Sagar Steel Corporation is one of the most leading Copper Fasteners Manufacturer in Mumbai, India. We are an ISO 9001:2008 certified company with existence in the Metal Market since 2003. Copper 6061 Socket Set Screw products are designed and developed in accordance with international quality standards and national quality standards. We are offering the best possible prices of Copper 5083 Anchor Screws to all our customers, with a stock of standard, sizes, materials, and types available for immediate delivery worldwide. Our available qualitative range of Copper Fasteners is exclusively designed for several piping applications.
Sagar Steel Corporation offered Stainless Steel ASTM B211 6061 Copper Hex Head Washers are manufactured under the strict supervision of professionals in accordance with national and international standards. We manufacture all of our Copper 6061 Socket Set Screw at our units using optimum grade materials and with help of our best state of technology. We design high-quality Round Copper Fastener, Rectangular Copper Fastener and Hollow Copper Fastener, Square Copper Fastener of various wall thicknesses, and diameters. We mostly use very high-quality raw materials for manufacturing this Copper 5083 Anchor Screws. We are also the leading suppliers of Duplex Fasteners, and so on.
Specifications for Copper Fasteners are mentioned below. If any of the specifications are not mentioned here, Kindly get in touch with us.
Specifications
|
:
|
CDA, Copper
|
Standard
|
:
|
CDA 101, CDA 102, CDA 110
|
Length
|
:
|
3 mm to 254 mm
|
Size
|
:
|
4x M10-1.50
|
Type
|
:
|
Hex Head Bolts, Square Bolts, U bolts, Eyebolts, T bolt, Hex Bolt, Lag Bolts, Countersunk Bolts
|
Sagar Steel Corporation manufacture, trades, supply, and export excellent quality Copper 6061 Socket Set Screw across the globe from our highly equipped infrastructure facility in India. Also, Copper Fasteners is containing niobium for stabilization against sensitization. Copper Fasteners are available in different shapes and sizes and quantities as per their demand. Apart from Copper Fasteners applications, these fasteners are utilized in various processing like Fluidized coal combustors, grids, piping, wind boxes, Bed Furnaces, in Petroleum Refining processes like catalytic recovery systems, flares, tube hangers, Power Generation industry instruments like coal gasifier internals, pulverized coal burners, tube hangers and in Thermal Processing for annealing covers and boxes, burner grids, muffles and retorts, doors, fans, and walking beams. To make the production of Copper Fasteners effective various testing is strictly performed on fasteners. Copper Fasteners are like positive material identification test, impact test, bend test, hydrostatic test, flattening test, chemical analysis, Hydrogen induced cracking testing, flaring test, macro, and micro-test.
