E-1000 Non-DEHP 5/16 ID X 7/16 OD X 50ft

Features/Benefits Soft and flexible for lab set-ups Low-temperature resistant for low level cryogenic applications Resistant to corrosive chemicals for laboratory applications Low durometer for use in low-torque pump applications Meets FDA requirements for food contact Typical Applications Synthesis and research set ups Analytical instruments Buffer solutions Peristaltic pumps Vent and drain lines Soft and flexible, new Tygon® E-1000 Non-DEHP Laboratory Tubing delivers the same superior performance you have come to expect from Tygon® tubing but now in a formulation that contains non-DEHP [Bis (2-ethylhexyl) phthalate] plasticizers. The market demand and certain global and regional requirements such as Europe's REACH, EU Food directives and California Prop 65 motivated Saint-Gobain Performance Plastics (SGPPL) to develop tubing products that contain a globally accepted substitute for DEHP. In addition SGPPL moving to non-DEHP tubing is part of our commitment to our customers for products' safety and quality. The new Tygon® E-1000 Non-DEHP Laboratory Tubing has been tested rigorously to ensure that it meets the same physical standards, including low temperature and corrosive chemicals resistance as the old Tygon® R-1000 tubing. Ideal Selection for Complex Laboratory Set-ups Tygon® E-1000 tubing is an excellent solution to applications requiring complicated laboratory set-ups with sharp radius curves and multiple directional changes. Tygon® Ultra-Soft Tubing resists twisting and collapse, which are common problems when using other tubing products. Tygon® E-1000 tubing stays flexible at temperature as low as -67F (-55C). The Preferred Tubing in Low-Torque Peristaltic Pumps The extremely low durometer (40) of Tygon® E-1000 provides minimal resistance to compression. This feature is ideal when using low-torque or battery-driven peristaltic pumps. Tygon® E-1000 provides an excellent alternative to silicone tubing where corrosive chemicals are used. Tygon® Ultra-Soft Tubing will typically outlast silicone tubing in peristaltic pump applications by a margin of 2 to 1.