Ultra Chemical Absorbent Split Roll
Our Ultra Chemical Absorbent Split Rolls are manufactured from a base of highly absorbent meltblown polypropylene. The meltblown fibres are then ultrasonically bonded and laminated with a spunbond layer on both sides to provide durability, enhanced tensile strength and abrasion resistance.
Size: 33cm x 15m
Basis Wt: 294 g/m2
Pack Quantity: 1 pc in box
Sorbency: 18-35 lt/pc
Description
Ultra Chemical Absorbent Split Roll
Our Ultra Chemical Absorbent Split Rolls are manufactured from a base of highly absorbent meltblown polypropylene. The meltblown fibres are then ultrasonically bonded and laminated with a spunbond layer on both sides to provide durability, enhanced tensile strength and abrasion resistance. The high loft and open sided nature of the material provides for rapid capillary action and excellent absorbent capacity and retention.
May be safely used with all aqueous solutions and liquids immiscible with water, such as corrosive chemicals, hazardous liquids, acids, alkalis, coolants with the exception of strong oxidising agents.
Before any use in a spill situation a proper risk assessment should be carried out and all hazardous properties of the liquid or dangerous reactions taken into account.
Benefits
- 100% Polypropylene
- Laminated spunbond layer on both sides for enhanced tensile strength and abrasion resistance
- Perforated twice across its length and across its width every 33cm .
- High strength even when fully saturated.
- High loft meltblown polypropylene.
- Rapid and excellent absorption capacity and fluid retention.
- Can be incinerated, keeping disposal costs down.
- Highly visible due to their distinctive colour.
- Have high strength, even when saturated..
Technical Data
SRY39DL001BX | |
Size | 33cm x 15m |
Perforations | Across every 33cm and Along at 10cm and 23cm |
Basis Wt | 17 g/m2 spunbond 360 g/m2 meltblown 17 g/m2 spunbond |
Colour | Yellow |
Pack Quantity | 1 in box |
Pack Wt (gross) | 2,0 kg |
Sorbency (pack) | 18-35 lt |
Sorbency: Lower figure test method to BS 7959-1:2004 using water. Higher figure based on high viscosity liquid with no drain.
Note:All weights, dimensions, and other figures quoted are approximate
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