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U1PL200

15"x18" Universal Single-Ply Lightweight Sorbent Pads (200 ct)

15"x18" Universal Single-Ply Lightweight Sorbent Pads (200 ct)


Weight 165 gsm gsm*
Absorbency 106 Litres | 28 US Gallons of oil** 61 Litres | 16 US Gallons of water****
Base Fibre Polypropylene
Description
Application
Facts and figures
Notes

With a fabric weight of 165 gsm there are 200 pads in a bale, which is twice the number when compared to the heavier weight 286 gsm 100 pad count version, and as a results offers a lower cost per square metre product.

The pads are made from a single layer of meltblown which is sonically bonded together. The sonic bonding points makes the pad less prone to stray fibres becoming detached. This gives the pad a very even structure which also contributes to the pad’s good absorbency rate. These attributes help make the pad an industry standard construction because it offers all-round average performance but excellent versatility. The grey colour helps to hide any absorbed liquids.

Each pad is 38 cm wide by 46 cm long and is made from a single layer of meltblown fibres with bond points. The pads are supplied a clear plastic bag. 

 

Key Features

  • The pad is made from a single layer of meltblown that is sonically bonded together.
  • Good value and reliable performance.
  • Made from high quality polypropylene.

An economical choice for everyday Maintenance situations of absorbing either water or oil based fluids. This is an excellent go-to-product for lighter duty indoor MRO tasks. Because the pad is Maintenance, it is best used indoors.

Weight*

165 gsm* gsm

Size

38 cm x 46 cm (15” x 18”)

Recycled Content**

0%** %

Units/Case

200

Weight/Case***

5.7 kg (12.7 lbs)***

LTL/Pallet

30

FTL/Pallet

36

Absorbency****

106 Litres | 28 US Gallons of oil** 61 Litres | 16 US Gallons of water******

Base Fibre

Polypropylene

  • Fire retardant as per ASTM 726.
  • Ensure that disposal of these sorbents complies with all regulations.



Size

38 cm x 46 cm (15” x 18”)

Suitable for

Recovering both oil and water based fluids at the same time