Tygon® Vacuum Tubing formula E-3603, Saint-Gobain
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tygon® vacuum tubing formula e-3603, saint-gobain
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Tygon® Vacuum Tubing formula E-3603, Saint-Gobain
TYGON® E-3603 non-DEHP laboratory and vacuum tubing delivers the same superior performance you've come to expect from TYGON® products – but now in a formulation that contains a widely accepted substitute for DEHP plasticizer. TYGON® E-3603 laboratory tubing is specially formulated for resistance to flex fatigue and abrasion, handles virtually all inorganic chemicals found in the lab, and is less permeable than rubber tubing. The glassy-smooth inner bore helps prevent buildup to facilitate cleaning. TYGON® E-3603 vacuum tubing shares all these performance features and has extra heavy walls that will withstand a full vacuum at room temperature.
TYGON® E-3603 Vacuum Tubing has extra heavy walls that will withstand a full
vacuum at room temperature (29.9" [759mm] of mercury at 73°F [23°C] and up
to 27" [686mm] of mercury at 140°F [60°C]). Like standard TYGON® Laboratory
Tubing, TYGON® E-3603 Vacuum Tubing resists most inorganic chemicals and can
be used in corrosive atmospheres.
Features/Benefits:
Alternative to DEHP tubing
New formulation delivers the same excellent performance
Contains no BPA
Outstanding chemical resistance
Lot-to-lot consistency for reproducible results
Increases productivity in peristaltic pumps – outlasts other clear tubing 2 to 1
Smooth, polished inner bore
Non-oxidizing and non-contaminating
Slips easily over fittings and grips securely
Coils marked at 1-foot intervals for easy measuring
Typical Applications:
General laboratory
Analytical instruments
Peristaltic and vacuum pumps
Ideal for condensers, incubators, desiccators, gas lines and drain lines
Durometer Hardness |
56 (Shore A) ASTM D2240 |
Tensile Strength |
1750 psi (12.1MPa) |
Max. Operating Temp. |
165°F (74°C) |
Low Temperature brittleness by impact |
-51°F (-46°C) |
Chemical Resistance: Concentrated Acids |
Fair |
Chemical Resistance: Medium or Weak Acids |
Excellent |
Chemical Resistance: Concentrated Bases |
Fair |
Chemical Resistance: Medium or Weak Bases |
Excellent |