmental Benefit

Delivery & Returns

Liner Parameters

Liner Model
Spout Position
Filling Spout
Discharge Valve
Applicable IBC
330-CM2
Bottom Central Spout
2”
Cutter Membrane Valve
OF330, IF1040
1400-CM2
Bottom Central Spout
2”
Pullplug Valve
OF330, IF1040
330-PM2
Bottom Central Spout
2”
Pullplug Valve
OF330, IF1040
1040-N3
Top Non-central Spout
3”
IF1040
1040-C3
Top Non-central Spout
3”
Cutter Membrane Valve
IF1040
1040-PP4
Top Non-central Spout
4”
Roplug PC Valve
IF1040
330-NM2
Bottom Central Spout
2”
OF330, IF1040
1400-NM2
Bottom Central Spout
2”
OF330, IF1040
330-PPM2
Bottom Central Spout
2”
Roplug PC Valve
OF330, IF1040
330-PM3
Bottom Central Spout
3”
Pullplug Valve
OF330, IF1040
1040-N4
Top Non-central Spout
4”
IF1040
330-N2
Top Non-central Spout
2”
OF330
1040-P2
Top Non-central Spout
2”
Pullplug Valve
IF1040
1040-P3
Top Non-central Spout
3”
Pullplug Valve
IF1040
1040-PP2
Top Non-central Spout
2”
Roplug PC Valve
IF1040
1040-PP3
Top Non-central Spout
3”
Roplug PC Valve
IF1040
330Z
Bottom Central Spout
2”
Pullplug Valve
OF330, IF1040, RRS
330-CM2-RRS
Bottom Central Spout
2”
Cutter Membrane Valve
OF330, IF1040, RRS
330-PM2-RRS
Bottom Central Spout
2”
Pullplug Valve
OF330, IF1040, RRS
330-DM2-RRS
Bottom Central Spout
2”
Butterfly Valve
OF330, IF1040, RRS
330-C2-RRS
Top Non-central Spout
2”
Cutter Membrane Valve
OF330, IF1040, RRS
330-P2-RRS
Top Non-central Spout
2”
Pullplug Valve
OF330, IF1040, RRS
330-D2-RRS
Top Non-central Spout
2”
Butterfly Valve
OF330, IF1040, RRS

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