• STEEL WIRE ROPE FOR AREONAUTICAL System 1
  • STEEL WIRE ROPE FOR AREONAUTICAL System 2
STEEL WIRE ROPE FOR AREONAUTICAL

STEEL WIRE ROPE FOR AREONAUTICAL

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1×7

1×19

公称直径Nominal
Diameter

绳公称抗
拉强度
Norminal
T/S

绳最小破
断拉力(Min.b/l)

钢丝总断面积
Cross
Section

参考重量
Approximeate
Weight

公称直径
Nominal
Diameter

绳公称抗
拉强度
Norminal T/S

绳最小破
断拉力
(Min.b/l)

钢丝总断面积
Cross
Section

参考重量
Approximeate
Weight

mm

N/mm

KN

mm

kg/100M

mm

N/mm

KN

mm

kg/100M

0.70

1870

0.54

0.32

0.30

1.00

1870

1.01

0.60

0.60

1.00

1870

1.08

0.64

0.60

1.20

1770

1.37

0.86

0.90

1.50

1770

2.18

1.37

1.20

1.40

1770

1.86

1.17

1.20

1.80

1770

3.15

1.98

1.80

1.70

1770

2.74

1.72

1.70

1.95

1770

3.70

2.32

2.10

2.00

1770

3.81

2.39

2.40

2.50

1770

5.94

3.73

3.70

3.00

1670

8.07

5.37

5.40


6×7+IWS

6×7+NF

公称直径
Nominal
Diameter

绳公称抗
拉强度
Norminal
T/S

绳最小破
断拉力
(Min.b/l)

钢丝总断面积
Cross
Section

参考重量
Approximeate
Weight

公称直径
Nominal
Diameter

绳公称抗
拉强度
Norminal T/S

绳最小破
断拉力
(Min.b/l)

钢丝总断面积
Cross
Section

参考重量
Approximeate
Weight

mm

N/mm

KN

mm

kg/100M

mm

N/mm

KN

mm

kg/100M

1.80

1870

2.53

1.54

1.50

1.80

1960

2.28

1.32

1.40

2.15

1870

3.65

2.22

2.20

2.15

1960

3.28

1.90

2.00

2.50

1870

4.97

3.02

3.00

2.50

1960

4.47

2.59

2.70

3.05

1870

7.32

4.45

4.40

3.05

1870

6.27

3.81

4.00

3.60

1870

10.14

6.16

6.20

3.60

1870

8.69

5.28

5.50

4.50

1770

14.98

9.62

9.60

4.10

1770

10.40

6.68

7.00

5.40

1670

20.35

13.85

13.80

4.50

1770

12.85

8.25

8.70

5.40

1670

17.46

11.88

12.50


6×19+IWS

6×19+NF

公称直径
Nominal
Diameter

绳公称抗
拉强度
Norminal
T/S

绳最小破
断拉力
(Min.b/l)

钢丝总断面积
Cross
Section

参考重量
Approximeate
Weight

公称直径
Nominal
Diameter

绳公称抗
拉强度
Norminal
T/S

绳最小破
断拉力
(Min.b/l)

钢丝总断面积
Cross
Section

参考重量
Approximeate
Weight

mm

N/mm

KN

mm

kg/100M

mm

N/mm

KN

mm

kg/100M

3.00

2026

7.32

4.18

4.2

3.00

2060

6.27

3.58

3.80

3.60

1770

9.06

6.02

6.00

3.30

1770

6.51

4.33

4.50

4.20

1770

12.32

8.19

8.20

3.60

1770

7.76

5.16

5.40

5.10

1770

18.17

12.08

12.10

4.20

1770

10.56

7.02

7.40

6.00

1670

23.72

16.7

16.70

4.80

1770

12.94

8.60

9.00

7.50

1670

37.06

26.11

26.00

5.10

1770

15.57

10.35

10.90

8.25

1670

44.86

31.06

32.00

6.20

1670

20.34

14033

15.00

9.00

1670

53.37

37.60

37.60

9.75

1670

62.64

44.13

44.10


MIL-W-83420D

公称直径
Nominal
Diameter

结构
Construction

最小破断拉力(A组)
(Min.b/l)

最小破断拉力(B组)
(Min.b/l)