Nominal Size or Basic Major Thread Diameter
|
F
|
G
|
H
|
||||||
Width Across Flats
|
Width Across Corners
|
Thickness
|
|||||||
Basic
|
Max
|
Min
|
Max
|
Min
|
Basic
|
Max
|
Min
|
||
1/4
|
.2500
|
1/2
|
.500
|
.488
|
.577
|
.556
|
15/64
|
.250
|
.218
|
5/16
|
.3125
|
9/16
|
.562
|
.546
|
.650
|
.622
|
19/64
|
.314
|
.280
|
3/8
|
.3750
|
11/16
|
.688
|
.669
|
.794
|
.763
|
23/64
|
.377
|
.341
|
7/16
|
.4375
|
3/4
|
.750
|
.728
|
.866
|
.830
|
27/64
|
.441
|
.403
|
1/2
|
.5000
|
7/8
|
.875
|
.850
|
1.010
|
.969
|
31/64
|
.504
|
.464
|
9/16
|
.5625
|
15/16
|
.938
|
.909
|
1.083
|
1.037
|
35/64
|
.568
|
.526
|
5/8
|
.6250
|
1-1/16
|
1.062
|
1.031
|
1.227
|
1.175
|
39/64
|
.631
|
.587
|
3/4
|
.7500
|
1-1/4
|
1.250
|
1.212
|
1.443
|
1.382
|
47/64
|
.758
|
.710
|
7/8
|
.8750
|
1-7/16
|
1.438
|
1.394
|
1.660
|
1.589
|
55/64
|
.885
|
.833
|
1
|
1.0000
|
1-5/8
|
1.325
|
1.575
|
1.876
|
1.796
|
63/64
|
1.012
|
.956
|
1-1/8
|
1.1250
|
1-13/16
|
1.812
|
1.756
|
2.093
|
2.002
|
1-7/64
|
1.139
|
1.079
|
1-1/4
|
1.2500
|
2
|
2.000
|
1.938
|
2.309
|
2.209
|
1-7/32
|
1.251
|
1.187
|
1-3/8
|
1.3750
|
2-3/16
|
2.188
|
2.119
|
2.526
|
2.416
|
1-11/32
|
1.378
|
1.460
|
1-1/2
|
1.5000
|
2-3/8
|
2.375
|
2.300
|
2.742
|
2.622
|
1-15/32
|
1.505
|
1.433
|
1-5/8
|
1.6250
|
2-9/16
|
2.562
|
2.481
|
2.959
|
2.828
|
1-19/32
|
1.632
|
1.556
|
1-3/4
|
1.7500
|
2-3/4
|
2.750
|
2.662
|
3.175
|
3.035
|
1-23/32
|
1.759
|
1.679
|
2
|
2.0000
|
3-1/8
|
3.125
|
3.025
|
3.608
|
3.449
|
1-31/32
|
2.013
|
1.925
|
2-1/4
|
2.2500
|
3-1/2
|
3.500
|
3.388
|
4.041
|
3.862
|
2-13/64
|
2.251
|
2.155
|
2-1/2
|
2.5000
|
3-7/8
|
3.875
|
3.750
|
4.474
|
4.275
|
2-29/64
|
2.505
|
2.401
|
2-3/4
|
2.7500
|
4-1/4
|
4.250
|
4.112
|
4.907
|
4.688
|
2-45/64
|
2.759
|
2.647
|
3
|
3.0000
|
4-5/8
|
4.625
|
4.475
|
5.340
|
5.102
|
2-61/64
|
3.013
|
2.893
|
3-1/4
|
3.2500
|
5
|
5.000
|
4.838
|
5.774
|
5.515
|
3-3/16
|
3.252
|
3.124
|
3-1/2
|
3.5000
|
5-3/8
|
5.375
|
5.200
|
6.207
|
5.928
|
3-7/16
|
3.506
|
3.370
|
3-3/4
|
3.7500
|
5-3/4
|
5.750
|
5.562
|
6.640
|
6.341
|
3-11/16
|
3.670
|
3.616
|
4
|
4.0000
|
6-1/8
|
6.125
|
5.925
|
7.073
|
6.755
|
3-15/16
|
4.014
|
3.862
|
Material:
|
Copper
|
Composition:
|
Cu
|
Property
|
Minimum Value (S.I.)
|
Maximum Value (S.I.)
|
Units (S.I.)
|
Minimum Value (Imp.)
|
Maximum Value (Imp.)
|
Units (Imp.)
|
---|---|---|---|---|---|---|
Atomic Volume (average)
|
0.0071
|
0.0073
|
m3/kmol
|
433.268
|
445.473
|
in3/kmol
|
Density
|
8.93
|
8.94
|
Mg/m3
|
557.482
|
558.106
|
lb/ft3
|
Energy Content
|
100
|
130
|
MJ/kg
|
10833.9
|
14084
|
kcal/lb
|
Bulk Modulus
|
130
|
145
|
GPA
|
18.8549
|
21.0305
|
106 psi
|
Compressive Strength
|
45
|
330
|
MPa
|
6.5267
|
47.8625
|
ksi
|
Ductility
|
0.04
|
0.5
|
0.04
|
0.5
|
NULL
|
|
Elastic Limit
|
45
|
330
|
MPa
|
6.5267
|
47.8625
|
ksi
|
Endurance Limit
|
70
|
140
|
MPa
|
10.1526
|
20.3053
|
ksi
|
