HideShow Navigation
4GBOOM510

Single Skin Universal Boom

Key Facts 19 US Gallons | 72 Liters of oil, 16 US Gallons | 60 Liters of water* Polypropylene and cellulose
Description
Application
Facts and figures
Notes

Universal booms are flexible tubes filled with highly-absorbent material featuring high-performance polypropylene fibers (please note the fill color may vary).

The boom’s all-in-one construction stitches the sock and net together and aligns a nylon rope along one side, this strong nylon rope runs along the entire length. The boom also features rings and snap hooks that are rust proof. These can be quickly connected to make deployment of longer barrages faster and easier. Universal booms will absorb both petroleum-derived and water-based fluids.

Key Features

  • All-in-one construction produces exceptional strength and prevents the boom from twisting
  • Resists snagging on debris
  • End rings and snap hooks make deployment of the desired length fast and easy
  • Can stretch without failing

Very effective for containing and soaking up either oil- or water-based spills in the workplace or other situations where you do not need the boom to float.

Product Code

4GBOOM510

Format

Universal, Boom

Size

4-5” x 10’ (10-12 cm x 3 m)

Recycled Content*

0* %

Absorbency**

19 US Gallons | 72 Liters of oil, 16 US Gallons | 60 Liters of water**

Units/Case

4/Bale

LTL/Pallet

20

FTL/Pallet

20

Base Fiber

Polypropylene and cellulose

Star Rating

  • Fire retardant as per ASTM 726
  • Ensure that disposal of these sorbents complies with all local, state and federal regulations

40 CFR 263.31

Transporters “must clean up any hazardous waste discharge that occurs during transportation.

33CFR 154.1047(c)(2)

Pertaining to navigable waters, a facility that handles, stores or transports Group V petroleum oils must identify response resources such as containment booms, sorbent booms and other methods.



Size

4-5” x 10’ (10-12 cm x 3 m)

Sorbent type

Recovers both oil and water based fluids at the same time