Mumbai, Maharashtra, India
Verified
Add Review
Our Products
Titanium heat exchanger tubes are made up of different titanium alloys. There are over 40 different types of titanium alloys. The use of the tubes are different such as the titanium condenser tubes which are used in condensers and the heat exchanger titanium tubes which are used in heat exchangers. Titanium is a naturally strong metal and the alloys have different ratios of titanium in the composition. there are also commercially pure titanium tube and shell heat exchanger types with alloy titanium materials. The tubes can be seamless, welded, forged or electric resistance welded. The finned titanium tubes are used in special purpose applications. There are different specific types of tubes such as the Titanium U-bent Tubes which are used in heat exchangers. The U tubes have an advantage of not needing much bend connectors in the system. The Seamless Titanium U Bend Tube is used in dimensionally accurate high sensitive heat exchangers. The different grades of titanium come at different costs. The Titanium Grade 5 Heat Exchanger Tubes are quite common as they have a balance of strength, corrosion resistance and cost efficiency. The Titanium fin and tube condenser is used with condenser applications which have to handle cryogenic temperatures. The titanium alloys have high temperature resistance to elevated temperatures as well as cryogenic temperatures. So the titanium finned tube condenser and other tube types are used in high pressure, high temperature and cryogenic applications as well.
Buy from Verified Titanium Tube and Shell Heat Exchanger manufacturers in your country, an ISO certified Ti Grade 2 and Gr 5 U Tube suplliers in Mumbai, IndiaAdditional Information:
Payment Terms : T/T
Delivery Time : 10 to 15 days
Copper nickel pipe manufacturers produce the pipes made up of copper and nickel in various component types. There are different compositions and material grades within the cupronickel range and the cupro nickel pipe manufacturer india produce all different types of these pipes. The different grades of cupronickel can be C70600, C71500, 90/10 and so on. These variations in the copper nickel pipes tubes are due to the different composition ratio of copper and nickel in the material. The cuni pipe can produce excellent corrosion resistance and long lasting lifespan. The application of these pipes are seen mainly in sea water and marine applications.
The astm b466 Pipe comes in sizes ranging fro ¼ inches to 12 inches. There are different pressure capacities to these pipes ranging from schedule 10 through schedule 160. The copper nickel pipe suppliers also produce these pipes in different lengths ranging up to 13m. the production can be different such as rolled, cold drawn, hot finished, stress relieved, annealed, hardened or tempered. The different specifications such as the din 86019 Pipe are used in different applications. The copper nickel tube can also be made as plain ended or bevel ended. The dimensions vary according to the standards and the outer diameters can range from 3mm to 114.3mm. The cunifer pipe is also produced as seamless, hot rolled, cold drawn, welded or electric resistance welded. The industries such as defense, ship building, refineries and power plants use the cuni tube for better strength, corrosion resistance and lifespan. The copper nickel tube suppliers also supply for evaporators, heat exchangers, chillers, power plants and other high corrosive applications.
EEMUA 234 UNS 7060X Copper Nickel Tubing distributor in India, DIN 86019 ASTM B111 C70600 Thin and heavy wall welded tubing, finned and copper nickel tube heat exchanger manufacturer in IndiaAdditional Information:
Payment Terms : T/T
Delivery Time : 10 to 15 days
Unlike conventionally used stainless steel alloys, the term super is associated with Alloy F255, due to its highly alloyed chemistry. Businesses that belong to the pulp & paper industry as well as textile industries use this ASTM A789 UNS 31260 Duplex Stainless Steel Pipe because it offers resistance to corrosion. The corrosion resistance properties of this alloy are significantly much higher in comparison to conventional stainless steel. The fore mentioned industries usually use high amounts of corrosive chlorine compounds in the form of bleaches or scouring agents. Chlorine solutions stress steels, as a result of which, the stainless steel component may fail. Such problems are deemed dangerous in areas involving the transportation of highly volatile substances including gases. Gases creep out of the cracked pipes and the leak proves to be fatally dangerous to individuals working in the area. However, the introduction of this alloy meant that the Duplex Steel UNS S31260 EN 1.4410 Pipe could be used across the transportation of said substances, without fear of failure and leaks.
