Designed for routine, repetitive applications for which an inexpensive products is acceptable, such as qualitative analysis. The cellulose filters have varied retention efficiencies, flow rates and loading capacities.
Designed for routine, repetitive applications for which an inexpensive products is acceptable, such as qualitative analysis. The cellulose filters have varied retention efficiencies, flow rates and loading capacities.
An absorbent, impermeable material designed to protect laboratory surfaces against hazardous spills. The material features a high-quality, smooth, absorbent Whatman paper, which quickly absorbs liquid spills and a laminated polyethylene layer that pr
An absorbent, impermeable material designed to protect laboratory surfaces against hazardous spills. The material features a high-quality, smooth, absorbent Whatman paper, which quickly absorbs liquid spills and a laminated polyethylene layer that pr
Whatman filter papers are world-renowned as the standard for laboratory filtration and are associated with quality, reliability and customer service. Manufactured from high-quality cotton linters, which have been treated to achieve a minimum alpha ce
Whatman filter papers are world-renowned as the standard for laboratory filtration and are associated with quality, reliability and customer service. Manufactured from high-quality cotton linters, which have been treated to achieve a minimum alpha ce
Whatman filter papers are world-renowned as the standard for laboratory filtration and are associated with quality, reliability and customer service. Manufactured from high-quality cotton linters, which have been treated to achieve a minimum alpha ce
Whatman filter papers are world-renowned as the standard for laboratory filtration and are associated with quality, reliability and customer service. Manufactured from high-quality cotton linters, which have been treated to achieve a minimum alpha ce
Designed for routine, repetitive applications for which an inexpensive products is acceptable, such as qualitative analysis. The cellulose filters have varied retention efficiencies, flow rates and loading capacities.
Designed for routine, repetitive applications for which an inexpensive products is acceptable, such as qualitative analysis. The cellulose filters have varied retention efficiencies, flow rates and loading capacities.
Designed for routine, repetitive applications for which an inexpensive products is acceptable, such as qualitative analysis. The cellulose filters have varied retention efficiencies, flow rates and loading capacities.
Designed for routine, repetitive applications for which an inexpensive products is acceptable, such as qualitative analysis. The cellulose filters have varied retention efficiencies, flow rates and loading capacities.
Whatman filter papers are world-renowned as the standard for laboratory filtration and are associated with quality, reliability and customer service. Manufactured from high-quality cotton linters, which have been treated to achieve a minimum alpha ce
Whatman filter papers are world-renowned as the standard for laboratory filtration and are associated with quality, reliability and customer service. Manufactured from high-quality cotton linters, which have been treated to achieve a minimum alpha ce
An absorbent, impermeable material designed to protect laboratory surfaces against hazardous spills. The material features a high-quality, smooth, absorbent Whatman paper, which quickly absorbs liquid spills and a laminated polyethylene layer that pr
An absorbent, impermeable material designed to protect laboratory surfaces against hazardous spills. The material features a high-quality, smooth, absorbent Whatman paper, which quickly absorbs liquid spills and a laminated polyethylene layer that pr