spill absorbent sock
Adaptable Barrier Designed to Contain and Manage Liquid Spills
A spill absorbent sock is a simple, effective way to deal with leaks that keep spreading. Instead of letting oil, coolant, or solvents trail across the floor—or collect unnoticed under machinery—you can place the sock around the area. It works like a mix of a barrier and a sponge, soaking up the liquid while keeping it contained. Its flexible design makes it easy to curve around machines, wrap around corners, or line edges to stop a small leak from turning into a major clean-up.
This general-purpose version is great for everyday spills, not just major accidents. It handles common liquids like oil, coolants, solvents, and even water-based spills, so there’s no need to second-guess what to use. As for sizes, the SDL-US12 is 7.6 cm × 1.2 m (8 pieces per carton, absorbs about ±60L), and the SDL-US36 is 7.6 cm × 3.6 m (5 pieces per carton, about ±90L). Choose based on whether you’re containing a small drip or laying down a longer barrier along a walkway or machine area.
Description
- Coolants
- Solvents
- Gasoline
- Kerosene
- Vegetable oil
- Latex paint
| Model | Absorbent | Absorbency | Size | Packing |
| SDL-US12 | Oil | +/-60 liters/ctn | 7.6cm * 12m | 8pcs/ctn |
| SDL-US36 | Oil | +/-90 liters/ctn | 7.6cm * 3.6m | 5pcs/ctn |
frequently asked questions
What spills can it handle?
How do you use it when a spill starts spreading?
Lay it down like a “dam” around the spill so the liquid stays contained instead of running across the floor.
Can I shape it around machines or corners?
Where does it work best in a facility?
Around drip points, under equipment edges, along doorways, near floor drains, or anywhere you want to block liquid from travelling.
Can I use it to protect a floor drain?
Yes—people often place a sock around the drain area as a quick barrier, so spills don’t flow straight into it.
Does it replace absorbent pads?
Not really. Pads are nicer for wiping up flat spills; a spill absorbent sock is more for “contain first, then clean.”