Fracture Toughness
|
40
|
100
|
MPa.m1/2
|
36.4019
|
91.0047
|
ksi.in1/2
|
Hardness
|
400
|
1150
|
MPa
|
58.0151
|
166.793
|
ksi
|
Loss Coefficient
|
3.5e-005
|
0.002
|
3.5e-005
|
0.002
|
NULL
|
|
Modulus of Rupture
|
45
|
330
|
MPa
|
6.5267
|
47.8625
|
ksi
|
Poisson’s Ratio
|
0.34
|
0.35
|
0.34
|
0.35
|
NULL
|
|
Shear Modulus
|
44
|
49
|
GPA
|
6.38166
|
7.10685
|
106 psi
|
Tensile Strength
|
210
|
390
|
MPa
|
30.4579
|
56.5647
|
ksi
|
Young’s Modulus
|
121
|
133
|
GPa
|
17.5496
|
19.29
|
106 psi
|
Glass Temperature
|
K
|
°F
|
||||
Latent Heat of Fusion
|
200
|
210
|
kJ/kg
|
85.9841
|
90.2833
|
BTU/lb
|
Maximum Service Temperature
|
350
|
400
|
K
|
170.33
|
260.33
|
°F
|
Melting Point
|
1320
|
1355
|
K
|
1916.33
|
1979.33
|
°F
|
Minimum Service Temperature
|
0
|
0
|
K
|
-459.67
|
-459.67
|
°F
|
Specific Heat
|
372
|
388
|
J/kg.K
|
0.287875
|
0.300257
|
BTU/lb.F
|
Thermal Conductivity
|
147
|
370
|
W/m.K
|
275.189
|
692.652
|
BTU.ft/h.ft2.F
|
Thermal Expansion
|
16.8
|
17.9
|
10-6/K
|
30.24
|
32.22
|
10-6/°F
|
Breakdown Potential
|
MV/m
|
V/mil
|
||||
Dielectric Constant
|
NULL
|
|||||
Resistivity
|
1.82
|
4.9
|
10-8ohm.m
|
1.82
|
4.9
|
10-8 ohm.m
|
Material designation
|
COMPOSITION %
|
|||||||||
Element
|
Cu
|
Ag
|
Bi
|
O
|
P
|
Pb
|
Other elements (see note)
|
|||
Symbol
|
Number
|
Total
|
Excluding
|
|||||||
Cu-ETP
|
CW004A
|
min.
max. |
99,90(1)
– |
–
– |
–
0,0005 |
–
0,040(2) |
–
– |
–
0,005 |
–
0,03 |
Ag. O
|
Cu-FRHC
|
CW005A
|
min.
max. |
99,90(1)
– |
–
– |
–
– |
–
0,040(2) |
–
– |
–
– |
–
0,04 |
Ag. O
|
Cu-OF
|
CW008A
|
min.
max. |
99,95(1)
– |
–
– |
–
0,0005 |
–
-(3) |
–
– |
–
0,005 |
–
0,03 |
Ag.
|
CuAg 0,04
|
CW0011A
|
min.
max. |
Balance
– |
0,03
0,05 |
–
0,0005 |
–
0,040 |
–
– |
–
– |
–
0,03 |
Ag. O
|
CuAg 0,07
|
CW0012A
|
min.
max. |
Balance
– |
0,06
0,08 |
–
0,0005 |
–
0,040 |
–
– |
–
– |
–
0,03 |
Ag. O
|
CuAg 0,10
|
CW0013A
|
min.
max. |
Balance
– |
0,08
0,12 |
–
0,0005 |
–
0,040 |
–
– |
–
– |
–
0,03 |
Ag. O
|
CuAg 0,04P
|
CW0014A
|
min.
max. |
Balance
– |
0,03
0,05 |
–
0,0005 |
–
-(3) |
0,001
0,007 |
–
– |
–
0,03 |
Ag. P
|
CuAg 0,07P
|
CW0015A
|
min.
max. |
Balance
– |
0,06
0,08 |
–
0,0005 |
–
-(3) |
0,001
0,007 |
–
– |
–
0,03 |
Ag. P
|
CuAg 0,10P
|
CW0016A
|
min.
max. |
Balance
– |
0,08
0,12 |
–
0,0005 |
–
-(3) |
0,001
0,007 |
–
– |
–
0,03 |
Ag. P
|
CuAg 0,04(OF)
|
CW0017A
|
min.
max. |
Balance
– |
0,03
0,05 |
–
0,0005 |
–
-(3) |
–
– |
–
– |
–
0,0065 |
Ag. O
|
CuAg 0,07(OF)
|
CW0018A
|
min.
max. |
Balance
– |
0,06
0,08 |
–
0,0005 |
–
-(3) |
–
– |
–
– |
–
0,0065 |
Ag. O
|
CuAg 0,10(OF)
|
CW0019A
|
min.
max. |
Balance
– |
0,08
0,12 |
–
0,0005 |
–
-(3) |
–
– |
–
– |
–
0,0065 |
Ag. O
|
Cu-PHC
|
CW0020A
|
min.
max. |
99,95(1)
– |
–
– |
–
0,0005 |
–
-(3) |
0,001
0,006 |
–
0,005 |
–
0,03 |
Ag. P
|
Cu-HCP
|
CW0021A
|
min.
max. |
99,95(1)
– |
–
– |
–
0,0005 |
–
-(3) |
0,002
0,007 |
–
0,005 |
–
0,03 |
Ag. P
|