参考重量
Approximeate
Weight

英寸Inch

毫米mm

7*7

磅LB

千牛KN

磅LB

千牛KN

磅/100尺

kg/100米

3/64

1.19

7*7

270

1.20

270

1.20

0.42

0.62

1/16

1.59

7*7

480

2.14

480

2.14

0.75

1.12

3/32

2.38

7*19

920

4.09

920

4.09

1.60

2.38

3/32

2.38

7*19

1000

4.45

920

4.09

1.74

2.59

1/8

3.18

7*19

2000

8.90

1760

7.83

2.90

4.31

5/32

3.97

7*19

2800

12.46

2400

10.68

4.50

6.70

3/16

4.76

7*19

4200

18.69

3700

16.46

6.50

9.67

7/32

5.56

7*19

5600

24.92

5000

22.25

8.60

12.80

1/4

6.35

7*19

7000

31.15

6400

28.48

11.00

16.37

9/32

7.14

7*19

8000

35.60

7800

34.71

13.90

20.68

5/16

7.94

7*19

9800

43.61

9000

40.05

17.30

25.74

3/8

9.53

7*19

14400

64.08

12000

53.40

24.30

36.16


公称直径
Nominal
Diameter

结构
Construction

绳最小破断拉力
(Min.b/l)

参考重量
Approximeate Weight

公称直径
Nominal
Diameter

结构
Construction

绳最小破断拉力
(Min.b/l)

