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H SECTION JIS G3136:2008
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Description
The wide flange beam is named due to its shape. The parallel pieces are known as flanges, which are wider than I-beam – hence the name wide flange beam – and the line drawing included piece is called the web. Wide flange beam is also known as H-beam due to their distinctive shape, similar to a capital letter “H” when viewed at the cross section. This shape is very efficient for carrying loads of weight without bending.
Division (depth × width) Unit Weight (kg/m) W Standard Sectional Dimension (mm) Sectional Area (cm²) A H B t₁ t₂ r 100 × 100 16.9 100 100 6 8 8 21.59 125 × 125 23.6 125 125 6.5 9 8 30.00 150 × 75 14.0 150 75 5 7 8 17.85 150 × 100 20.7 148 100 6 9 8 26.35 150 × 150 31.1 150 150 7 10 8 39.65 200 × 100 17.8 198 99 4.5 7 8 22.69 200 × 100 20.9 200 100 5.5 8 8 26.67 200 × 150 29.9 194 150 6 9 8 38.11 200 × 200 49.9 200 200 8 12 13 63.53 250 × 125 25.1 248 124 5 8 8 31.99 250 × 125 29.0 250 125 6 9 8 36.97 250 × 175 43.6 244 175 7 11 13 55.49 250 × 250 71.8 250 250 9 14 13 91.43 300 × 150 32.0 298 149 5.5 8 13 40.80 300 × 200 36.7 300 150 6.5 9 13 46.78 300 × 200 55.8 294 200 8 12 13 71.05 300 × 300 93.0 300 300 10 15 13 118.50 350 × 175 41.2 346 174 6 9 13 52.45 350 × 175 49.4 350 175 7 11 13 62.91 350 × 250 78.1 340 250 9 14 13 99.53 350 × 350 135.0 350 350 12 19 13 171.90 400 × 200 56.1 396 199 7 11 13 71.41 400 × 200 65.4 400 200 8 13 13 83.37 400 × 300 105.0 390 300 10 16 13 133.30 400 × 400 172.0 400 400 13 21 22 218.70 400 × 400 232.0 414 405 18 28 22 295.40 400 × 400 283.0 428 407 20 35 22 360.70 400 × 400 415.0 458 417 30 50 22 528.60 400 × 400 605.0 498 432 45 70 22 770.10 450 × 200 65.1 446 199 8 12 13 82.97 450 × 200 74.9 450 200 9 14 13 95.43
About Us
Since its establishment in 2009, Dezheng Steel has rapidly grown and expanded, now boasting two subsidiaries and over 200 employees. Today, Dezheng Steel has become a powerful force in the industry, enjoying a high reputation both domestically and internationally.
As one of the industry's leading exporters, we deeply understand the importance of providing our clients with the highest level of expertise and guidance. Therefore, we are committed to building a professional and streamlined team.
To date, our efforts have yielded significant results, serving over 1,000 clients.
FAQ
Steel Pipe for Liquid transport Applications
When it comes to fire suppression equipment like sprinkler systems and water supply pipes for fire hydrants Or oil and gas transmission pipelines,choosing the right steel is crucial.
Not only do you need to have pipes with the right volume to carry sufficient water, gas, or other firefighting substance, but they must be strong enough to withstand corrosion, high temperatures, and high pressure.
The properties of steel make it an excellent choice for use in your fire suppression systems. In this article, we’ll look at the standards that govern fire protection pipes, as well as the several applications for these pipes.
Pipe Standards
Standards for fire protection pipes are governed by ASTM International, a standards organization that publishes technical requirements for a broad range of services and materials. Formerly known as the American Society for Testing and Materials, they develop and publish standards that have been widely agreed upon for various uses.
For fire protection pipes, there are three standards:
ASTM A53:The broadest standard for fire pipe, ASTM A53 pipes generally come in three thicknesses: Standard (Schedule 40)、Extra strong (Schedule 80)、Double extra strong (Schedule 160)
When it comes to pipe thickness, the lower the Schedule number, the thinner the pipe. ASTM A53 requires that Schedule 40 be used as a minimum for sprinkler systems, although there are no restrictions against using the heavier pipes.
ASTM A135:This standard covers electric resistance welded pipe. This fabrication process allows lines to have thinner walls while reducing the potential for corrosion. These pipes are required to be at least Schedule 10.
ASTM A795: Refers to pipes that can be used in sprinkler systems. The walls of these pipes are generally between Schedule 10 and Schedule 40.
All three of these pipe types must be either painted red or coated in a red polymer epoxy. They can also come in either black steel or hot-dipped galvanized, which helps reduce corrosion.
How do you guarantee the quality of your products?
DEZHENG STEEL has always been able to gain the recognition of our customers by the high quality of our products and services.
We have about 400 employees and 25 production lines, many processing lines and 2 laboratories with advanced technology now. Our annual capacity is approximately 1000000 tons and exports of 200,000 MT per year to South and North America, Europe, the Middle East, Africa, Australia and Southeast Asia.
If you click on the certificate page, you will find all of our products have the corresponding standard certificates, and it costs a high amount of money to maintain these certificates every year, and we are still insisting on applying for more certifications, in order to deliver the best products to our customers.
In addition, we will strictly control the product quality during the inspection process. Before each shipment to customers, DEZHENG’s quality inspection and sales staff in charge of your order will double check and test the product to ensure the quality of the goods.
What difference between welded steel pipe and seamless steel pipe?
Seamless steel pipe is manufactured by the round steel billet, through hot rolling, cold rolling or cold drawn processes, no seam on the pipe body.
Welded steel pipe is manufactured by flat steel plate, with welding seam on the pipe body.
How is Seamless steel pipe made.
API 5L and ASTM Seamless steel pipe adopts steel ingot or solid tube as raw material through the perforated tube, then can be formed by hot rolled, cold rolled or cold drawn. Hot rolled seamless steel pipe is formed by billet forging, perforation, rolling, shaping and other processes. For Large diameter pipe, and thick walled seamless pipe usually made in this way. Cold drawn seamless pipe used cold-drawn forming technology. The material strength is relatively low, the appearance and internal control surface is smooth. Small diameter and thin wall seamless pipe usually made in this way. The seamless steel pipes are rolled by carbon structural steel, low alloy structure steel or alloy structure steel and stainless steel. Seamless steel pipes applied in different industries: Line pipe for pipelines, thermal services, mechanical industries, chemicals etc.
How is Welded steel pipe made
API 5L or ASTM welded steel pipe includes LSAW pipe, SSAW pipe, and ERW steel pipe. These pipes are made with steel strip or steel plate. The manufacturing processes first bending the steel plate, then welded into circular, square and other shapes. Welded steel pipe has the characteristics of high production efficiency, low cost and saving material. It has been widely applied to aviation, aerospace, energy, electronics, automobile, light industry and other industries. With strong corrosion resistance in the acidic environment.
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