Piping saran lined

Carbon steel Sch. 40 Fiberglass reinforced polyester Fiberglass reinforced vinylester Glass pipe Aluminum Sch. 40 304 stainless steel Sch. 5 Saran-lined steel Polypropylene- lined steel Rubber-linedsteel Sch. 40 316 stainless steel Sch. 5 304 stainless steel Sch. 40 Kynar-Ifned steel 316 stainless steel Sch. 40 Alloy 20 Sch. 5 FEP Teflon-lined steel PFA Teflon-lined steel Armored-glass pipe PTFE Teflon-lined steel Monel 400 Sch. 5 Nickel 200 Sch. 5 Alloy 20 Sch. 40 Monel 400 Sch. 40 Inconel 600 Sch. 5 Titanium Sch. 5 Nickel 200 Sch. 40 Titanium Sch. 40 Inconel 600 Sch. 40 Glass-lined steel Sch. 40 Hastelloy C-276 Sch. 5 Zirconium Sch. 5 Hastelloy B Sch. 5 Zirconium Sch. 40 Hastelloy C-276 Sch. 40 Hastelloy B Sch. 40 Tantalum-lined steel Sch. 5 Tantalum-lined steel Sch. 40... [Pg.1012]

Carbon steel Sch, 40 Fiberglass reinforced polyester Fiberglass reinforced vinylester Glass pipe Aluminurn Sch. 40 304 Stainless steel Sch. 5 Saran lined steel Polypropylene- (tned steel Rijbbe -lined steel Seh. 40 316 stainless steel Sct>, 5 304 stainless steel Sch. 40 Kynar-linied steel 316 stainless steel Scb. 40... [Pg.136]

Chemical resistance of Saran-lined pipe is superior to extruded Saran in some environments. [Pg.2218]

Saran tubing is also a popular material used in laboratories and industrial plants to transport acids and corrosive chemicals. Saran and Saran-lined pipe have also been used for transporting acids and alkalis. [Pg.495]

SL piping products lined with SARAN polyvinylidene chloride resin. [Pg.251]

Propylene Glycol 5 fps Steel water, lined pipe 5-8 fpsl 3 asphalt-line, saran-... [Pg.6]

For 2-inch (nominal) and larger vinyl, saran, or hard rubber pipe, the friction loss does not exceed clean steel. With saran and rubber-lined pipe the loss is about equal to clean steel at the 2.5-inch size, increasing to 2 to 4 times the loss at the 1-inch size. [Pg.90]

Saran has found wide application in the plating industry and for handling deionized water, pharmaceuticals, food processing, and other applications where stream purity protection is critical. It also finds application as a lined piping system. Refer to Reference [2]. [Pg.114]

Polyvinylidene chloride (PVDC) is worthy of mention as a pipe material in an historic context. It was, along with PVC, one of the earliest of pipe polymers. It was marketed in the USA as early as the 1950s under the name Saran . The material proved to have unacceptably brittle failure modes and has fallen into disuse as a pipe polymer. However PVDC remains important as a coating or lining material or as a co-extrusion layering material for other pipe polymers. This is because PVDC has a much lower permeation... [Pg.22]

Saran is the trademark of Dow Chemical for their proprietary polyvinylidene chloride resin. It has a maximum allowable operating temperature of 175°F/81°C. It is used to line piping as well as vessels. Refer to Table 3.13 for the physical and mechanical properties of Saran. [Pg.42]

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