U Bend Steel Seamless Serpentine Tube Annealed Superheater Coil For Suger Mill
Product Details
| Material: | Stainless Steel, Carbon Steel, Alloy Steel | Certificate: | ASME, TUV, SGS, CE, GRADE A, ISO9001 |
|---|---|---|---|
| Shape: | U Bend , Straight ,Coil, Snake Tube | Application: | Boiler&heat Exchanger, Energy, Petrochemical, Nuclear |
| OD: | 1.5 To 1500mm | Finishing: | Annealed, Beveling |
| Highlight |
Annealed U Bend Serpentine Tube,Carbon Steel Serpentine Tube,Superheater Coil For Suger Mill |
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Product Description
ASME Standard Stainless Seamless Serpentine Tube Superheater Coil
Serpentine Tube Introduction
Serpentine Coil tube was bended from titanium tube and is used extensively in the use of Heat Exchangers and offers an ideal material due to its weight, strength and corrosion resistance. We manufacturered according to the customized drawing strictly. We also manufacture the coils in special sizes and shapes, like superfine U coils, spiral coil, box type coil, drum type coil, S type coil, tapered, oval type coil, circular coils, serpentine coil, double helical coil, triple helical coil, half pipe coils.
Serpentine Tube are widely used in Heat Exchanger Systems.
The function of the superheater tube is to absorb heat. The seamless boiler steel tube or heat-resistant alloy steel tube is bent into a snake shape, and both ends are welded to the inlet and outlet containers respectively.
Specific requirements are:
1. Superheater and steam pipe metals are required to have sufficiently high creep strength, durable strength and durable plasticity.In the calculation of superheater tube strength, the high temperature endurance strength limit is the main basis, and then the creep limit is used to check.When the metal of superheater tube is of high lasting strength, on the one hand, it can guarantee the safe operation under creep condition, on the other hand, it can avoid the difficulty in processing and operation caused by too thick tube wall.
2. It is required that the metal of superheater tube has good stability in microstructure and properties during long-term operation at high temperature.
3. Good process performance is required, especially the welding performance is good.The superheater tube is also required to have good cold working performance.
4. High oxidation resistance of steel is required.It is generally required that the superheater tube metal be oxidized to a depth of less than 0.1 mm/year at operating temperature (i.e. tube wall temperature).
Superheaters and reheaters are important parts for the heating surfaces, used to increase steam temperature, aiming to improve steam enthalpy and further to increase the thermal circulation efficiency for power station.
Superheaters work to heat surnatured steam to superheated steam with a certain tempetature. When boiler loads or other working conditions change, it is necessary to make sure superheated steam temperature to be normal, and within allowable range of temperature variation.
From the thermal circulation in power station, the original parameters of pressure and temperature is higher, the thermal efficiency of circulation is better, or the steam humidity of the steam turbine rear is too high, influencing its safety. While the superheaer steam temperature is limited by metal materials, at present, due to limitation of metal materials, superheated temperature for most power station boilers are still within the range of 540-555 dgrees, and to avoid the steam humidity of blade of steam turbine rear too big, thus middle reheating system is applied.
The Serpentine Tube Comply With The Following Standards:
1. ASTM A688/ASME SA688
2. ASTM A803/ASME SA803
3. ASTM A556/ASME SA556
Steel Grade:
| Ferrite | Austenite | Duplex | Super Duplex | Ni-Alloys | Titanium |
|
TP410 TP405 S44400 S44660 TP430 |
TP304/304L TP316/316L TP316Ti TP317/317L TP321 TP347 |
S31803 S32205 S32304 |
S32750 S32760 |
N06600 N08020 N00880 N08825 N08904 |
Gr.2 |
Tube Of Other Alloys And Steel Grades Can Be Produced Upon Agreement.
Some of the quality tests carried out by us includes:
| Corrosion Test | Conducted only when specially requested by the client |
| Chemical Analysis | Test done as per required quality standards |
| Destructive / Mechanical Testing | Tensile | Hardness | Flattening | Flare | Flange |
| Reverse-bend and Re. flat tests | Carried out in full compliance with relevant standards & ASTM A-450 and A-530 norms, which ensures trouble-free expansion, welding & use at customers end |
| Eddy Current Testing | Done to detect homogeneities in subsurface by using Digital Flaw-mark Testing System |
| Hydrostatic Testing | 100% Hydrostatic Testing carried out according to ASTM-A 450 norms for checking tube leakage, and biggest pressure we can support 20Mpa/7s . |
| Air Under Pressure Test | To check any evidence of air leakage |
| Visual Inspection | After passivation, every single length of tubes & pipes is subjected to thorough visual inspection by trained staff for detecting surface flaws & other imperfections |
Supplementary Testing : Apart from the above mentioned tests, we also carry out on the manufactured products supplementary testing. The tests conducted under this include:
|
· Eddy Current Testing · O.P Testing · Radiography Testing |
· Corrosion Testing · Micro Testing · Macro Testing |
· IGC Testing · Ultrasonic testing · Liquid Penetrate testing |
Product Highlights
ASME Standard Stainless Seamless Serpentine Tube Superheater Coil Serpentine Tube Introduction Serpentine Coil tube was bended from titanium tube and is used extensively in the use of Heat Exchangers and offers an ideal material due to its weight, strength and corrosion resistance. We manufacturered ...
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