With our sophisticated engineering and the use of high performance materials, such as various stainless steels, Hastelloy®, tantalum, titanium, zirconium, borosilicate glass, glass-lined steel, ceramics, and fluoropolymers, we fulfill the most demanding pressure, process and corrosion resistance requirements.
Chemical Resistance Chart - Jasper* For chemical resistance for MAG 1100/MAG 1100 F (DN10-100) platinium with gold/titanium brazing alloy electrode please also refer to titanium. 1) no air 2) max boiling point 3) no stagnation 4) max 40 °C 5) max 45 °C 6) max 50 °C 7) max 55 °C 8) max 60 °C 9) max 65 °C 10) max 75 °C 11) max 80 °C 12) max 85 °C 13) max 95 °C 14) max
Feb 01, 2012 · Abstract. This study investigated the corrosion resistance of plated and unplated steels useful as ornamentals in saline environment. Nickel plating of carbon steel was done in watts solution for 25minutes with a current density of 3 Adm-3 at 60 o C. The nickel plated carbon steel was later gold plated for 20 minutes with a current density of 0.2 Adm-3 at 50 o C .
Corrosion Management of Anaerobic Digesters and Sludge Glass-lined steel provides superior corrosion resistance to acids, alkalis, water and other chemical solutions (with the exception of hydrofluoric acid and hot concentrated phosphoric acid). As a result of this chemical resistance, glass lining can serve for many years in environments that would quickly render most metal vessels unserviceable.
DION Corrosion Guide - Reichhold4 Introduction DION® resins are among the most established and best-recognized products in the corrosion-resistant resin market. DION® resins were originally developed for some extremely demanding applications in the chlor-alkali industry and their success has led to diverse and highly regarded applications. These products became part of the Reichhold family of resins
The Archco lining system provides internal corrosion coating protection for:Crude, Gas and Diesel Tanks, Ethanol Tanks, Petrochemical Tanks, Heat Exchangers, Knock Out Drums, Chimes Areas, Bund Areas, Pressure Vessels and Internal Pipes and Valves. Tank Base protection system protects the Tank Chime area from corrosion.
Downhole Tubular Corrosion Prevention by DuolineDuoline® Technologies provides a premium internal corrosion resistant GRE lining system for oilfield steel tubulars. Discover the Duoline® Difference! more than 100 million feet of Duoline® glass reinforced epoxy lined tubing has been successfully installed worldwide. Click Here to review the "Proof of Performance" test studies.
FRP Material Selection Guide - ReichholdThe corrosion potential is so great in cell headers, for example, that special thick corrosion barriers are specified to extend the service life of the equipment. Pulp Washer Drums and Up-flow Tubes . FRP has long been a material of construction for pulp washer drums used to extract residual chlorine dioxide or caustic chemical carryover from pulp.
Jun 01, 2015 · Abstract. Currently accepted mechanistic models describing aqueous corrosion of borosilicate glasses are based on diffusion-controlled hydrolysis, hydration, ion exchange reactions, and subsequent re-condensation of the hydrolyzed glass network, leaving behind a residual hydrated glass or gel layer. Here, we report results of novel oxygen and silicon isotope tracer experiments with
Vertical Jacket Type Corrosion Resistance Glass-lined Thermal/Cooling shock resistance of glass-lined layer >200 GB25025-2010. 2. Mechancial Impact resistance of glass-lined layer >220 x 10-3 J. GB25025-2010. 3. Enamel Thickness. 0.8~2.0mm. GB25025-2010. 4. Preliminary Spark Test. 20 kV. GB25025-2010. 5. Final Spark Test. 7 kV. GB25025-2010. 6. Cooling Impact:110 GB25025-2010. 7. Thermal Impact:120 GB25025-2010. 8. Design Glass corrosionThe second stage of corrosion is a process of destruction of the leached surface layers of glass. Glass is resistant to most acids but is highly susceptible to attack by alkaline materials, especially a concentration of OH-ions giving a pH greater than 9.0. The result is an attack of the network forming silica-oxygen (Si-O) bonds, leading to dissolution of the glass surface.