U profile Sheet Pile WRU

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Specifications of U profile Sheet Pile WRU:

Type	Width	Height	Thickness	Sectional area	Weight per pile	Weight per wall	Moment of Inertia	Modulus of section
	mm	mm	mm	Cm2/m	Kg/m	Kg/ m2	Cm4/m	Cm3/m
WRU7-750	750	320	5	71.8	42.3	56.4	11089	693
WRU7-900	900	320	5	68.2	48.2	53.5	11308	706
WRU7-850	850	320	5	69.4	46.3	54.5	11244	703
WRU8-750	750	320	6	86.1	50.7	67.6	13191	824
WRU8-850	850	320	6	83	55.4	65.2	13379	836
WRU8-900	900	320	6	81.8	57.8	64.2	13458	841
WRU9-750	750	320	7	100	58.9	78.5	15256	953
WRU9-850	850	320	7	96.5	64.4	75.8	15478	967
WRU9-600	600	320	7	108.3	50.7	85	14783	924
WRU9-900	900	320	7	95	67.1	74.6	15571	973
WRU10-700	700	310	9	129.6	71.2	101.7	16270	1049
WRU10-1050	1050	310	9	116.2	95.8	91.2	17644	1138
WRU10-450	450	360	8	147.7	52.2	116	18267	1015
WRU11-575	575	360	8	133.1	60.1	104.5	19684	1094
WRU11-600	600	360	8	131	61.7	102.8	19897	1105
WRU 900×360×8				114.4	80.9	89.8	21526	1195
WRU11-450	450	360	9	167	59	131.1	20383	1132
WRU12-575	575	360	9	149.5	67.5	117.5	21979	1221
WRU12-600	600	360	9	147	69.2	115.4	22219	1234
WRU 900×360×9				128.5	90.8	100.9	24054	1336
WRU12-450	450	360	10	181.8	64.2	142.7	22443	1247
WRU13-575	575	360	10	163.8	73.9	128.6	24223	1346
WRU13-600	600	360	10	161.3	76	126.6	24491	1361
WRU 900×360×10				141.8	100.2	111.3	26538	1474
WRU16-650	650	480	8	138.3	70.6	108.6	39872	1661
WRU16-750	750	480	8	130.6	76.9	102.5	40496	1687
WRU18- 600	600	350	12	219	103.1	171.9	32797	1874
WRU18- 950	950	350	12	182.5	136.1	143.3	33346	1906
WRU 18-650	650	480	9	154.7	78.9	121.4	44521	1855
WRU18-750	750	480	9	146.1	86	114.7	45241	1885
WRU20- 600	600	350	13	238.5	112.3	187.2	35224	2013
WRU20	650	540	8	153.7	78.1	120.2	56002	2074
WRU23-650	650	540	9	170	86.8	133.5	62588	2318
WRU23-750	750	540	10	175.9	103.5	138.1	61340	2272
WRU26	650	540	10	187.5	95.7	147.2	69093	2559
WRU30-700	700	560	11	215.8	118.6	169.4	83813	2993
WRU30-750	750	560	11	208.7	122.9	163.8	83752	2991
WRU32-700	700	560	12	234.5	128.9	184.1	90880	3246
WRU32-750	750	560	12	227	133.6	178.2	90828	3244
WRU35-700	700	562	13	245.3	144.3	192.5	98607	3509
WRU36-700	700	558	14	284.3	156.2	223.2	102145	3661
WRU39-700	700	560	15	303.8	166.9	238.5	109655	3916
WRU41-700	700	562	16	323.1	177.6	253.7	117194	4170
WRU 32	750	598	11	215.9	127.1	169.5	97362	3265
WRU 35	750	600	12	234.9	138.3	184.4	106416	3547
WRU 38	750	602	13	253.7	149.4	199.2	115505	3837
WRU 40	750	598	14	282.2	166.1	221.5	119918	4011
WRU 43	750	600	15	301.5	177.5	236.7	128724	4291
WRU 45	750	602	16	320.8	188.9	251.8	137561	4570

Steel Grade for Sheet Pile

Steel grade for sheet piles

Usage and Applications of U profile Sheet Pile WRU:

1. Used for the permanent constructional structure such as embankment, harbors, docks, retaining walls, anti-earthquake reinforcement project, flood gates, etc

2. used for the provisional structure to seal the mountain, provisionally to retain the wall, to cut off the river, to cofferdam, to lay the pipeline and to ward off the earth, the water or the sand

3. Used for the flood-fighting and emergency rescues to prevent the flood, collapse, sink or sediment flow, etc.

Advantage of U profile Sheet Pile WRU:

