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Heat exchanger class 310 310S
When designing and building heat exchangers, it is necessary to satisfy as many aspects as possible and often conflicting requirements. The main issues are compliance with the conditions of the process flow, possible higher heat transfer coefficients, low hydraulic resistance, corrosion resistance of the heat transfer surfaces, clean accessibility of the heat transfer surfaces, manufacturability of the structure and economical use of expensive materials. Final factors to consider include:
Manufacturing Features – Stainless steel grades 310 and 310S rolled tubes, tubes, plates/sheets and any forged components can be manufactured by cutting the product as designed as these grades can withstand operating temperatures of 975-1175°C. Heavy duty work can be performed at temperatures as low as 1050°C using standard methods and equipment.
Machinability – The machinability of grades 310 and 310S is similar to grades 304 and 316. Work hardening can be a problem and the work hardened layer is usually removed by slow speed and heavy cutting using sharp tools and good lubrication. Use powerful machines and heavy, rigid tools.
Weldability – Grade 310/310S products in any shape are a great way to join two pieces of metal and offer many advantages over other welding methods. Grade 310 is corrosion and heat resistant, requires no heat treatment step, and can be welded using a variety of welding equipment. It is also ideal for projects involving environmental and safety aspects.
The high nickel content of Austenitic 310 grade is superior to grades 304, 316, 321 and 309. It combines high corrosion resistance and high temperature performance with good ductility and manufacturing characteristics. Because the grade's chemical composition contains up to 25% chromium and up to 20% nickel, Grade 310 produces products with solid corrosion resistance, excellent resistance to oxidation and exceptional strength at high temperatures up to 1150°C. High-nickel (25+%) alloys are most commonly used to construct process equipment, including heat exchangers, when excellent corrosion resistance and high-temperature mechanical properties are required.
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Heat exchanger class 310 310S
When designing and building heat exchangers, it is necessary to satisfy as many aspects as possible and often conflicting requirements. The main issues are compliance with the conditions of the process flow, possible higher heat transfer coefficients, low hydraulic resistance, corrosion resistance of the heat transfer surfaces, clean accessibility of the heat transfer surfaces, manufacturability of the structure and economical use of expensive materials. Final factors to consider include:
Manufacturing Features – Stainless steel grades 310 and 310S rolled tubes, tubes, plates/sheets and any forged components can be manufactured by cutting the product as designed as these grades can withstand operating temperatures of 975-1175°C. Heavy duty work can be performed at temperatures as low as 1050°C using standard methods and equipment.
Machinability – The machinability of grades 310 and 310S is similar to grades 304 and 316. Work hardening can be a problem and the work hardened layer is usually removed by slow speed and heavy cutting using sharp tools and good lubrication. Use powerful machines and heavy, rigid tools.
Weldability – Grade 310/310S products in any shape are a great way to join two pieces of metal and offer many advantages over other welding methods. Grade 310 is corrosion and heat resistant, requires no heat treatment step, and can be welded using a variety of welding equipment. It is also ideal for projects involving environmental and safety aspects.
The high nickel content of Austenitic 310 grade is superior to grades 304, 316, 321 and 309. It combines high corrosion resistance and high temperature performance with good ductility and manufacturing characteristics. Because the grade's chemical composition contains up to 25% chromium and up to 20% nickel, Grade 310 produces products with solid corrosion resistance, excellent resistance to oxidation and exceptional strength at high temperatures up to 1150°C. High-nickel (25+%) alloys are most commonly used to construct process equipment, including heat exchangers, when excellent corrosion resistance and high-temperature mechanical properties are required.
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