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Zinc - Coated Galvanized Steel Core Wire For Aluminum Conductors / Steel Reinforced

Zinc - Coated Galvanized Steel Core Wire For Aluminum Conductors / Steel Reinforced

  • High Light

    guy cable wire

    ,

    galvanized steel wire rope

  • Material
    High Carbon Wire Rod
  • Surface Treatment
    Hot-dipped Galvanized
  • Standard
    ASTM B475, ASTM B498, AS 1222.1, GB/T3428-2002
  • Metal Wire Drawing
    Cold Drawing
  • Size
    1.0-4.8mm
  • Structure
    1x7,1x19,1x3,1x2
  • Place of Origin
    Anhui,China
  • Brand Name
    Litong Global
  • Certification
    ISO9002-2008
  • Model Number
    LT-20180415-1
  • Minimum Order Quantity
    10tons
  • Price
    discuss
  • Packaging Details
    standard export packing in coil or on drum
  • Supply Ability
    600tons/day

Zinc - Coated Galvanized Steel Core Wire For Aluminum Conductors / Steel Reinforced

Zinc-coated(Galvanized)Steel Core Wire for Aluminum Conductors,steel Reinforced(ACSR)

Description
Our galvanized stranded wires provide a combination of superior properties compared to conventional six strand ropes. With compacted structure and smooth face, this 1*7 galvanized stranded wire provides enhanced durability and resistance to abrasion and crushing, and improves the service life.

Construction & Diameter: 1*7/4.8-12.7 mm

Features
1. The galvanized stranded wire offers a smooth and polished surface.
2. It offers excellent antirust performance.
3. It is adhesive and flexible.

Application
Our 1*7 galvanized stranded wire can be used as messenger wires, guy wires, core wires or strength members, earth wires/ground wires, barrier cables, structure cables, messenger wires for optical fiber cable, etc.

As a professional 1*7 galvanized stranded wire manufacturer and supplier based in China, We also offers1*3, 1*19 galvanized stranded wire, 12.70mm PC strand, 2.0mm and 2.64mm galvanized steel wire, among others.

 

EN 50189 Standard

Table 1. Initial Settings for Determining Stress 1% Extension
Nominal Wire Diameter, mm Initial Stress, N/mm2 Initial setting of extensometer for a gauge length of 250mm2
1.24 2.25 100 0.125
2.25 3 200 0.25
3 4.75 300 0.375
4.75 5.5 400 0.5
For other gauge lengths, multiply the initial setting by the gauge length in mm divided by 250.

 

 

 

Table 1. Initial Settings for Determining Stress 1% Extension
Nominal Wire Diameter Initial Stress Initial setting of extensometer for a gauge length of 250mm2
mm N/mm2  
1.24 2.25 100 0.125
2.25 3 200 0.25
3 4.75 300 0.375
4.75 5.5 400 0.5
For other gauge lengths, multiply the initial setting by the gauge length in mm divided by 250

 

 

Table 2. Zinc Coating Requirements
Nominal Wire Diameter Class A Class B Class C Class D Class E
mm Min. mass of Zn g/m2 Min. no. of one minute dips Min. mass of Zn g/m2 Min. no. of one minute dips Min. mass of Zn g/m2 Min. no. of one minute dips Min. mass of Zn g/m2 Min. no. of one minute dips Min. mass of Zn g/m2 Min. no. of one minute dips
Over Up to and incl.                    
1.24 1.5 185 2 370 3.5 150 1 365 3 185 2
1.5 1.75 200 2 400 3.5 160 1.5 460 3.5 200 2
1.75 2 215 2.5 430 4 175 2 550 4 215 2.5
2 2.25 215 2.5 430 4 175 2 550 4 250 3.5
2.25 2.75 230 3 460 4 190 2.5 640 5 250 3.5
2.75 3 230 3 460 4 190 2.5 640 5 250 3.5
3 3.5 245 3.5 490 4 205 3 730 6 250 3.5
3.5 4.25 260 3.5 520 4 260 3.5 730 6 260 3.5
4.25 4.75 275 4 550 4 275 4 775 6 275 4
4.75 5 200 4 580 5 290 4 825 6 290 4

 

 

 

 

 

 

Table 2. Zinc Coating Requirements
Nominal Wire Diameter, mm Class A Class B Class C Class D Class E
Over Up to and incl. Min. mass of Zn g/m2 Min. no. of one minute dips Min. mass of Zn g/m2 Min. no. of one minute dips Min. mass of Zn g/m2 Min. no. of one minute dips Min. mass of Zn g/m2 Min. no. of one minute dips Min. mass of Zn g/m2 Min. no. of one minute dips
1.24 1.5 185 2 370 3.5 150 1 365 3 185 2
1.5 1.75 200 2 400 3.5 160 1.5 460 3.5 200 2
1.75 2 215 2.5 430 4 175 2 550 4 215 2.5
2 2.25 215 2.5 430 4 175 2 550 4 250 3.5
2.25 2.75 230 3 460 4 190 2.5 640 5 250 3.5
2.75 3 230 3 460 4 190 2.5 640 5 250 3.5
3 3.5 245 3.5 490 4 205 3 730 6 250 3.5
3.5 4.25 260 3.5 520 4 260 3.5 730 6 260 3.5
4.25 4.75 275 4 550 4 275 4 775 6 275 4
4.75 5 200 4 580 5 290 4 825 6 290 4
5 5.25 290 4 580 5 290 4 825 6 290 4
5.25 5.5 290 4 580 5 290 4 825 6 290 4