Ferralium 225 is an alloy that resists cavitation. Cavitation occurs when there is a rapid change of force in a liquid. In applications, cavitation results in the development of small vapor-filled cavities in those zones where the pressure tends to be comparatively lower. Since this material is resistant to cavitation, Alloy F255 UNS 31260 Pipes are well suited for use in low pressure applications. A common occurrence in pipes is abrasion, during the transportation of liquid or gaseous media. A high velocity transport causes friction between the walls of a pipe and the media being transported across. Abrasion to a greater degree is also responsible for the failure of the pipe. However, since the ASME SA 789 UNS 31260 Welded Pipe resists abrasion, coupled with its high yield strength, the durability of said pipes is much higher. One of the more popular characteristics of this alloy is perhaps its yield strength. The yield strength of UNS S32550 grade F61 Seamless Pipe is almost two times higher than that of standard austenitic alloys including carpenter 20 and duplex stainless steel 2205. At a temperature of 40°C, the ASTM A790 UNS 31260 Pipe exhibits pitting resistance much higher than that of duplex stainless steel 2205.
Additional Information:
Payment Terms : T/T
Delivery Time : 10 to 15 days
Alloy 20Mo-6 is an austenitic, nonmagnetic stainless steel grade. This material is highly alloyed. Essentially, the chemical composition of this alloy is similar to carpenter 20. This alloy is a result of some degree of modification to carpenter 20, with regards to its chemistry. Moreover, the UNS N08026 Nickel Alloy Pipe is required to undergo some alterations in its processing as well. The alteration in its processing and in its chemistry enhances the work hardening response of alloy 20Mo-6. By adding molybdenum to its alloy, the material sees a significant improvement in its properties. Primarily, the properties such as resistance to pitting as well as crevice corrosion escalates with the addition of molybdenum. Because the material is highly alloyed, the inherent properties of this particular stainless steel increase proportionally.
In terms of its tensile properties, the tensile strength properties of the UNS N08026 20Mo-6 Nickel Alloy Pipe is valued at an ultra high 1930 MPa. Similar to most austenitic stainless steel alloys, grade 20Mo-6 has characteristically superior ductility and it could be easily formed into pipes of different shapes. Being a nickel alloy, the heat resistance properties of this alloy is much better than conventional steels. A combination of impressive properties including superior corrosion resistance, the ASTM B729 UNS N08036 Pipe could be used for applications where the feature of highly aggressive corrosive media is a feature. Despite having high resistance to elevated temperatures, certain specifications, like the ASTM B729 permit the components to be used in low temperature settings as well. Yet, the ASTM B729 UNS N08026 Seamless Pipe is required to undergo a series of tests, while also conforming to its chemical requirements. This nickel based alloy is a material which exhibits high tensile strength. The high strength of the ASTM B468 UNS N08026 Welded Pipe is often attributed to cold working the alloy. In fact, in a cold-worked condition, most buyers prefer using this particular stainless steel alloy because the 20Mo-6HS Nickel Alloy Pipe tends to retain its properties. For instance properties such as excellent resistance to environmental cracking, resistance to chloride-induced pitting as well as resistance to crevice corrosion is noted in its cold worked condition.
Additional Information:
Payment Terms : T/T
Delivery Time : 10 to 15 days
Perhaps the most important characteristic of nickel alloys is its heat resistance properties. Singularly, nickel can exhibit outstanding heat resisting behavior. Yet, in an alloyed form, the UNS N08024 Nickel Alloy Pipe not only retains this property but also gains other properties including its resistance to corrosion. For an alloy to be used as a pipe in businesses, it must exhibit some levels of resistance to corrosion and high strength. Grade UNS N08024 is an alloy of nickel and chromium with a significant addition of molybdenum. The basic chemistry of this alloy makes the pipes impervious to both chlorine ion related pitting as well as crevice corrosion. In stainless steels like UNS N08024, the addition of molybdenum is associated with benefits such as resistance to pitting and crevice corrosion.
