A whide chose of retention and flow rate combinations are available to suit numerous laboratory applications br br the.
Whatman cellulose acetate filter paper.
Whatman cellulose filters are manufactured from high quality cotton liners which have been treated to achieve a minimum alpha cellulose content of 98.
These cellulose filter papers are used fro general filtration and exhibit particle retention levels down to 2 5 μm.
They are hydrophilic making them suitable for aqueous and alcoholic media.
Qualitative filter paper grades are based on various properties including particle retention thickness and weight.
Cellulose acetate membrane filters exhibit very low protein binding capacity.
Additionally the highly heat resistant whatman cellulose acetate membranes can filter hot liquids and hot gases.
A pore size of 0 2μm is the filter of choice for sterile filtration and clarification of aqueous solutions ph 4 8 such as nutrient media buffers and sera.
2 and are available in the common pore sizes.
To help our customers find the whatman filter paper they require we have setup this handy whatman filter selector guide.
Whatman 10342862 grade 2294 filter paper for technical use circle 210 mm with central hole 60 mm 100 per pack regular price.
Alpha cellulose is the most stable form of cellulose with the highest degree of polymerization.
Cellulose paper made from a high percentage of alpha cellulose such as whatman paper is a sign of high quality and consistency.
All the filter paper passed the iso9001 ce certificate high purity and good performance to give you the faithful experiment lowest ashless insure the result of testing full range of diameter provided customized allowed whatman equivalent quality but lower price easy to use for pre cut filter paper.
Cellulose acetate membranes have a very low aqueous extract of.
General description whatman celluose acetate membranes whatman cellulose acetate membranes are made from pure cellulose acetate making them suitable for biological and clinical analysis sterility tests and scintillation measurements.