U sheet pile is a service-proven type familiar to both designers and constructors, which is extensively used for permanent structures, temporary earth-retaining works and temporary cofferdams, etc

In addition to its rigid structure, its moment of inertia per pile is relatively large, thus allowing repetitive use

Available in a range of sections, with section modulus values ranging from 456 to 4042 cm3/m

Q: How is steel used in the production of medical devices?: Steel is used in the production of medical devices due to its strength, durability, and resistance to corrosion. It is commonly used for manufacturing surgical instruments, implants, and various medical equipment such as scalpel blades, forceps, needles, and stents. The properties of steel make it ideal for these applications as it provides reliability, precision, and ease of sterilization, ensuring the safety and effectiveness of medical devices used in patient care.

Q: What are the different types of steel bars and their uses?: There are several different types of steel bars, each with their own unique properties and uses. Some common types include mild steel bars, high-strength deformed bars, stainless steel bars, and alloy steel bars. Mild steel bars are widely used in construction for their affordability and versatility. High-strength deformed bars are commonly used in reinforced concrete structures to provide extra strength and durability. Stainless steel bars are corrosion-resistant and often used in applications where hygiene and aesthetics are important, such as in the food industry or architectural projects. Alloy steel bars, on the other hand, are made by adding various elements to enhance their strength, hardness, and resistance to wear. They find applications in machinery, automotive, and aerospace industries, among others. Overall, the choice of steel bar depends on the specific requirements of the project and the desired characteristics needed for its intended use.

Q: What are the different types of steel fencing and barriers available?: There are various types of steel fencing and barriers available, including chain link fences, wrought iron fences, steel picket fences, steel mesh fences, and steel bollards. Each type offers unique features and benefits, catering to different security and aesthetic requirements.

Q: How is steel wire galvanized for fencing applications?: Steel wire is galvanized for fencing applications through a process known as hot-dip galvanization. In this process, the steel wire is cleaned to remove any impurities and then dipped into a molten zinc bath. The wire is completely coated with a layer of zinc, which provides corrosion resistance and durability. This galvanized steel wire is then used for manufacturing fencing products that can withstand harsh environmental conditions and extend their lifespan.

Q: What are the different types of steel scaffolding systems?: There are several types of steel scaffolding systems, including tube and coupler scaffolding, system scaffolding, and frame scaffolding. Tube and coupler scaffolding consists of tubes and couplers that are connected together to form a stable structure. System scaffolding uses pre-designed components that can be easily assembled and dismantled, providing flexibility and efficiency. Frame scaffolding is made up of frames and cross braces, offering a simple and sturdy solution for construction projects.

Q: What are the applications of steel in the wastewater treatment industry?: Steel is widely used in the wastewater treatment industry for various applications. It is used to construct tanks and vessels that hold wastewater, as steel is highly durable, corrosion-resistant, and can withstand harsh environmental conditions. Steel is also used in the construction of piping systems, pumps, and valves, ensuring efficient transportation and control of wastewater. Additionally, steel is employed in the manufacturing of screening and filtration equipment, which helps remove solid waste from wastewater. Overall, the applications of steel in the wastewater treatment industry contribute to the effectiveness and longevity of the treatment processes.

Q: How are steel tubes used in plumbing and HVAC systems?: Steel tubes are commonly used in plumbing and HVAC systems due to their durability and strength. They are utilized for transporting water, gas, and other fluids within the building. Steel tubes are also used for the distribution of hot and cold air in HVAC systems. Their resistance to rust and corrosion makes them an ideal choice for these applications, ensuring longevity and reliability in plumbing and HVAC systems.

Q: How is steel wire galvanized for electrical applications?: Steel wire is galvanized for electrical applications by dipping it into a bath of molten zinc or by electroplating it with a zinc coating. This process creates a protective layer on the surface of the wire, preventing corrosion and enhancing its conductivity for electrical purposes.

Q: How is steel pipe welded for structural applications?: Steel pipe is commonly welded for structural applications using various welding techniques such as electric resistance welding (ERW), submerged arc welding (SAW), or gas metal arc welding (GMAW). These methods involve applying heat and pressure to join two or more sections of steel pipe together, ensuring a strong and durable bond.

Q: How is steel used in the production of machinery and equipment?: Steel is widely used in the production of machinery and equipment due to its strength, durability, and versatility. It is used to manufacture various components such as frames, casings, gears, and bearings, providing the necessary structural integrity and mechanical capabilities. Steel's ability to withstand high temperatures, corrosion, and heavy loads makes it ideal for applications in heavy machinery, construction equipment, automotive industry, and many other sectors.

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