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Non-Ferrous Fasteners


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HIDRURON 130

Chemical compositions and mechanical properties for HIDRURON 130.

Chemical compositions - HIDRURON 130

Al(Aluminium)24%
Cr(Chromium)0.50%
Fe(Iron)0.52.50%
Mg(Magnesium)0.10%
Mn(Manganese)0.11
Ni(Nickel)1316
Pb(Lead)0.05%
Si(Silicon)0.25%
Sn(Tin)0.20%
Zn (Zinc0.50%

Mechanical properties - HIDRURON 130

Mechanical PropertyMin Max
Ultimate Tensile Strength (UTS)850 MPa
0.2% Proof Stress630 MPa
ElongationElongation
Gauge Length5.65vSo
Hardness(Rockwell B)240 HRB

HIDRURON 191

Chemical compositions and mechanical properties for HIDRURON 191.

Chemical compositions - HIDRURON 191

ElementMinMax
Al (Aluminium)12%
C (Carbon)0.05%
Cr (Chromium)0.50%
Fe (Iron)0.71.2%
Mg (Magnesium)0.05%
Mn (Manganese)3.55.50%
Ni (Nickel)13.516.5%
P (Phosphorus)0.01%
Pb(Lead)0.02%
S(Sulphur)0.5%
Si(Silicon)0.15%
Sn(Tin)0.1%
Zn (Zinc)0.2%

COPPER NICKEL 70-30

Chemical compositions and mechanical properties for COPPER NICKEL 70-30.

Chemical compositions - COPPER NICKEL 70-30

ElementContent (%)
Copper, Cu70
Nickel, Ni30

Mechanical properties - COPPER NICKEL 70-30

PropertiesMetricImperial
Tensile strength, ultimate372-517 MPa54000-75000 psi
Tensile strength, yield (depending on temper)88.0-483 MPa12800-70100 psi
Elongation at break (in 381 mm)45%45%
Charpy impact107 J78.9 ft-lb
Machinability (UNS C36000 (free-cutting brass) = 100%)20%20%
Shear modulus57.0 GPa8270 ksi
Poisson's ratio0.340.34
Elastic modulus150 GPa21800 ksi

COPPER 90-10

Chemical compositions and mechanical properties for COPPER 90-10.

Chemical compositions - COPPER 90-10

ElementContent (%)
Cu88.7
Fe1.3
Ni10

Mechanical properties - COPPER 90-10

PropertiesMetricImperial
Tensile strength, ultimate303-414 MPa43900-60000 psi
Tensile strength, yield (depending on temper)110-393 MPa16000-57000 psi
Elongation at break (in 254 mm)42%42%
Machinability (UNS C36000 (free-cutting brass) = 100%)20%20%
Shear modulus52.0 GPa7540 ksi
Poisson's ratio0.340.34
Elastic modulus140 GPa20300 ksi

PB101

Chemical compositions and mechanical properties for PB101.

Chemical compositions - PB101

Weight%CuSnP
Min
Maxrem5.00%0.2%

Mechanical properties - PB101

Mechanical Properties
Tensile Strength 280-500N/mm²
Proof Strength80-410N/mm²
Elongation (%12-25%

Physical Properties - PB101

Physical Properties
Density8.85 gm/cm3
Melting Point1050℃
Specific Heat377 J/Kg?K
Thermal Conductivity69 W/m?C
Coefficient of Thermal Expansion 20-300?C17.8 x 10-6
Electrical Conductivity 20?C15% IACS

PB102

Chemical compositions and mechanical properties for PB102.

Chemical compositions - PB102

Chemical Element% Present
Tin (Sn)4.50 - 5.50
Iron (Fe)0.0 - 0.10
Lead (Pb)0.0 - 0.02
Nickel (Ni)0.0 - 0.20
Others (Total)0.0 - 0.20
Phosphorous (P)0.01 - 0.40
Zinc (Zn)0.0 - 0.20
Copper (Cu)Balance

Mechanical properties - PB102

Half Hard PropertiesPB102
Tensile Strength (MPa)650
Proof Stress 0.2% (MPa)560
Elongation A5 (%)3
Hardness VPN75-230

PB103

Chemical compositions and mechanical properties for PB103.

Chemical compositions - PB103

Weight %SnPbCuPZn
PB 1035.5 / 7.50.02 maxremainder0.02 / 0.040.3 max

Mechanical properties - PB103

The table shows material as cold rolled, extra hard
Material0.2% Proof Stress (N/mm²)Tensile Strength (N/mm²)Elongation in 50mm (%)Vickers Hardness (HV)
PB 103 550 min 620 min 6 min200 min

PB104

Chemical compositions and mechanical properties for PB104.

Chemical compositions - PB104

Weight %SnNi Fe Pb CuPZn
PB 104 7.5 / 9.00.3 max 0.1 max0.05 maxremainder0.02 / 0.40.3 max

Mechanical properties - PB104

The table shows material as manufactured
Material0.2% Proof Stress (N/mm²)Tensile Strength (N/mm²)Elongation in 5.65√Cross Sectional Area(%)
PB 104 400 min 550 min 15 min

TITANIUM GRADE 2

Chemical compositions and mechanical properties for TITANIUM GRADE 2.

