Amardeep Steel is a leading supplier of BS 6323 Grade CFS 4 Carbon Steel Seamless Tubes are mild steel pipes and tubes. BS 6323 Grade CFS 4 Tubes are low-cost low-carbon steel Tubes with a maximum carbon content of 025% and a manganese concentration of 120% that are easy to form and shape. These pipes are made to BS specifications and are commercially known as cs pipes or MS pipes. Low-carbon steel pipes are not as hard as high-carbon steel pipes, though carburizing can boost their surface hardness.
The most significant advantage of cold forming is that the products have tight tolerance and tight section characteristics. As a result, the Cold Drawn Seamless Tube requires less machining and has better straightness. As a result, the product is more formable.
However, the most important and apparent change in the CEW Oil Draw Tubes is in the surface polish. The mechanical qualities of the Cold Drawn Seamless Tube have also improved. This method also yields goods with improved yield and tensile strength. Cold-formed steel has a higher mechanical strength, which makes Steel Tubes for Automotive Purposes ideally suited for use. It addresses the needs for both crew and ERW tubes in automotive applications such as scooters and motorcycles. Not to mention the cost-effectiveness of using these tubes, which is ultimately the conclusion of the factors above. As a result, one of the primary benefits of employing them is the low cost.
BS 6323 Grade CFS 4 Carbon Steel Seamless Tubes are certified with a Mill test Certificate by En 10204 Type 3.1/3.2. Where 3.2 indicates In-stage inspection by independent inspection agencies like TUV, DNV, BVQS, LLOYDS & EIL.br
IBR, NACE MR 0175, NACE MR 0103, HIC, IGC, and IMPACT are adhered to as supplementary testing requirements for BS 6323 Grade CFS 4 which can be fulfilled with a government-approved NABL laboratory. BS 6323 Grade CFS 4 Tubes are supplied in varnished condition to prevent the formation of rust.
Choose Amardeep Steel for top-grade BS 6323 Carbon Steel ERW Air Pre Heater Tubes, trusted for industrial use.
Product application | Precision seamless steel tubes for standard use |
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Standard | BS |
Dimensional standard | 6323-4, Specification for seamless and welded steel tubes for automobile, mechanical and general engineering purposes |
TDC | 6323-1,4 , Specification for seamless and welded steel tubes for automobile, mechanical and general engineering purposes. |
Steel grade | CFS 4 Surface coating Galvanized zinc coated , Galvanized zinc coated plus polyester coating , Galvanized zinc coated plus PVC coating , Phosphated |
Dimensions | 4.0 x 0.5 - 120.0 x 13.0 mm |
Standard | WERKSTOFF NR. | UNS | JIS | BS | GOST | AFNOR | EN |
---|---|---|---|---|---|---|---|
DIN 23912 grade | - | - | - | - | - | - | EN 1.0408 Grade St 45 |
Chemical Properties | |||||||||
---|---|---|---|---|---|---|---|---|---|
Carbon | Silicon | Manganese | Phosphorous | Sulphur | Molybdenum | Nickel | Chromium | Copper | Others |
0.30-0.40 | max 0.35 | 0.50-0.90 | 0.05 | 0.05 | – | – | – | – | – |
Mechanical Properties | |||||||||
---|---|---|---|---|---|---|---|---|---|
Yield Strength | Tensile Strength | Elongation A5 min | |||||||
MPa min | ksi min | MPa min | MPa min | ksi min | Percentage | ||||
460 | – | – | 21 |
Carbon Steel | Low Temperature Carbon Steel | Low Temperature Alloy Steel |
Alloy Steel | High Temperature Carbon Steel | High Temperature Alloy Steel |
• Automobile Sectors
• Interior & Exterior architectural structures
• Water pipe lines
• Gas lines
• Oil & Gas Industries etc.
