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Product Details:
Payment & Shipping Terms:
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| Material Grade: | GR.2 | Size Range: | 6MM- 38.10MM |
|---|---|---|---|
| Specification: | ASME SB338 ASTM B338 | Finishing Options: | WLD |
| Test Certificate: | EN10204 3.1 | Packaging: | Wooden Boxed |
| Product Name: | Titanium Tube | Quality: | 100% Eddy Current |
Titanium Welded Tube ASME SB338 Material Grade 2. OD 1/2'' x 0.035'' for Condenser Tubes
Titanium has four outstanding characteristics:
Corrosion resistance, especially in oxidising conditions (used in chemical process equipment, heat exchangers)
Titanium and its alloys are resistant to aggressive corrodents such as:
Seawater and other chloride salt solutions
Hypochlorites and wet chlorine
Nitric acid, including fuming acids
Erosion resistance (used in heat exchangers)
Superior resistance to erosion, cavitation or impingement attack make titanium attractive for pumps, piping and high velocity heat exchangers.
Strength to weight ratio
The material is intermediate between steels and aluminium alloys, hence many of the initial applications of
titanium alloys in aerospace (used in airframes, landing gear, engine parts)
Elevated temperature performance
Most titanium alloys are satisfactory for continuous service up to 420o C, and some can be used up to 540o C, well above the limit of 120o C for light metals (used in engine parts, chemical processing equipment, heat exchangers)
The excellent corrosion resistance of titanium is due to a thin, stable, protective, highly adherent surface film which forms instantly when a fresh surface is exposed to air and moisture. The strong affinity of titanium for oxygen causes any damage to the film to heal almost instantly, if a trace of moisture or oxygen is present.
Titanium’s density is about 55% that of steel, and alloys can be aged to strengths close to high strength steel. Titanium alloys are used extensively in highly loaded structures in aerospace applications. The corrosion resistance of titanium is based on the formation of a tight stable oxide layer on the surface that prevents the corrosive media attacking the base metal.
Description:
| Item Code: | SPW-G-GR.2 |
| Tube OD.: | 6.00MM - 38.10MM |
| Wall: | 0.50MM - 2.0MM |
| Length: | 6000MM - 12000MM |
| Material: | Titanium Gr.2 |
| Standard: | ASTM B338, ASME SB338 |
| Finish: | Welded |
| Type: | Welded |
| Certification: | ISO9001:2015 |
| Mill Test Certificate: | EN10204 3.1 |
| Packing: | Wooden Boxed |
Chemical composition reference analysis (as weight %)
| ASTM Grade | Nominal Composition |
Forms | ||
|---|---|---|---|---|
| Cold-Reduced | Hot-Rolled | Hot-Extruded | ||
| Grade 1 | Ti | x | x | x |
| Grade 2 | Ti | x | x | x |
| Grade 4 | Ti | x | x | x |
| Grade 7 | Ti (Gr2) 0.2 Pd | x | x | |
| Grade 12 | Ti- 0.3Mo-0.8Ni | x | x | x |
| Grade 16 | Ti (Gr2) 0.07 Pd | x | x | x |
| Products | Processing Standard | Grade | Size |
| Titanium Welded Tube, Pipe | ASME SB338, ASME SB862 | GR1, GR2, GR7, GR12 |
OD: (0.315”-48”) WT: (0.0197”-0.5”) Length: at random length |
Available Tube Product Forms:
Straight Length.
Coiled.
Typical Applications:
Shell and tube heat exchanger, condenser, evaporator, pipeline, etc
Seawater desalination equipment
Bike rack
Marine pressure tube
Quality Assurance:
Spezilla's Titanium tubes are produced acc. to the following process and inspection to assure our quality:
1. Chemical Composition Analysis Test With 100% PMI.
2. Solution Annealing / Bright Annealed.
3. 100% Hydrostatic Test and 100% Eddy Current Test
4. Mechanical Tests includes Tension Test, Flattening Test, Flaring Test, Hardness Test.
5. Impact Test subject to Standard request.
6. Grain Size Test and Intergranular Corrosion Test.
7. Visual Test and Endoscope Test for Surface Quality Test
Typical Manufacturing Specifications:
ASTM B338
ASME SB338
Also individual customer specifications.
Contact Person: Will Ma
Tel: +86 13918539222
