top of page
R5GH.png
fmf rolls (gray)

Fine fiber meltblown polypropylene composites have a soft microfiber membrane on both sides of the web. They grip many surfaces when saturated, and they also remove the sheen from your floors. The microfiber membranes quickly wick up fluids and draw them into the fluffy center layer.

details.png
bonded rolls (gray)

Point bonded meltblown polypropylene sorbents have an open fiber construction that draws in high viscosity fluids. Bond points tie down loose fibers. Bonded rolls are great for all maintenance applications to absorb oil, water, coolants, solvents, and many more non-aggressive fluids.

details.png
sm rolls (gray)

Spunbond/Meltblown polypropylene composite is a dual-textured product. The spunbond polypropylene side is durable, abrasion-resistant, and great for wiping. The meltblown polypropylene side has an open fiber construction for absorbing viscous fluids. Use SM for both oil spill applications and for MRO applications.

details.png
sms rolls (gray)

Spunbond polypropylene membranes are smooth, durable, and abrasion-resistant. They withstand wear and tear, and they are great for wiping down greasy tools and equipment. The lofty meltblown polypropylene center layer is highly absorbent and wicks up fluids quickly.

details.png
smf rolls (green)

Spunbond/Meltblown/Fine Fiber sorbents are our highest quality nonwoven composites. The spunbond side is smooth and abrasion-resistant, which is great for wiping applications. The fine fiber (microfiber) side has a gripping characteristic when saturated and removes the sheen from most surfaces.

details.png
sm rolls (slip hazard)
slip guy black.png

Slip hazard sorbents replace slip hazard signs, mops, and mop buckets. They warn of hazards while absorbing the spilled fluids. These versatile sorbents are great for well-trafficked walkways or for use as a general maintenance pad. The high-visibility yellow color is very noticeable.

Fiberweb sorbents are available with four different surface textures

absorption5.png
bottom of page