In Mumbai, India, APN Steel is a reputable producer, and supplier, Carbon Steel Heat Exchanger Tubes Exporters. In providing Heat Exchanger Tubes to the customers, our business has established a solid reputation. These are produced utilising the best raw materials and cutting-edge technology in accordance with the criteria that appeal to customers the most. To assure perfection, these items are thoroughly examined by qualified quality controllers on several criteria. The offered range can be made in a variety of sizes, and lengths, and with bespoke designs to meet the precise needs of the customers. For safe delivery, these products are shipped in packaging that has been quality checked.

A shell and traditional plain tubes or improved surface tubes for high thermal performance make up a Carbon Steel Heat Exchanger Tube. In many different sizes and materials, we produce Shell and Tube Type Heat, Exchangers. This machinery is made of strong, durable materials. They provide higher levels of performance efficiency and longer functional life.

Technical Requirements

• Types: Fixed Tube Sheet, Removable Tube Bundle, U-Tube, Coil in Tank • Capacity Range: As per Customer Requirement • Tube MOC: Carbon Steel, Stainless Steel, Copper • Shell MOC: Carbon Steel, Stainless Steel • Design Codes: IS-4503, IS-2825, AMSE SEC. VIII, TEMA, BS-5500, HEI, API-660

Carbon Steel Heat Exchanger Tubes built of copper tubes and aluminium fins are quite popular and frequently a great choice in many of the industries we serve. But not all applications are appropriate for copper and aluminium. The requirements of many of our customers at Super Radiator Coils frequently require us to investigate and comprehend alternative materials.

In this article, we will discuss four materials that we utilise for fins, tubes, and headers when aluminium and copper aren't the greatest options. These situations typically arise because of a combination of Carbon Steel Heat Exchanger Tubes, high pressures, or corrosion concerns. We'll provide a summary of each, the benefits and drawbacks of each property, and some examples of frequent uses for each.

Stainless steel Carbon Steel Heat Exchanger Tubes are used across all three of our plants for everything from tubes to headers, fins, and casings. The actual advantage of stainless steel is due to its high chromium content, which makes the metal corrosion-resistant.

All stainless Carbon Steel Heat Exchanger Tubes must contain at least 11 per cent chromium, which when exposed to air forms a passive coating and renders stainless steel extremely resistant to uniform corrosion attacks. Stainless alloys can contain any number of components. As a general rule, stainless steel is more resistant to uniform corrosion the higher the chromium content. Stainless steel isn't completely resistant to corrosion, though. Strong acids like Carbon Steel Heat Exchanger Tubes and basic solutions like sodium hydroxide can corrode stainless steel at high enough concentrations.