参考重量
Approximeate Weight

Inch

mm

Ib

Kg

Ib

kg

Inch

mm

Ib

kg

Ib

kg

1/32

0.79

1*7

185

83.9

0.25

0.11

3/32

2.38

7*7

920

416

1.60

0.725

3/64

1.19

1*7

375

170.0

0.55

0.25

1/8

3.18

7*19

1760

797

2.90

1.31

3/64

1.19

1*7

375

170.0

0.55

0.25

5/32

3.96

7*19

2400

1090

4.50

2.04

3/64

1.19

1*19

375

170.0

0.55

0.25

3/16

4.76

7*19

3700

1670

6.50

2.95

1/16

1.59

1*7

500

226.7

0.85

0.38

7/32

5.56

7*19

5000

2260

8.60

3.90

1/16

1.59

1*19

500

226.7

0.85

0.38

1/4

6.35

7*19

6400

2900

11.00

5.00

5/64

1.98

1*19

800

363.0

1.40

0.63

9/32

7.14

7*19

7800

3530

13.9

6.30

3/32

2.38

1*19

1200

544.0

2.00

0.91

5/16

8.00

7*19

9000

4080

17.30

7.84

7/64

2.78

1*19

1600

725.7

2.70

1.22

3/8

9.53

7*19

12000

5430

24.30

11.00

1/8

3.18

1*19

2100

952.5

3.50

1.59

7/16

11.0

6*19
+IWRC

16300

7380

25.60

11.60

5/32

3.97

1*19

3300

1497.0

5.50

2.49

1/2

12.7

6*19
+IWRC

22800

10300

45.80

20.80

3/16

4.76

1*19

4700

2131

7.70

3.49

9/16

14.3

6*19
+IWRC

28500

12900

59.00

26.80

7/32

5.56

1*19

6300

2857

10.20

4.62

5/8

15.9

6*19
+IWRC

35000

15800

71.50

32.40

1/4

6.35

1*19

8200

3719

13.50

6.12

3/4

19.1

6*19
+IWRC

49600

22500

105.20

47.60

5/16

7.94

1*19

12500

5670

21.00

9.52

7/8

22.2

6*19
+IWRC

66500

30100

143

64.80

3/8

9.53

1*19

17500

7937

30.00

13.6



Q: How can steel products be recycled and reused?
Steel products can be recycled and reused through a process called steel recycling. This involves collecting and sorting steel items, such as cans, appliances, and construction materials, and then processing them to remove impurities. The steel is then melted down and reshaped into new products, reducing the need for raw materials and saving energy. Additionally, steel can be reused by refurbishing or repurposing old steel items, extending their lifespan and reducing waste.
Q: How is steel sheet formed and shaped?
Steel sheet is formed and shaped through a process called steel sheet metal forming, which involves different methods such as rolling, bending, and stamping. Initially, steel is melted and cast into large slabs, which are then hot rolled to reduce the thickness and achieve the desired dimensions. This hot rolled sheet is then cold rolled to further refine the surface finish and improve dimensional accuracy. To shape the steel sheet, various techniques like bending, where the sheet is bent into a desired angle or curve, and stamping, where a die is used to cut and shape the sheet, are employed. These processes allow for the creation of steel sheets in a wide range of sizes and shapes to meet specific manufacturing needs.
Q: How do steel products contribute to the automotive aftermarket industry?
Steel products play a crucial role in the automotive aftermarket industry by providing various components and parts that are essential for vehicle maintenance and repair. From body panels and chassis frames to engine parts and suspension components, steel is widely used due to its strength, durability, and cost-effectiveness. Steel products ensure the safety and reliability of vehicles, contributing to the overall growth and success of the automotive aftermarket industry.
Q: How do steel products contribute to the electrical and power transmission sector?
Steel products play a crucial role in the electrical and power transmission sector due to their high strength, durability, and conductivity. Steel is commonly used in power transmission towers, which support overhead power lines and ensure efficient distribution of electricity. Additionally, steel is utilized in electrical transformers, switchgear, and circuit breakers, where its magnetic properties facilitate efficient energy transfer and control. Overall, steel products provide the necessary infrastructure and components for reliable and safe electricity transmission, making them indispensable to the electrical and power transmission sector.
Q: How are steel products used in the construction of theme-based resorts and hotels?
Steel products are widely used in the construction of theme-based resorts and hotels due to their durability, strength, and versatility. They can be used in various structural elements such as beams, columns, and trusses, ensuring the stability and safety of the building. Additionally, steel is often utilized for designing iconic features and architectural elements, such as unique facades, grand entrances, and intricate detailing. Its ability to withstand extreme weather conditions and support heavy loads makes it an ideal choice for constructing large, expansive spaces within resorts and hotels. Overall, steel products play a crucial role in creating visually appealing and structurally sound theme-based resorts and hotels.
Q: What are the different types of steel fasteners and their uses in the aerospace industry?
There are several different types of steel fasteners commonly used in the aerospace industry, including bolts, screws, nuts, and rivets. These fasteners are essential for joining various components and structures in aircraft manufacturing and maintenance. Bolts are typically used to secure heavy loads and provide strong connections, while screws are used for lighter applications. Nuts are used in conjunction with bolts to create a threaded connection. Rivets, on the other hand, are used to permanently join materials together by deforming the fastener upon installation. Each type of steel fastener has its specific uses and strengths, contributing to the overall safety and reliability of aerospace structures.
Q: How is steel used in the automotive industry?
Steel is used in the automotive industry for various applications including the manufacturing of car bodies, chassis, and various structural components due to its high strength, durability, and cost-effectiveness.
Q: What are the advantages of using steel products in construction?
There are several advantages of using steel products in construction. Firstly, steel is incredibly strong and durable, making it perfect for supporting heavy loads and withstanding harsh weather conditions. Secondly, steel is a versatile material that can be molded into various shapes and sizes, allowing for flexibility in design and construction. Additionally, steel is fire-resistant, which enhances the safety of the structure. Moreover, steel is recyclable, making it an environmentally friendly choice. Lastly, using steel products in construction can lead to faster construction times and reduced labor costs due to its prefabrication capabilities.
Q: How is steel used in the production of consumer goods?
Steel is used in the production of consumer goods in various ways, such as in the manufacturing of appliances, automobiles, furniture, tools, and packaging materials. It is valued for its strength, durability, and versatility, making it an essential material for constructing and designing a wide range of products that are used by consumers on a daily basis.
Q: What are the different types of steel sheets and their uses in the automotive industry?
There are various types of steel sheets used in the automotive industry, including hot-rolled, cold-rolled, galvanized, and advanced high-strength steel (AHSS) sheets. Hot-rolled steel sheets are commonly used for structural components due to their high strength and durability. Cold-rolled steel sheets, on the other hand, are preferred for body panels and other parts requiring excellent surface finish and dimensional accuracy. Galvanized steel sheets are coated with a layer of zinc, making them highly resistant to corrosion and ideal for automotive body panels. Lastly, AHSS sheets are specifically designed to provide superior strength while reducing weight, thereby enhancing fuel efficiency and safety in vehicles.

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