It is typical for steel grades that are intended for structural purposes to be denoted by the letter S. the numbers that follow the S, are indicative of the yield strength value of the said structural steel alloy. In this case, the yield strength of grade S890 QL Structural Steel Tube is valued at about 890 Mpa. The properties associated with structural steel are both toughness, stiffness, and hardness. As indicated by the number in the grade, the yield strength of this carbon steel alloy is very high. Hence, it is suited to projects and constructions where the structure needs to deliver excellent durability for a long duration. Although the CS S890QL Circular Tubes are a tenacious material, it is possible to enhance their properties further. As with most steel alloys, quenching makes steel harder. Quenching is usually followed by tempering. The purpose of tempering the alloy is to reduce the hardness achieved by quenching the S890 QL Square Tubing to some degree, such that the materials remain ductile. It is necessary for this alloy to be ductile. Without ductility, it would not be possible to form this carbon steel material into various shapes, such as the S890QL Carbon Steel Rectangular Tube. With the strength of the alloy being four times that of conventional steel alloys, the cost of using the S890 QL1 High Yield Quenched and Tempered Tube remains economical, simply because this steel does not contain a high content of alloying elements in its chemical composition. With high stiffness, good elasticity, ductility, and toughness, architects prefer using this alloy to construct sturdy structures. And, despite the fact that the alloy remains ductile, the other properties of the alloy ensure the S890QL extra high strength structural steel Tubing remains sturdy.
S890QL Structural Steel Tube Supplier
S890QL Steel Tube
| Dimensions | ASTM, ASME and API |
|---|---|
| Size | 4 to 219 millimeter W. T.: 0.5 to 20 millimeter Suppliers |
| Speciality in | Large Diameter Size |
| Length | Within 13500 millimeter |
| Supplier of S890 QL Structural Steel Tube in Types |
Welded / Seamless / Fabricated / ERW |
| Form | Round, Square, Rectangular, Hydraulic. |
| Length | In Single and Double Random & Cut to Length. |
| End | Plain End, Threaded, Beveled End |
One of the prominent manufacturer and supplier of EN 10025-6 S890ql Material at market price.
| C | Si | B | Mn | P | S | Cu | Cr | Mo |
| 0.20 | 0.80 | 0.005 | 1.70 | 0.020 | 0.010 | 0.50 | 1.50 | 0.70 |
| N | Nb* | Zr* | Ni | Ti* | V* | |||
| 0.015 | 0.06 | 0.15 | 2.0 | 0.05 | 0.12 |
Plate Thickness mm |
Tensile Strength Rm (MPa) |
Impact Strength J, Minimum |
Yield Strength ReH (MPa) |
Elongation A5 % minimum |
|
| 3 to 50 | 940 - 1100 | 30 @ -40º C | 890 | 11 | |
| > 50 to 100 | 880 - 1100 | 30 @ -40º C | 830 | 11 | |
| We are Supplier of varieties of S890 Steel Tube Sizes and Shapes | |||||
| Grade | Sample Orientation | @ 0°C | @-40°C | @-20°C | @-60°C |
| S890QL | Traverse | 35 J | 27 J | 30 J | –– |
| Longitudinal | 50 J | 30 J | 40 J | –– |
Compare price with other S890 QL Structural Steel Tube Supplier in India
| Temp. (°C) |
Specific electrical resistivity (Ω mm²/m) |
Mean coefficient of thermal expansion 10-6/(°C) b/w 20(°C) and | Density (kg/dm³) |
Modulus of elasticity (GPa) |
Specific thermal capacity (J/kg·°C) |
Poisson’s coefficient, ν | Thermal conductivity (W/m·°C) |
|---|---|---|---|---|---|---|---|
| 21 | 0.21 | - | - | - | |||
| 763 | - | - | 453 | 134 | 41.3 | ||
| 922 | 43 | 121 | - | 412 | 12.2 |
| 0.049 Inch, Carbon Steel S890QL Tubing, 20 Feet, 3/8 Inch | Philippines, Belgium, Noida, Dammam -KSA, Mumbai, Indonesia |
| 19.05 * 2.11 * 6400 Milli., S890 QL Structural Steel Tubing | Bengaluru, France, Sikandrabad, Qatar, Thailand, Europe |
| OD 3/4 Inch, S890 ql Carbon Steel Tube, Thickness 1.65 mm | Czechia, Malaysia, Thiruvananthapuram, Chennai, Germany, Thailand |
| S890 Rectangular Tubing, BWG 18, 3/4 Inch | Pune, Bangladesh, Surat, Malaysia, Finland, USA |
| 1.2 mm, S890 CS Square Tubing, Length 7300 mm, OD 26.7 mm | Brazil, Kuwait, South Africa, Saudi Arabia (KSA), Ahmedabad |
| 1 Inch OD, S890 QL Round Tube, BWG 12 WT | Agra, Kolkata, South Africa, Singapore, Bahrain |
| OD 16 mm, U-Tube, S890 QL Structural Steel Tube, 9000 mm, WT 1.2 mm | Thane, Philippines, Hyderabad, Australia, UK, Nigeria, France |
| Cold Drawn, S890 QL Seamless Boiler Tube, PE | Ahmedabad, Patna, Hong Kong, Oman, Malaysia, UAE |
| S890 QL Structural Steel Tube, WT 0.25-0.45 mm, OD 25-88 millimeter | Italy, Singapore, Visakhapatnam, Iran, Chile, Bhopal, Delhi |
| 1.25 Inch, S890 QL Structural Steel Seamless Tube, 2.76 Milli. | Coimbatore, Turkey, Malaysia, Norway, United Arab Emirates (UAE) |
| THK 2.1 millimeter, S890 Seamless Finned Tube, PE End 139.7 mm | Dehradun, Malaysia, Kochi, Netherlands, Russia, Dubai |
| 1 Inch, S890 ql Seamless Tube, Beveled Ends, 4.88M | Nashik, UK, Spain, Lucknow, Egypt, Nagpur, Mexico |
| 3/4IN, S890QL Carbon Steel Seamless Tube, BWG 18 | Indore, Europe, UAE, United Kingdom -UK, Malaysia |
| OD 50.8 mm, S890 QL Structural Steel Tube, WT 3.5 millimeter | UK, Poland, Ellington -United States, Navi Mumbai, Canada |
| 38.1 millimeter, S890 ql Steel Rectangular Tubes, 3.66 mm | Jaipur, Canada, Singapore, Ludhiana, Philippines, Malaysia |
| S890 Seamless tubing, 12.7 X 6000 X 1.65 millimeter | Europe, Japan, Malaysia, Chandigarh, Faridabad, Romania |
| 4300 mm Length, S890 QL Carbon steel U Tube, PE, OD 19.05 mm | China, Colombia, Malaysia, Sweden, Vadodara, Rajkot |
| 9.536 Meters, 9.536 Meters, S890 Extra High Strength Heat Exchanged Tube, Plain Ends | Taiwan, Malaysia, Los Alamos -Mexico, Philippines, Bhuneshwar |
| S890QL High Intensity Structural Tube, Plain Ends | Gurgaon, Singapore, Malaysia, NY 12203 (USA), South Korea |