This is particularly noted when the ASME SB 468 UNS N08024 Pipe has been used in applications where highly corrosive substances like chorine or sulfur are present. The deposition of such corrosive compounds on the walls of the pipes causes cracks, thereby resulting in leaks. In industries where oxidation is a common problem, the use of chromium alloyed pipes minimizes corrosion. Addition of chromium higher than 12% results in the development of a passivating oxide layer. Since the content of chromium in ASME SB 729 UNS N08024 Pipe ranges between 22% to about 25%, the passivated oxide layer drastically reduces the risk of oxidation corrosion. Another benefit of this layer is that it is self-repairing, which means that in the even of the layer getting depleted, exposure to environments with higher atmospheric oxygen can restore the passivating layer on the ASTM B468 UNS N08024 Welded Pipe. Nickel alloys like the UNS N08024 produced under specifications - ASTM B468 & ASTM B729 are to be supplied in an annealed condition. Per these specifications, there are tests conducted on the pipes to check their conformance to their mechanical properties. Lastly, the ASTM B729 UNS N08024 Seamless Pipe mandates conformance to the chemistry requirements of the specification as well.
Additional Information:
Payment Terms : T/T
Delivery Time : 10 to 15 days
Unlike its other Duplex steel counterparts, the chemistry of alloy UNS 32900 has a higher content of carbon. Similar to most duplex alloys, the ASTM A790 UNS S32900 Seamless Pipe is intended to be used in applications where high strength and exceptional resistance to corrosion is desired at moderate temperature. Generally, the high alloyed chemistry permits these pipes to be used for marine engineering applications. The ASTM A789 UNS 32900 Duplex Stainless Steel Pipe is known to offer very good resistance to corrosion. However, this duplex stainless steel particularly exhibits superior resistance, when applied in chloride bearing environments. The higher content of chromium gives the alloy superior resistance to oxidation. A feature of high chromium steels is their ability to generate a passivated oxide layer, which is self repairing.
Moreover, the Duplex Stainless Steel AISI 329 Welded Pipe also offers extraordinary resistance to stress corrosion, fatigue corrosion as well as pitting corrosion. Other characteristics of the alloy include its high hardness, good plasticity & high tensile strength. Because the alloying content of grade UNS S32900 is lesser in comparison to grade 2205, the cost of producing a SS 329 Duplex Pipe tends to be relatively inexpensive. Despite a higher content of carbon, the weldability of these pipes is decent even with low heat input and the alloy could be welded with the use of welding consumables. Though the material contains a small amount of nickel in its alloy, manufacturers do not recommend using the AISI 329 Duplex Stainless Steel Pipe between a temperature range of 300 C – 900 C. At elevated temperature conditions, the alloy becomes brittle as it reaches the ductile to brittle transition phase. Generally in an annealed condition, the alloy is soft and ductile. But when the alloy is treated to an aging treatment or even a single precipitation treatment, the Duplex 1.4460 AISI 329 Seamless Pipe exhibits a substantial increase in its mechanical properties. Businesses pertaining to industries like cryogenic, pulp & paper, chemical, and aviation are frequent users of the highly economical ASME SA 789 UNS 32900 Pipe.
Additional Information:
Payment Terms : T/T
Delivery Time : 10 to 15 days
Titanium and its alloys are metals that can be used in extremely high temperatures. Specification ASTM B338 covers about 28 grades of titanium alloys. The Titanium Tubing enveloped by this specification concerns heat exchangers, surface condensers and evaporators. Since heat exchangers are involved in high temperature applications, the use of a Titanium Heat Exchanger Tube will ensure the longevity of the product with an excellent performance. The construction of these components could be either seamless or they could be constructed as Titanium Welded Tubes.
Keeping in accordance with ASTM B338, the production of a seamless tube is to be by a hollow billet. The processes such as cold reducing or cold drawing are used for the manufacture of Titanium Seamless Tube. On the other hand, a welded construction involves the use of an automatic arc weld process. Firstly, the welded ASTM B338 Tube is to be adequately cold worked to its last size. Cold working is what transforms the cast weld microstructure of the welded Titanium Tube into a conventional equiaxed microstructure in the weld are upon the use of a succeeding heat treatment. The testing of welded Titanium Exhaust Tubes includes an ultrasonic test along with a non-destructive electromagnetic test method. Whereas the testing of seamless constructed Titanium Condenser Tubes requires an ultrasonic test method.
Manufacturer and supplier of ASME SB 338 Titanium Tubing in form of Coil Tubing, Condenser Tubes, Oval Tube and Rectangular Tubing, Check online inventoryAdditional Information:
Payment Terms : T/T
Delivery Time : 10 to 15 days
