Reviews:
◆Micro-Glass Fibers without Binder
Grade |
Basis Weight (g/m2) |
Thickness (mm) |
Particle Retention in Liquids (μm) |
Pressure Drop* (mbar) |
FTMGA |
52 |
0.23 |
1.6 |
38 |
FTMGB |
143 |
0.70 |
1.0 |
95 |
FTMGC |
52 |
0.24 |
1.2 |
55 |
FTMGD |
120 |
0.53 |
2.7 |
140 |
FTMGF |
75 |
0.45 |
0.7 |
120 |
FTMGG |
65 |
0.28 |
1.5 |
30 |
FTMG 550 HA |
65 |
0.3 |
1.5 |
- |
*A = 10 cm2, flow velocity 400 cm3/sec
Grade |
Application |
FTMGA |
Highly efficient for general laboratory filtration, clarification of buffer and reagent solutions corresponds to many international standards for air and water pollution monitoring. Foodstuff analysis, filtration of algae, bacteria cultures, proteins |
FTMGB |
Filtration of suspended solids in water, waste water analysis, pre-filters for membranes, suitable for filtration of large volumes. |
FTMGC |
Standard filter for the clarification and monitoring of waste water and water, scintillation counting on the filter, cell harvesting, hydrocarbon analysis where cellulose fibers are a inconvenience |
FTMGD |
Universal membrane pre-filter material |
FTMGF |
Higher efficiency in particle retention for smaller particles than other glass fiber grades, clarification of protein solutions, filtration of liquids prior to HPLC |
FTMGG |
Filtration and monitoring of water |
FTMG 550 HA |
Withstands temperatures till 550℃.Recommended for determining total suspended solids in water(TSS/standard method 2540D) |
◆Cross Reference
Finetech |
Whatman |
E-D Scientific Specialities |
Advantec |
FTMGA |
GFA |
111 |
GA-55 |
FTMGB |
GFB |
121 |
GB-140 |
FTMGC |
GFC |
131 |
GC-50 |
FTMGD |
GFD |
141 |
GD-120 |
FTMGF |
GFF |
151 |
GF-75 |
FTMG 550-HA |
934 AH |
161 |
n/a |