Ideal for virtually any permanent or temporary chemical transfer application, Versilon™ R-3400 Tubing combines suppleness and flexibility with resistance to a wide range of chemicals. It shows exceptional resistance to strong acids and many alkalies.
The flexibility of Versilon™ R-3400 Tubing makes it quick and easy to put into service, providing considerable savings on installation time and cost when compared with rigid piping systems.
Black in colour, Versilon™ R-3400 is resistant to ultraviolet light, ozone and weathering, making it ideal for many outdoor applications. Standard inventoried sizes of Versilon™ R-3400 Tubing have sufficient wall thickness to block transmission of all UV light.
Specifically designed to handle most fuels and industrial lubricants, Tygon® Fuel and Lubricant Tubing resists the swelling and hardening caused by hydrocarbon-based fluids.
This significantly reduces the risk of failure due to cracking and leakage. Its minimum extractability safeguards the liquid or vapor being transferred against adulteration.
Because it is extremely flexible, Tygon® Fuel and Lubricant Tubing simplifies instalation, even in tight places. It is translucent yellow for positive identification and to allow easy flow monitoring. It is routeinely used to handle gasoline, kerosene, heating oils, cutting compouns and glycol-based coolants.
TYGON® LMT-55 Laboratory Tubing handles most inorganic chemicals
found in the laboratory. It is non-oxidizing and non-contaminating,
and less permeable than rubber tubing. The glassy-smooth inner bore
helps prevent buildup to facilitate cleaning, and coils are marked at
1-foot (30.4 cm) intervals for easy measuring.
Crystal clear and flexible, long-lasting and crack-resistant, new
TYGON® LMT-55 Non-DEHP Laboratory and Vacuum Tubing delivers
the same superior performance you’ve come to expect, but now
in a formulation that contains a non-DEHP plasticizer. Replacing
DEHP with a globally accepted substitute eliminates concerns about
potentially harmful health effects from repeated exposure to high
levels of DEHP leachates.
