• PHOSPHATED(GALVANIZED) STEEL WIRE FOR OPTICAL CABLE STRENGTHENING System 1
  • PHOSPHATED(GALVANIZED) STEEL WIRE FOR OPTICAL CABLE STRENGTHENING System 2
PHOSPHATED(GALVANIZED) STEEL WIRE FOR OPTICAL CABLE STRENGTHENING

PHOSPHATED(GALVANIZED) STEEL WIRE FOR OPTICAL CABLE STRENGTHENING

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1, QUALITY

   Company standard :phosphate coating:

                      online phosphating :≥0.8g/㎡

                      offline phosphating:≥01.5g/ m2

2, RAW MATERIAL                        
   60#,70#,72A,80#,82A        
3, PACKING

   wooden spool,steel spool , Z2

   

4, MECHANIC


   Nominal
   Diameter
   (mm)


   Approximate
   Weight
   (kg/100m)

N/mm2Norminal T/S


   N/mm2

1370

1470

1570

1670

1700

1770

1800

1850

1960

(KN) Min B/L


0.6

0.222



0.444

0.472

0.481

0.500

0.509

0.523

0.554

1.95
   ×
   105

0.7

0.302



0.604

0.642

0.654

0.681

0.692

0.712

0.754

0.8

0.395



0.789

0.839

0.854

0.890

0.904

0.930

0.985

0.9

0.499



0.999

1.062

1.081

1.126

1.145

1.177

1.247

1.0

0.617


1.154

1.233

1.312

1.335

1.390

1.413

1.453

1.539

1.1

0.746


1.397

1.492

1.587

1.615

1.682

1.710

1.758

1.863

1.2

0.888


1.662

1.776

1.889

1.922

2.002

2.035

2.092

2.216

1.3

1.042


1.951

2.084

2.217

2.257

2.350

2.390

2.456

2.602

1.4

1.208


2.263

2.417

2.571

2.617

2.725

2.771

2.848

3.018

1.5

1.387

2.421

2.598

2.774

2.951

3.005

3.128

3.181

3.270

3.464

1.6

1.580

2.755

2.956

3.157

3.358

3.418

3.559

3.620

3.720

3.941

1.7

1.781

3.110

3.337

3.564

3.791

3.859

4.018

4.086

4.200

4.449

1.8

1.997

3.487

3.741

3.996

4.250

4.326

4.505

4.581

4.708

4.988

2.0

2.466

4.304

4.618

4.932

5.246

5.341

5.560

5.655

5.812

6.158

2.1

2.720

4.745

5.092

5.438

5.784

5.889

6.131

6.235

6.408

6.789

2.2

2.984

5.208

5.588

5.968

6.348

6.463

6.728

6.843

7.033

7.451

2.25

3.121

5.448

5.845

6.243

6.640

6.760

7.038

7.157

7.356

7.793

2.3

3.262

5.692

6.108

6.523

6.939

7.063

7.354

7.479

7.687


2.4

3.551

6.198

6.650

7.103

7.555

7.691

8.008

8.143

8.370


2.5

3.853

6.725

7.216

7.707

8.198

8.345

8.689

8.836



2.6

4.167

7.274

7.805

8.336

8.867

90026

9.398

9.557



2.7

4.494

7.844

8.417

8.990

9.562

9734

10.135

10.306



2.8

4.833

8.436

9.052

9.668

10.283

10.468

10.899

11.084



2.9

5.185

9.050

9.710

10.370

11.031

11.229

11.692

11.890



3.0

5.548

9.684

10.391

11.098

11.805

12.017

12.512

12.724





     

