Benchtop Protectors
Current Technologies Bio-Screen™ Biohazard Wipes, Liners, and Rolls
Low-linting, white, absorbent wipes bonded to an orange plastic backing
Fisherbrand™ Bench Protector
Fisherbrand™ Bench Protector features absorbent paper to capture spills, backed with an impermeable polyethylene to protect the covered surface from contamination
Fisherbrand™ Absorbent Surface Liners
Economical, highly absorbent bench liners protect surfaces from spills, allowing for safe and easy cleanup.
Fisherbrand™ Absorbent Surface Liners
Economical, highly absorbent bench liners protect surfaces from spills, allowing for safe and easy cleanup.
Fisherbrand™ Polyethylene Foam Surface Liners
Fisherbrand Polyethylene Foam Surface Liners protect against glass breakage in sinks and can be used as titration backgrounds, among hundreds of other uses around a laboratory.
IW Tremont Co Inc LabExact Chemically resistant, highly absorbent green quilted bench pad, approx. 15x18 inch, 50/pk
LabExact Bench pads are designed with a complex proprietary fused 100% Polypropylene (PP) fibrous matrix which is a lightweight polyolefin and has an incredibly high chemical resistance. Bench pads are 290g/m2 basis weight sufficient to easily handle typical lab bench volume spills up to 600ml safely and quickly. Chemically resistant to most short term exposure of organic solvents as well as acids and alkalis. Lays flat as a bench pad with sufficient stiffness reducing ¿bunch up¿ seen with other competing brands. Soft enough to be used as a wipe. Binding dots accumulate fluids and migrate deeper into the pad allowing fast surface absorption and higher fluid hold saturation. 15 x 18", pack of 50.
IW Tremont Co Inc LabExact Chemically resistant, highly absorbent green quilted bench pad, approx. 15x18 inch, 250/cs
LabExact Bench pads are designed with a complex proprietary fused 100% Polypropylene (PP) fibrous matrix which is a lightweight polyolefin and has an incredibly high chemical resistance. Bench pads are 290g/m2 basis weight sufficient to easily handle typical lab bench volume spills up to 600ml safely and quickly. Chemically resistant to most short term exposure of organic solvents as well as acids and alkalis. Lays flat as a bench pad with sufficient stiffness reducing ¿bunch up¿ seen with other competing brands. Soft enough to be used as a wipe. Binding dots accumulate fluids and migrate deeper into the pad allowing fast surface absorption and higher fluid hold saturation. 15 x 18", pack of 250.
IW Tremont Co Inc LabExact Chemically resistant, highly absorbent green quilted bench pad/wipe, approx. 15x9 inch, 500/cs
LabExact Use as a bench pad or large wipe. Designed with a complex proprietary fused 100% Polypropylene (PP) fibrous matrix which is a lightweight polyolefin and has an incredibly high chemical resistance. 15 x 9" bench pads or wipes are 290g/m2 basis weight sufficient to easily handle typical lab bench volume spills up to 300ml safely and quickly. Chemically resistant to most short term exposure of organic solvents as well as acids and alkalis. Lays flat as a bench pad with sufficient stiffness reducing ¿bunch up¿ seen with other competing brands. Soft enough to be used as a wipe. Binding dots accumulate fluids and migrate deeper into the pad allowing fast surface absorption and higher fluid hold saturation. Pack of 500.
IW Tremont Co Inc LabExact Chemically resistant, highly absorbent green quilted bench wipe, approx. 5x4.5 inch, 500/cs
LabExact Wipes are designed with a complex proprietary fused 100% Polypropylene (PP) fibrous matrix which is a lightweight polyolefin and has an incredibly high chemical resistance. 5 x 4.5" wipes are 290g/m2 basis weight sufficient to easily handle typical small lab bench volume spills safely and quickly. Chemically resistant to most short term exposure of organic solvents as well as acids and alkalis. Lays flat as a small bench pad, soft enough to be used as a wipe. Binding dots accumulate fluids and migrate deeper into the pad allowing fast surface absorption and higher fluid hold saturation. Pack of 500.