Suggested Maximum Working Pressures for Tygon<span class="sup">®</span> and Other Tubings

Suggested Maximum Working Pressures for Tygon® and Other Tubings

Maximum Working Pressure 2014

The maximum working pressure of Tygon® tubing varies with the different formulations. In addition, working pressure is affected by temperature, size and wall thickness, time and material transmitted as explained below:


Since Tygon® tubing is produced from a variety of polymers, elastomers and rubbers, temperature should be considered in the selection of a Tygon® formulation for an end-use application. As a rule, tubing will stiffen as ambient temperature is reduced from standard room temperature (73°F/23°C). At higher temperatures, the tubing will become more flexible and physical properties such as tensile strength will become lower.


Working pressure increases as the wall thickness increases relative to the bore size.


If pressure exceeding the maximum suggested working pressure is maintained over a period of time, the tubing will gradually swell and eventually rupture.


Even materials such as solvents that attack Tygon® tubing can be handled over short periods of time. However, prolonged exposure tends to cause swelling, loss of normal tensile strength and reduced pressure resistance.

Products Include:

Fluran F-5500-A

Chemfluor FEP
Chemfluor PFA
Chemfluor PTFE

Norprene A-60-F I.B.
Norprene A-60-G
 Tygon 2001
Tygon 2375
Tygon F-4040-A
Tygon R-3400
Tygon S3 B-44-3
Tygon S3 B-44-4X
Tygon S3 B-44-4X I.B.
Tygon S3 E-3603
Tygon S3 E-LFL
Tygon S3 Silver
Tygon SE-200Tygroprene XL-60

Tygothane C-210-A
Tygothane C-544-A I.B.

Versilic SPX-50
Versilic SPX-70 I.B.