Outer diameter and wall Thickness | |||||||||
---|---|---|---|---|---|---|---|---|---|
Execution | Size Range | OD Tolerance | Wall tolerance | ||||||
Hot-rolled Tube | OD – 80 mmOD > 80 mmWall < 12 mmWall - 12 mm | ± 0.4 mm± 0.5 % of OD | ± 0.7 mm± (5 % x wallthickness + 0.1 mm | ||||||
Hot-rolled peeled tube | All sizesWall < 12 mmWall - 12 mm | + 0.25/- 0 mm | ± 0.8 mm± (5 % x wall thickness+ 0.2 mm) | ||||||
Cold Worked tubecold-rolled or cold-drawn | OD < 40 mmOD 40 - 80 mmOD > 80 Wall Thickness< 6 mm Wall Thickness6 - 8 mm Wall Thickness > 8 | + 0.30/- 0 mm*+ 0.35/- 0 mm*+ 0.40/- 0 mm* | ± 0.30 mm± 0.35 mm± 0.40 mm |
Straightness
The maximum deviation from the straight line is 1 mm on a gauge length of 1000 mm.
Ovality
The maximum out-of-roundness is 65% of the total outer diameter tolerance.
Component length (mm) | OD 30-100 mm | OD 100-254 mm |
10-100 | + 1.0/- 0 | + 2.0/- 0 |
100-600 | + 2.0/- 0 | + 3.0/- 0 |
600-1200 | + 3.0/- 0 | + 4.0/- 0 |
1200-5000 | + 5.0/- 0 | + 6.0/- 0 |
Tube Ends | Protection |
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All tubes are supplied with clean, square cut ends.
Deburring and/or chamfering can be carried out on request. |
• Black and Bare • External Varnished with Black or Clear LAcquer |
Tube surface | Mill test certificate |
Tubes are supplied normally without anti-corrosive
treatment, but anti-corrosive treatment is available and is carried out on request. |
• MTC is issued in accordance with EN 10204. |
Packaging | Marking | Labelling |
Tubes are bundled as standard, with steel straps into hexagonal bundles with one end flush. Length sorting can be carried out on request. Tubes can also be bundled in multiples. Bundle weights are adjusted as requested by the customer. Each bundle contains tubes from a single cast/heat only. | Each tube is marked with tube type, heat number, steel grade and size. Information is repeated along the whole length of the tube. Other markings, such as stamping, can be made on request. Bundles are also labeled with a tag having info both alphanumeric and by bar code. | Material delivered direct from our mill is labeled in accordance with automotive standard, ie with both alphanumeric and bar code information. Customer specific data can be added on request. |
Pipes | Tubes | Hollow Sections |
Seamless Pipes | Seamless Tubes | Pipes |
• Cold Drawn Seamless Pipes | • Cold Drawn Seamless Tubes | • Boom Pipe • Square Pipes |
• Hot Drawn Seamless Pipes | • Hot Drawn Seamless Tubes | • Culvert Pipes • Round Pipes • Honed Pipes |
Welded Pipes | Welded Tubes | Tubes |
• Electric Resistance Welded(ERW) Pipes | • Electric Resistance Welded(ERW) Tubes | |
• Continous Welded(CW) Pipes | • Continous Welded(CW) Tubes | |
• Submerged Arc Welded(SAW) Pipes | • Submerged Arc Welded(SAW) Tubes | • Boom Tubes |
• Spiral Welded Pipes | • Spiral Welded Tubes | • Square Tubes |
• High Frequency Induction(HFI) | • High Frequency Induction(HFI) | • Round Tubes |
• Longitudinally Submerged Arc Welded(LSAW) Pipes |
• Longitudinally Submerged Arc Welded(LSAW) Tubes |
• Honed Tubes |
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BS 6323-8 chemical composition table. The equivalent steel, (409S18), is a modification of 409S17 in BS 1449-2, so as not to be susceptible to the formation of martensite.
There are two types of air preheaters for use in steam generators in thermal power stations: One is a tubular type built into the boiler flue gas ducting, and the other is a regenerative air preheater. These may be arranged so the gas flows horizontally or vertically across the axis of rotation.
Corten or weathering steel forms a patina on the surface and resists corrosion effectively. APH tubes are used for preheating the air passed to the furnaces for fuel combustion. Corten steel APH tube also helps to extract waste from flue gases coming out from the boilers.