PIG® Oil-Only Spaghetti Boom - BOM403 - New Pig India
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PIG® Oil-Only Spaghetti Boom - BOM403

Specially designed to contain and absorb thick oils on water.

  • 2 Booms/bag
  • 13cm Dia. x 6.1m L
  • Absorbs up to 90.8L/box

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Description

    • Mesh skin and spaghetti strip filler design is ideal for pulling in thick oil or for use in fast-moving waters
    • Tough outer mesh is UV resistant for long-term outdoor use without degradation; lets fluids easily pass through to filler material
    • Rope running along length of boom withstands up to 400-lb. loads, adding strength for deployment and retrieval
    • Boom floats at surface for easy retrieval, even when saturated
    • Absorbs and retains oils and oil-based liquids - including lubricants, fuels and crude oil - without absorbing a drop of water
    • Strong, zinc-plated carbon steel attachment clips and rings allow you to link booms together
    • Bright white color makes boom easier to see in outdoor environments and clearly shows saturation level
    • Can be incinerated after use to reduce waste or for fuels blending
    • Note: Not recommended for use on land. PIG Oil-Only Absorbent Booms are recommended for land-based applications

        Specifications

        Color: White
        Dimensions: ext. dia. 13cm x 6.1m L
        Fluids Absorbed: Oil-Based Liquids, - Not Water
        Absorbency: Up to 90.8 L per bag
        Absorbency Per: Up to 45.4L per boom
        Weight: 6.94 kg
        Sold as: 2 booms per bag
        Composition: Skin - Polyester Netting
        Filler - 100% Polypropylene
        Attention - White Booms Not Recommended for Use in Direct Sunlight for More Than 2 Months
        # per Pallet: 12

         


        Additional Information

        Product Data Sheet (PDS)
        Safety Data Sheet (SDS)

        National Oil Spill Disaster Contingency Plan (NOS-DCP) 8.3.2
        Typical techniques involve: Application of sorbents either loose, as mats or in “sausages”. As many low viscosity chemical spills rapidly spread to cover a large surface area, these techniques are most applicable if the spread of the chemical can be confined.


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