 

 

                     
                       
                       

 

Table 3. Mechanical Properties of ST1A Wires
Nominal wire diameter mm Diameter tolerance Stress at 1% extension, MPa Tensile strength, MPa Elongation on 250mm Mandrel diameter for wrapping test No. of torsion twists
Over Up to and incl. mm N/MM2 N/MM2 %
Min. Min. Min. xd Min.
1.24 1.5 ±0.03 1170 1400 3 1 18
1.5 1.75 ±0.03 1170 1400 3 1 18
1.75 2.25 ±0.03 1170 1400 3 1 18
2.25 2.75 ±0.04 1140 1350 3 1 16
2.75 3 ±0.05 1140 1350 3.5 1 16
3 3.5 ±0.05 1100 1300 3.5 1 14
3.5 4.25 ±0.06 1100 1300 4 1 12
4.25 4.75 ±0.06 1100 1300 4 1 12
4.75 5.5 ±0.07 1100 1300 4 1 12
               

 

Table 4. Mechanical properties of ST2B Wires
Nominal wire diameter mm Diameter tolerance Stress at 1% extension, MPa Tensile strength, MPa Elongation on 250mm Mandrel diameter for wrapping test
Over Up to and incl. mm N/MM2 N/MM2
1.24 1.5 ±0.05 1100 1300 4 1
1.5 1.75 ±0.05 1100 1300 4 1
1.75 2.25 ±0.05 1100 1300 4 1
2.25 2.75 ±0.06 1070 1250 4 1
2.75 3 ±0.06 1070 1250 4 1
3 3.5 ±0.07 1000 1200 4 1
3.5 4.25 ±0.09 1000 1200 4 1
4.25 4.75 ±0.10 1000 1200 4 1
4.75 5.5 ±0.11 1000 1200 4 1

Other Products

 

 

 

 

Table 3. Mechanical Properties of ST1A Wires
Nominal wire diameter Diameter tolerance

Stress at 1%

extension

Tensile strength

Elongation on

250mm

Mandrel diameter for wrapping test No. of torsion twists
mm mm Mpa(N/mm2) Mpa(N/mm2) - - -
over Up to and incl.            
1.24 1.5 ±0.03 1170 1400 3 1 18
1.5 1.75 ±0.03 1170 1400 3 1 18
1.75 2.25 ±0.03 1170 1400 3 1 18
2.25 2.75 ±0.04 1140 1350 3 1 16
2.75 3 ±0.05 1140 1350 3.5 1 16
3 3.5 ±0.05 1100 1300 3.5 1 14
3.5 4.25 ±0.06 1100 1300 4 1 12
4.25 4.75 ±0.06 1100 1300 4 1 12
4.75 5.5 ±0.07 1100 1300 4 1 12

 

BS4565-1990 Standard

Home » Products » Standards » BS4565-1990

Table 1. Initial Settings for Determining Stress 1% Extension
Nominal Diameter of Galvanized Steel Wire Initial Stress N/mm2 Initial Setting of Extensometer mm/mm
> <
mm mm
1.18 2.24 95 0.05
2.24 3.15 190 0.10
3.15 5.00 285 0.15

 

Table 2. Tensile Strength and Stress at 1% Elongation
Nominal Diameter of Galvanized Steel Wire Tensile Strength minimum N/mm2 Stress at 1% elongation minimum N/mm2
> <
mm mm
1.18 2.24 1400 1180
2.24 3.15 1320 1140
3.15 5.00 1320 1100

 

Table 3. Properties for High Strength Galvanized Steel Wire for ACSR
Tensile strength grade N/mm2, min. 1550 1700 1800
Nominal diameter of galvanized wire Min. stress at 1% elongation Min. elongation L0+=200mm% Steel wrap test dia. Min. stress at 1% elongation Min. elongation L0+=200mm% Steel Wrap test dia. Min. stress at 1% elongation Min. elongation L0+=200mm% Steel wrap test dia.
>
mm mm
1.18 1.32 1260 3.0 1d 1320 3.0 2d 1370 3.0 3d
1.32 1.80 1260 3.5 1d 1320 3.0 2d 1370 3.0 3d
1.80 2.24 1260 3.5 2d 1320 3.0 2d 1370 3.0 3d
2.24 2.72 1260 3.5 2d 1320 3.5 3d 1370 3.0 3d
2.72 2.90 1260 3.5 2d 1320 3.5 3d 1370 3.0 3d
2.90 4.00 1220 4.0 3d 1280 3.5 3d - - -
4.00 5.00 1220 4.0 3d - - - - - -
d=Nominal diameter of galvanized wire
L0= Original Gauge Length

 

Table 4. Conversions of Tensile Strength and Stress at 1% Elongation
N/MM2 tonf/in2
1100 71.2
1140 73.8
1180 76.4
1220 79.0
1260 81.6
1280 82.9
1320 85.5
1370 88.7
1400 9.07
1550 100.4
1700 110.1
1800 116.6

 Zinc - Coated Galvanized Steel Core Wire For Aluminum Conductors / Steel Reinforced 0

Zinc - Coated Galvanized Steel Core Wire For Aluminum Conductors / Steel Reinforced 1