Fiberglass reinforced polyesters

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... 

Cimglas Fiberglass-reinforced polyester Cincinnati Milacron... 

Extren Fiberglass-reinforced polyester Morrison Molded Fiber Glass... 

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... 

Manufacturers of inert-atmosphere glove boxes and accessories include Vacuum Atmospheres Co., 4652 W. Rosecrans Ave., Hawthorne, CA 90250 (aluminum or stainless steel construction) Kewaunee Scientific Engineering Co., Adrian, Ml 49221 (metal construction) Labconco Corp., 8811 Prospect, Kansas City, MO 64132 (fiberglass-reinforced polyester construction) Manostat Corp., 518 8th Ave., New York, NY 10018 (polymethacrylate construction). 

Avoiding metal contamination is also very important, as metals such as copper and iron are strong pro-oxidants for soybean oil. Copper or iron-containing alloys, except stainless steel, should never be used for equipment involved in direct contact with soybean oil. Soybean oil may be stored in containers made from carbon steel that is coated on the interior with an epoxy or polyurethane lacquer, in stainless steel, or in fiberglass-reinforced polyester. 

FRE. [Solem Industries] Alumina trihydirate filler, fiame and smoke suppressant for fiberglass-reinforced polyesters. 

Dual Laminate - FRP (fiberglass reinforced polyester) piping lined with fluoropolymer is manufactured by forming FRP over a fluoropolymer tube. The resulting stmcture is called adual laminate. 

Uses Defoamer for acid-cured and NC lacquers applied by curtain coaters, as well as fiberglass-reinforced polyesters and gel coats Features Silicone-free EFKA -2021 [EFKAAdditives BV]... 

If the exposure to corrosion is expected to be severe, materials with good corrosion resistance, such as PVC or fiberglass reinforced polyester materials, should be selected for the fans. If, for reasons of economy, ordinary steel fans are used, they should be coated with Teflon, or if the corrosion problem is somewhat less severe, PVC or polypropylene will serve. 

Table 2.39 Properties of Fiberglass-reinforced Polyester Composites with ...

ATH came into wide use as a flame retardant in the 1960s, primarily as a result of demands of consumer-driven safety legislation for carpet backing and fiberglass-reinforced polyester products. For these applications, ATH imparts flame retardance and smoke suppression. End-use markets for ATH include transportation, construction, cast polymers, electrical/electronic, wire and cable, leisure and appliances. Specific polymer applications range from thermosets such as solid surface, sheet molding compounds (SMCs) and bulk molding compounds (BMCs) to wire and... 

The U.W. measurements are believed to be the first 77 and 4.2 K compressive fatigue data reported on unidirectional fiberglass reinforced polyester. 

These inventions were in many fields from food products to cracked petroleum but his preference was polymer technology. He was awarded patents by the U.S. Patent Office on the first automobile enamel, urea formaldehyde plastics and fiberglass-reinforced polyester plastics. 

Wet chlorine is very corrosive to all of the more common construction metals. At low pressures wet chlorine can be handled in chemical stoneware, glass or porcelain equipment and in certain alloys. Hard rubber, polyvinyl chloride (maximum of 41 kPa (6 psig)), fiberglass-reinforced polyester, polyvinylidene chloride or fluoride and frilly halogenated fluorocarbon resins have been used successfully. For maximum working pressure see Chlorine Pamphlet 6 [9]. All of these materials must be selected with care. For higher pressures, lined metallic or compatible metallic systems should be used. In the metallic systems, Hastelloy C, titanium and tantalum have been used. Within limits, titanium may be used with wet chlorine, but must not be used with dry chlorine under any circumstances because it bums spontaneously on contact. Tantalum is inert to wet and dry chlorine at temperatures up to 300°F(149°C). 

Fan stack. Fan stacks shall be eased-inlet entrance type, not less than 6 ft (1.33 m) high, constructed of fiberglass-reinforced polyester. 

Air-inlet louvers. Louvers shall be of treated redwood, Douglas fir, or fiberglass-reinforced, polyester plastic supported on spans of 4 ft (1.22 m) or less. 

FRP (fiberglass-reinforced polyester) Exceptional compressive load strength can be heat-, fire-, and wear-resistant... 

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