• U profile Sheet Pile WRU System 1
  • U profile Sheet Pile WRU System 2
  • U profile Sheet Pile WRU System 3
U profile Sheet Pile WRU

U profile Sheet Pile WRU

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Loading Port:
China Main Port
Payment Terms:
TT OR LC
Min Order Qty:
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Supply Capability:
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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

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 construction of bridges?
Steel is commonly used in the construction of bridges due to its high strength and durability. It is used in the fabrication of beams, girders, and trusses, providing crucial support and load-bearing capacity. Steel's flexibility allows for the creation of various bridge designs, including arches, suspension, and cable-stayed bridges. Additionally, steel's corrosion resistance and ability to withstand extreme weather conditions make it an ideal material for bridge construction, ensuring the longevity and safety of these vital structures.
Q: How is steel wire galvanized?
Steel wire is galvanized by immersing it in a bath of molten zinc or by electroplating it with a layer of zinc. This process helps to protect the steel wire from corrosion and extends its lifespan.
Q: What are the different types of steel cables and ropes?
There are various types of steel cables and ropes available, including wire ropes, galvanized steel cables, stainless steel cables, and aircraft cables. Each type has its own specific uses and characteristics. Wire ropes are made up of multiple strands of wire twisted together and are commonly used for lifting heavy loads. Galvanized steel cables are coated with zinc to enhance corrosion resistance and are often used in outdoor and marine applications. Stainless steel cables are highly resistant to rust and corrosion, making them suitable for harsh environments. Aircraft cables are specifically designed for aviation and aerospace applications, known for their strength and flexibility.
Q: What are the advantages of using steel wire ropes?
There are several advantages of using steel wire ropes. Firstly, steel wire ropes have high strength and durability, making them suitable for heavy lifting and pulling tasks. They can handle high loads and provide excellent resistance to wear and tear. Secondly, steel wire ropes have excellent flexibility, allowing them to be used in various applications and easily maneuvered around corners and obstacles. Thirdly, steel wire ropes have a long lifespan, requiring less frequent replacements compared to other materials. Lastly, steel wire ropes have high resistance to corrosion, making them suitable for outdoor and marine environments.
Q: How is steel used in the energy sector?
Steel is used in the energy sector in various ways, primarily for infrastructure and equipment. It is used to construct power plants, transmission towers, and pipelines, providing the necessary structural strength and durability. Additionally, steel is used in the production of turbines, generators, and transformers, which are crucial components in the generation and distribution of electricity.
Q: What are the challenges faced in the welding of steel products?
There are several challenges faced in the welding of steel products. One of the main challenges is the potential for distortion or warping of the steel during the welding process. Steel has a high thermal conductivity, which means it can quickly absorb and distribute heat. This can lead to uneven heating and cooling, causing the metal to deform. Another challenge is the presence of impurities and contaminants on the surface of the steel, such as rust, oil, or paint. These impurities can negatively affect the quality of the weld and make it more difficult to achieve proper fusion. Additionally, the high carbon content in some types of steel can make it more prone to cracking and brittleness during the welding process. Proper pre-cleaning, selection of appropriate welding techniques, and careful control of heat input are crucial in overcoming these challenges and producing high-quality welded steel products.
Q: What are the common uses of steel angles?
Steel angles are commonly used in construction and engineering applications. They are often used as structural supports, providing stability and strength to various structures such as buildings, bridges, and towers. Steel angles are also used in the fabrication of frames, brackets, and reinforcements for machinery and equipment. Additionally, they are frequently utilized in the manufacturing of furniture, shelving units, and other metal-based products.
Q: What are the uses of steel in the construction of hotels and resorts?
Steel is widely used in the construction of hotels and resorts due to its exceptional strength and durability. It serves various purposes such as providing structural support, forming the framework of the building, and reinforcing concrete structures. Steel beams and columns are used to create large open spaces, allowing for flexible and efficient floor plans. Additionally, steel is utilized in the construction of staircases, elevator shafts, and roofing systems. Its fire-resistant properties and ability to withstand extreme weather conditions make it an ideal choice for ensuring the safety and longevity of hotels and resorts.
Q: How is steel used in the production of fire-resistant materials?
Steel is often used in the production of fire-resistant materials as it provides strength and structural support to these materials. Steel is used to reinforce walls, doors, and other components of fire-resistant structures, making them more resistant to the heat and flames of a fire. Additionally, steel can be used as a coating or cladding material to provide an extra layer of protection against fire.
Q: How is steel used in the manufacturing of railway tracks?
Steel is used in the manufacturing of railway tracks due to its durability, strength, and ability to withstand heavy loads. It is used to create the rails, sleepers, and fasteners that make up the track system. The steel rails provide a smooth surface for trains to travel on, while the sleepers and fasteners hold the rails securely in place. The use of steel ensures the longevity and reliability of railway tracks, allowing for safe and efficient transportation of goods and passengers.

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