Q:What are the different types of steel angles and their applications in the construction of bridges?
There are primarily three types of steel angles used in the construction of bridges: equal angles, unequal angles, and inverted angles. Equal angles have both sides of equal length and are commonly used as structural components in bridge piers and towers. They provide stability and support to the overall structure. Unequal angles have one side longer than the other, and they are often used in bridge trusses and beams. These angles help distribute the load and provide strength to the bridge. Inverted angles, also known as L-shaped angles, are used as stiffeners in various bridge components such as girders, columns, and beams. They help resist bending and provide additional strength to critical areas of the bridge. Overall, the different types of steel angles play a crucial role in the structural integrity and stability of bridges, ensuring their durability and ability to withstand heavy loads and environmental factors.
Q:What are the properties of high-strength steel for structural applications?
High-strength steel for structural applications possesses properties such as exceptional strength, excellent toughness, and superior corrosion resistance. It can withstand heavy loads and external forces while maintaining its structural integrity. Additionally, high-strength steel exhibits a higher yield strength and ultimate tensile strength compared to regular steel, allowing for the creation of lighter and more efficient structures.
Q:How is steel pipe threaded for plumbing applications?
Steel pipe is threaded for plumbing applications by using a pipe threading machine or a manual pipe threader. The process involves cutting threads onto the ends of the steel pipe using a die. This allows the pipes to be easily connected and secured with pipe fittings for various plumbing installations.
Q:How is steel used in the energy sector, such as in power plants?
Steel is widely used in the energy sector, particularly in power plants, due to its strength, durability, and heat resistance properties. It is used for constructing power plant infrastructure, such as the supporting framework, turbine components, boilers, and pipelines. Steel is also used in the manufacturing of power transmission towers and electrical transformers. Its versatility and ability to withstand high temperatures make it a crucial material in the energy sector.
Q:What are the common types of steel products used in the fashion and apparel industry?
Some common types of steel products used in the fashion and apparel industry include steel zippers, steel buttons, steel buckles, steel eyelets, and steel hooks. These steel products provide durability and a sleek aesthetic to clothing and accessories.
Q:How do steel products contribute to the healthcare and medical industry?
Steel products contribute to the healthcare and medical industry in various ways. Steel is commonly used in the manufacturing of medical instruments, surgical tools, and equipment due to its durability, strength, and resistance to corrosion. Steel is also used in the construction of medical facilities and hospitals, providing a strong and safe infrastructure. Additionally, steel is used in the production of medical storage cabinets, beds, and other furniture, ensuring a sterile and hygienic environment. Overall, steel products play a crucial role in providing reliable and high-quality healthcare services.
Q:What are the common types of steel products used in the textile industry?
The common types of steel products used in the textile industry include steel wires, steel needles, steel pins, and steel hooks. These steel products are essential for various textile processes such as weaving, sewing, and fabric production.
Q:What are the properties of heat-treated steel?
Heat-treated steel has several properties that make it desirable for various applications. These properties include increased hardness, improved strength and toughness, enhanced wear resistance, and better dimensional stability. Heat treatment alters the microstructure of the steel by heating it to a specific temperature and then cooling it rapidly or slowly, depending on the desired outcome. This process can result in the formation of important phases like martensite, which contributes to the steel's hardness and strength. Overall, heat-treated steel exhibits excellent mechanical properties, making it suitable for applications where durability and strength are crucial, such as in the automotive, aerospace, and construction industries.
Q:How do steel products contribute to the construction of dams and reservoirs?
Steel products play a vital role in the construction of dams and reservoirs due to their strength, durability, and versatility. They are used for various purposes such as reinforcement in concrete structures, fabrication of gates and penstocks, and lining the tunnels and spillways. Steel products ensure the structural integrity of these massive water projects, providing stability and withstanding the immense pressure exerted by the water. Moreover, steel's resistance to corrosion makes it ideal for long-term use in these water-intensive environments. Overall, steel products are essential components that contribute to the successful construction and functionality of dams and reservoirs.
Q:How are steel forgings used in the aerospace industry?
Steel forgings are used in the aerospace industry for various critical components such as landing gear, engine parts, turbine discs, and structural components. These forgings offer superior strength, durability, and resistance to high temperatures, making them ideal for withstanding the extreme operating conditions of aircraft. With precise shaping and rigorous quality control, steel forgings ensure the safety and reliability of aerospace systems.

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