PLASTIC JACO^® FITTING FOR 1/4" TUBING OR SEPTUM

• Polypropylene molded construction is inexpensive compared to metal fittings.
• Replaceable fluoropolymer faced septum with large area, allows repeated punctures with common lab syringes.
• Allows reuse of valve by only replacing septum.
• Option of cap with septum or cap for use with tubing.
• Allows syringe sample extraction or attachment of tubing by changing caps
• Compression ferrule secures tubing onto fitting, which provides a superior grip compared to metal fittings
• Prices include Jaco^® fitting for 1/4" OD tubing or septum.
• Bags with grommets available.
• Bags with multiple fittings available.
• Custom sized bags available.

Custom sizes, Stainless Steel Valves, Swagelok^® type, Polypropylene Combo Valves, TCLP, Barbed and other fittings available.
Tubing available.
Use 1/4 OD tubing."

• Catalog No. CAP-14-JT, Cap, Polypropylene, Jaco^® Set Up for 1/4" Tubing
• Catalog No. SEP5007-JSF-10, Septa, 10/90, 10 mm for Jaco Fitting/10 EA.

• Compression ferrule secures tubing onto fitting.
• Polypropylene molded construction.
• Option of cap for tubing, or cap with septum.
• Replaceable fluoropolymer faced septum with large area.

FEP is one of the most chemically inert materials for making gas sampling bags. It works well in extreme temperatures ranging from -400 to 400 ºF; allowing it to be used in most stack sampling conditions. 5 mil FEP film is completely resistant to the most severe corrosives. Much more permeable than Multi-Layer or Tedlar®. FEP bags can be specified for applications involving corrosive gases.

• Before use, thoroughly flush bags with ultra-pure nitrogen or zero air
• During sampling, Fluoropolymer tubing and Fluoropolymer faced septums must be used in order to prevent sample loss.
• Bags should not be filled to more than 80% of their maximum volume.
• Charcoal (Black) Tedlar^® bags should be used when sampling light sensitive compounds
• Do not store compounds in bags long term due to the possibility that chemicals may adsorb onto the bag surface.
• Bags should not be used to collect reactive or unstable compounds.
• When shipping bags, do not air-ship unless the bags are stored in a pressurized area.

• One of the most chemically inert materials available for making gas sampling bags
• Maximum operating temperature: 400 ºF
• Virtually transparent

• Works well in extreme temperatures ranging from -400 to 400 ºF; allowing it to be used in all stack sampling conditions
• Heavier gauge (0.005) film is resistant to most severe corrosives as well as tolerates applications involving rough handling or difficult service conditions
• Less expensive than PFA

• Poor long term storage stability for most VOC's and sulfur compounds
• Much more permeable than Tedlar^®, ALTEF, and Multi-Layer Foil bags
• More expensive than Tedlar^®, ALTEF, Multi-Layer Foil, and TFM bags
• Lower tensile strength than Tedlar^®

• Superior grip compared to metal fittings.
• Inexpensive compared to metal fittings.
• Allows attachment of tubing or syringe sample extraction by changing caps.
• Allows repeated punctures with common lab syringes.
• Allows reuse of valve by only replacing septum.