LabExact® Grade VSS is a binder-free material manufactured using a proprietary glass chemistry which permits usage in high heat applications beyond typical borosilicate glass blends. Ideally suited for determination of fixed and volatile solids ignited at 550 °C Method 2540E.
- Particle retention 1.50 µm and high loading capacity is an attribute of the high surface area and complex pore structure
- The residue of TSS, TDS after heating to dryness for a defined amount of time and at a defined temperature is defined as Fixed solids
- Volatile solids are those solids lost on ignition (heating to 550 °C)
Low fiber shedding improves quality assurance of test results and low percentage of weight loss when used in gravimetric tests. High loading capacity is an attribute of the high surface area and complex pore structure. Material is also compliant with the requirements of standard methods 2540C and 2540D and EPA Method 160.2 for establishing water quality in suspended solids content. Total Suspended Solids (TSS) are defined as those which are retained by a 'glass-fiber filter disk without organic binder'. Also widely used in air pollution monitoring, high temperature flue gas and filtration of high temperature solvents.
- Catalog No:
- 77591-694
- 77591-684
- 77591-692
- 77591-690
- 77591-668
- 77591-688
- 77591-670
- 77591-672
- 77591-674
- 77591-676
- 77591-678
- 77591-680
- 77591-686
- 77591-700
- 77591-698
- 77591-696
- 77591-682
- Water Flow Rate:
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- 47 s/100 ml, 47 mm Ø @ 10 mbar
- Airflow Rate:
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- 3.7 s/100 ml/sq. in.
- Retention:
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm
- 1.5 µm