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Baggie
for Gravimetric Procedures
Alternatives
To Glass Beakers - Thermoformed Cylinders Made With Teflon® Film
As stack emissions are
reduced due to more efficient control technologies, more laboratory analysts
are recognizing the utility of Baggies made with Teflon® film for gravimetric measurements
of stack gas samples. Baggies made with Teflon® film are an alternative to glass beakers
when processing samples from a Method 5-type sampling train or cascade
impactor with numerous advantages
- No recleaning costs
- Disposable
- Transparent
- Chemically
inert
surfaces
- Smaller sample-to-container
weight ratios for accurate measurements
- Unsurpassed archival
abilities avoiding sample loss
- Pliable
and unbreakable
- Extreme
temperature resistance
All Baggies made with Teflon® film are produced using DuPont Teflon® 7.5mil film through the process of thermoforming.
7.5mil Sample Baggie Made With
Teflon® FEP Film |
Part Number |
Volume |
Price
Individual Liner Only (USD) |
P-00074-01 |
250mL |
$11.00 |
7.5mil Sample Baggie Made With
Teflon® FEP Film
With Sequentialy Numbering Stamped On Flange
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Part Number |
Volume |
Price
Individual Liner Only (USD) |
P-00074-02 |
250mL |
$13.50 |
Custom sizes are available. Please contact us to discuss your custom Teflon® Bagggies. Ordering large quanties may qualify for a discount please contact us to see if you qualify.
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Baggie
With Flange Made With Teflon® Film

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Chemical
Compatibility
- Teflon® film is
the most inert of all plastics
- Complies
with USFDA legislation for safe use with food
- Low
permeability to liquids, gases, moisture, and organic vapors
- Chemically
inert and solvent resistant to virtually all chemicals (except
molten alkali metals, gaseous fluorine, and certain complex
halogenated compounds such as chlorine trifluoride at elevated
temperatures and pressures)
Electrical
Reliability
- High
dielectric strength, over 6500V/mil for 1mil film (260kV/mm
for 0.025mm film)
- No
electrical tracking, non-wettable, and non-charring
Wide
Thermal Range
- Continuous
service temperature -400°F to 400°F (-240°C to
205°C)
Mechanical
Toughness
- Superior
antistick and low frictional properties making clean-up easy
- High
resistance to impact and tearing
- Useful
physical properties at cryogenic temperatures
Long
Time Weather ability
- Inert
to outdoor exposure; no measurable change after 20 years in
Florida environment
- High
transmittance of ultraviolet and all but far infrared
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