Titanium Equipment's

Engineering & Electrochemical Equipment's Manufacture

PRODUCING AND SUPPLY OF FASTENER

We Tiaano supply Titanium latches for various applications. Titanium clasp are comprised of an economically unadulterated grade of titanium. Titanium Fasteners are utilized for different application. Titanium clasp serious areas of strength for are, additionally lightweight. As far as strength, it is right multiple times more grounded in correlation hardened steel. The best elements of Titanium Fasteners incorporates its phenomenal solidarity to weight proportion and its dormant way of behaving to chlorine containing mixtures and seawater. Metals and combinations most often considered for use in harsh soft drink are carbon steel, treated steels, nickel and high-nickel compounds. Contingent upon focus, temperature and pollutions, a wide scope of compounds might be considered for use in burning help. Expanding nickel content works on the obstruction of impeccable and nickel amalgams to burning. Economically unadulterated nickel compounds 200 and 201 are the most impervious to scathing erosion and are broadly utilized. Unadulterated nickel amalgams additionally have all the earmarks of being resistant to harsh embrittlement. Duplex spotless compounds additionally show protection from burning and scathing breaking. Amalgam 2205 is helpful up to 60% focus at 90° C without any proof of harsh breaking. Very duplex compounds like ZERON® 100 will offer marginally more prominent opposition than 2205, which benefit from higher chromium and nickel levels. Titanium amalgams can be safe up to around 40% focus and underneath 80° C. For the most part, titanium is less safe than composite 200. Zirconium amalgams offer opposition up to half and 60° C. Tantalum isn't impervious to scathing arrangements.

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FASTENERS, PIPES AND FITTINGS FOR CAUSTIC SODA PLANT

Caustic soda is the chemical compound sodium hydroxide (NaOH). This compound is an alkali – a type of base that can neutralize acids and is soluble in water. Today caustic soda can be manufactured in the form of pellets, flakes, powders, solutions and more. It corrodes metals, such as aluminum, tin, and zinc. During this process, it generates hydrogen, which has the potential to behave as an explosive gas. 

Carbon Steel Piping used for Caustic Service (NaOH content) may be damaged by Caustic Cracking, especially in areas with welded and discrete areas that have high stress. In chemical production, titanium is used as corrosion-resistant material instead of stainless steel, nickel base alloy and other rare metals, which is of great significance in increasing production, improving product quality, prolonging service life of equipment, reducing consumption, reducing energy consumption, reducing cost, preventing pollution, improving working conditions and increasing productivity.

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We Tiaano supply Titanium fasteners for different applications. Titanium fasteners are made up of a commercially pure grade of titanium. Titanium Fasteners are used for various application. Titanium fasteners are not only strong, but also lightweight. In terms of strength, it is almost 4 times stronger in comparison stainless steel. The best features of Titanium Fasteners includes its excellent strength to weight ratio & its inert behavior to chlorine containing compounds and seawater. Metals and alloys most frequently considered for use in caustic soda are carbon steel, stainless steels, nickel and high- nickel alloys. Depending on concentration, temperature and impurities, a wide range of alloys may be considered for use in caustic service. Increasing nickel content improves the resistance of stainless and nickel alloys to caustic. Commercially pure nickel alloys 200 and 201 are the most resistant to caustic corrosion and are widely used. Pure nickel alloys also appear to be immune to caustic embrittlement. Duplex stainless alloys also show resistance to caustic and caustic cracking. Alloy 2205 is useful up to 60% concentration at 90° C with no evidence of caustic cracking. Super duplex alloys like ZERON® 100 will offer slightly greater resistance than 2205, which benefit from higher chromium and nickel levels. Titanium alloys can be resistant up to about 40% concentration and below 80° C. Generally, titanium is less resistant than alloy 200. Zirconium alloys offer resistance up to 50% and 60° C. Tantalum is not resistant to caustic solutions.

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