Chemical compositions - TITANIUM GRADE 2

Component Wt. %
CMax 0.1
FeMax 0.3
HMax 0.015
NMax 0.03
O Max 0.25
Ti99.2

Mechanical properties - TITANIUM GRADE 2

Hardness, Knoop170170
Hardness, Rockwell B8080
Hardness, Vickers145145
Tensile Strength, Ultimate344 MPa49900 psi
Tensile Strength, Yield275 - 410 MPa39900 - 59500 psi
Elongation at Break20%20%
Reduction of Area35 %35 %
Modulus of Elasticity105 GPa15200 ksi In Tension
Compressive Modulus110 GPa16000 ksi
Poisson's Ratio0.370.37
Izod Impact114 - 171 J84.1 - 126 ft-lb
Fatigue Strength300 MPa43500 psi 1E+7 cycles, Unnotched
Fatigue Strength425 MPa61600 psi 30,000 cycles, Unnotched
Fracture Toughness66 MPa-m½60.1 ksi-in½ K(Q); annealed
Shear Modulus45 GPa6530 ksi

TITANIUM GRADE 5

Chemical compositions and mechanical properties for TITANIUM GRADE 5.

Chemical compositions - TITANIUM GRADE 5

%CNOHFeTiAIV
Min-----Balance5.53.5
Max0.080.050.20.1250.4Balance6.754.5

Mechanical properties - TITANIUM GRADE 5

Mechanical & Physical Properties21°C93°C204°C316°C
Coefficient of Thermal Expansion µm/m⁰C-9.549.729.9
Thermal Conductivity /kcal/(hr.m.°C)5.956.47.749.08
Modulus of Elasticity / x105 MPa1.151.11.039.65

TITANIUM GRADE 7

Chemical compositions and mechanical properties for TITANIUM GRADE 7.

Chemical compositions - TITANIUM GRADE 7

ElementContent (%)
Iron, Fe0.3
Oxygen, O0.25
Palladium, Pd0.12-0.25
Carbon, C0.08
Nitrogen, N0.03
Hydrogen, H0.015
Other, total0.4
Titanium, TiBalance

Mechanical properties - TITANIUM GRADE 7

PropertiesMetricImperial
Tensile strength485 MPa70343 psi
Yield strength350 MPa50763 psi
Elastic modulus103 GPa14938 ksi
Elongation in 50 mm (A5)28%28%
Hardness (HV)150150

DEF STAN 02-833

Chemical compositions and mechanical properties for DEF STAN 02-833.

Chemical compositions - DEF STAN 02-833

Copper Rem
Aluminium 8.5 - 10.0%
Nickel4.5 - 5.5%
Iron 4.0 - 5.0%
Manganese 0.50% max
Total Impurities 0.50% max

Mechanical properties - DEF STAN 02-833

Diameter6-15mm15-25mm25-100mm>100mm
UTS680 N/mm680 N/mm635 N/mm620 N/mm
Proof Strength325 N/mm325 N/mm295 N/mm245 N/mm
Elongation17%17%17%17%
Impact Strength-24J27J23J

DEF STAN 02-834

Chemical compositions and mechanical properties for DEF STAN 02-834.

Chemical compositions - DEF STAN 02-834

CopperRem
Aluminium 6.0-6.4%
Silicon 2.0-2.4%
Iron 0.5-0.7%
Total Impurities 0.50% max

Mechanical properties - DEF STAN 02-834

6-15mm15-50mm50-100mm >100mm
UTS (N/mm2)525525525525
Proof (N/mm2)275275235220
Elongation (%)20202020
Impact Strength (J)-333333

C63000

Chemical compositions and mechanical properties for C63000.

Chemical compositions - C63000

ElementCuAINi+CoFeMnSiSnZn
%Bal9.0-11.04.0-5.52.0-4.01.5max0.25max0.2max0.3max

Mechanical properties - C63000

FormSize RangeSize RangeYield 0.2%Yield 0.2%UTSUTSElong %Hardness (HB)
MetricImperialMPaKsiMPaKsi%(HB)
2075-300mm dia3- 12” dia300-35043.5-50.7600-70087-10101/12/2021180-240
HR5050-80 mm dia2.0- 3.2” dia380-43062.3-62.3725-800105-11601/10/2015180-240
TQ5080-130 mm dia3.2 – 5.1” dia320- 400320- 40046.4-58.0620-77090-111.715-20180-240

C63200

Chemical compositions and mechanical properties for C63200.

Chemical compositions - C63200

CopperRem
AI8.7 - 9.5%
Ni4.0 - 4.8%
Fe3.5 - 4.3%
Mn1.2 - 2.0%

Mechanical properties - C63200

Form Size RangeSize RangeYield 0.2%Yield 0.2%UTSUTSElong %Hardness (HB)
ImperialMetricKsi MPaKsiMPa%(HB)
TQ50<=3"<= 80mm50-56345-38690-107621-73815-25190-230
TQ50<=3-5"80-130mm50-54345-37290-105621-73818-23190-230
TQ50>5">130mm50-53345-36590-104621-71718-23190-230

CZ121-CA104

Chemical compositions and mechanical properties for CZ121-CA104.

Chemical compositions - CZ121-CA104

CopperRem
Aluminium 8.5 - 11.0%
Nickel4.0 - 5.5%
Iron4.0 - 5.0%
Manganese1.00% max
Total Impurities 0.50% max

Mechanical properties - CZ121-CA104

Diameter6-18mm incl. >18-80mm incl.>80-100mm>100mm (4”)
UTS700 N/mm2700 N/mm2695 N/mm2650 N/mm2
0.2% Proof Strength400 N/mm2385 N/mm2385 N/mm2320 N/mm2
0.1% Proof Strength385 N/mm2385 N/mm2385 N/mm2310 N/mm2
Elongation15%15%15%15%
Hardness188-268 HV or 179-255 HBW

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