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Polyethylene container net, 5x3m, 150g/m² | OTEXIO
Polyethylene container net, 5x3m, 150g/m² | OTEXIO
Polyethylene container net, 5x3m, 150g/m² | OTEXIO
Polyethylene container net, 5x3m, 150g/m² | OTEXIO
Polyethylene container net, 5x3m, 150g/m² | OTEXIO
Polyethylene container net, 5x3m, 150g/m² | OTEXIO
Polyethylene container net, 5x3m, 150g/m² | OTEXIO
Polyethylene container net, 5x3m, 150g/m² | OTEXIO
NETLINE®

Polyethylene container net, 5x3m, 150g/m²

1270_5X3

The NETLINE® MED net in 5x3 metres is designed in woven polyethylene of intermediate quality, offering an excellent compromise between flexibility and resistance. It constitutes a reliable solution for securing loads during transport in containers.

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€96.90HT
Unit price
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Volume discounts
Quantity Price Total Saving money
6 units €83.60 €501.60 - €79.80
Unit(s)
Applications / Industries
Waste collection and transport
Materials
PE
Colors
Black
Weight
150 g/m²
Dimensions
5x3m
Treatment
Anti-UV
Waste type
Wood / Pallets / Paper / Cardboard / Non-hazardous industrial waste (DIB)
Container size
5 à 12 m³
Container type
Multi-skip
Marque
NETLINE®

Versatile, it is suitable for the removal and containment of different waste streams, in particular ordinary industrial waste (DIB), paper or cardboard.

Standard equipment:

  • Reinforced perimeter finish
  • 17 mm diameter metal eyelets placed every 50 cm
  • Multi-strand rubber cord Ø 7/8 mm integrated around the perimeter
  • PVC identification area

This configuration ensures even fastening and good long-term durability for regular use.

Specific adaptations (dimensions, finishes, additional options) can be made on request in order to meet particular operating constraints.

  • Good-quality net
  • The resistance to tearing is good
  • Protects many types of waste/materials

The NETLINE® MED transport net stands out for its great flexibility, making it easier to position on the container. Its flexibility allows it to adapt to the shape of the loads and to be put in place quickly, without catching on the waste.

It also offers good resistance to mechanical constraints, in particular by effectively limiting the extension of a possible tear. This performance makes it a solution suitable for the transport of many types of waste.