Oxygen-Free Electronic Grade Copper C101 (UNS C11000)

Chemical Composition Limits
Weight %	Cu	Others
BS C101 BS 2870 BS 4608	99.9% min	0.03 max impurities	Electrolytic, tough pitch high conductivity copper
BS C100 Cu-ETP1	99.95%	As 0.0005 max	Electrolytic, tough pitch high conductivity copper
BS C102	99.90%		Fire refined, tough pitch high conductivity copper
BS C103	99.95%		Oxygen free high conductivity copper
Weight %	Cu (includes Ag)	O
CDA 110	99.90 min	0.04

CDA 110 (Electrolytic Tough Pitch Copper, UNS C11000)) has a high electrical and thermal conductivity, as well as good corrosion resistance and solderability. CDA 110 has excellent characteristics which enable it to be drilled, soldered, bent, riveted and much more. CDA 110 has excellent hot workability and is soft and ductile at a red heat. CDA 110 is used in a wide variety of industries.

Typical Mechanical Properties

Material	Diameter	Tensile Strength (ksi)		Elongation 4D %
		min	max
ASTM B187 Bar - Hand Temper	3/8 - 1"	40	55	12
ASTM B187 Bar - Hand Temper	1-2"	35	50	15
ASTM B187 Bar - Hand Temper	2-3"	30	48	15
ASTM B187 Bar - Hand Temper	3" +	37.5	50	15

 

Beryllium Copper Alloy 25 (UNS C17200/CDA 172)

Chemical Composition Limits
Weight %	Cu	Al	Be	Co
AMS 4533 CDA 172	Rem	0.20	1.8-2.0	0.2 min

CDA 172 Beryllium Copper is commonly used due to it's high strength and hardness compared to other commercial copper alloys. CDA 172 strength and hardness is similar to that of steel. To achieve it's high strengths whilst still maintaining acceptable levels of toughness for many industrial applications CDA 172 is age hardened. Toughness, fatigue strength, corrosion resistance etc can be modified and controlled by either underaging or overaging during the precipitation hardening process of the alloy.

Typical Mechanical Properties

Material	Condition	Size	Tensile strength ksi	Yield Strength ksi	Elongation 2" %	Hardness
CDA 172 Round Bar	Sol + Precipitation heat treated ( TF00 formerly AT)		165	140	4	36-45 HRC
CDA 172 Round Bar	Sol Treated, Cold Worked + Precipitation Heat Treated (TH04, formerly HT)	< 0.375"	182	157	3	37-45
CDA 172 Round Bar	Sol Treated, Cold Worked + Precipitation Heat Treated (TH04, formerly HT)	0.375" - 1.00"	180	154	3	37-45
CDA 172 Round Bar	Sol Treated, Cold Worked + Precipitation Heat Treated (TH04, formerly HT)	1.00" - 2.00"	177	150	3	37-45

 

Soft Brass CDA 260 (UNS C26000)

Bar	ASTM B36, ASTM B19, SAE J463, SAE J461
Disk	ASTM B19
Plate	AMS 4507, AMS 4505, ASTM B19, ASTM B36
Rod	SAE J463, SAE J461
Sheet	AMS 4507, AMS 5408, AMS 4505, ASTM B19, ASTM B36, SAE J463, SAE J461
Strip	AMS 4507, AMS 4505, ASTM B36, ASTM B569, ASTM B19, ASTM B888, SAE J463, SAE J461
Tube, Seamless	ASTM B 135, FEDERAL WW-T-791, MIL-T-20219, SAE J463, SAE J461
Tube Welded	ASTM B587
Wire	ASTM B134, SAE J463, SAE J461
Other	CZ106, C26000

CDA 260 has the highest ductility in the yellow brass series. Soft Brass CDA 260 is also easily machined but is more commonly cold formed.

 

Naval Brass AMS 4611 (UNS C46400)

Chemical Composition Limits
Weight %	Cu	Fe	Pb	Sn	Zn
AMS 4611 / 4612	59.0-62.0	0.1	0.20	0.50-1.0	Remainder

AMS 4611, AMS 4612, C46400, Naval Brass is a high strength and corrosion resistant alloy. It is widely used in marine construction where a strong, corrosive resistant, and hard material is required. The addition of tin gives the alloy an inherent resistance to dezincification, thereby further inhibiting the impingement by seawater at higher than normal temperatures

Typical Mechanical Properties

Material	Diameter	Tensile Strength ksi	Yield Strength ksi	Elongation 4D %
AMS 4611 1/2 Hard Bar	<0.5"	60	27	22
AMS 4611 1/2 Hard Bar	0.5-1.0"	60	27	25
AMS 4611 1/2 Hard Bar	1"-2.5"	58	26	25

 

Phosphor Bronze CDA 510 (UNS C51000)

Chemical Composition Limits
Weight %	Cu	Fe	Pb	P	Sn	Zn
CDA 510 (C51000)	Remainder	0.10	0.05	0.03-0.35	4.2 - 5.8	0.30

C51000 Phosphor Bronze alloy is cold worked which has a higher yield strength than is readily available in most cast bronze products. CDA 510 can be readily brazed or soldered it's capacity for being cold worked is good.

 

Phosphor Bronze PB 103 (UNS C51900)

Chemical Composition Limits
Weight %	Sn	Pb	Cu	P	Zn
PB 103	5.5 / 7.5	0.02 max	remainder	0.02 / 0.04	0.3 max

PB103 is a Phosphor Bronze that is high strength and has very good corrosion resistance. PB103 also has good wear resistance and good spring properties. PB103 is used in many different applications from Marine hardware and instrument components, Electrical springs and contacts to gaskets, decorative purposed such as bar tops, counters and other architectural metal work.

Typical Mechanical Properties

Material	0.2% Proof Stress (N/mm²)	Tensile Strength (N/mm²)	Elongation in 50mm (%)	Vickers Hardness (HV)
PB 103	550 min	620 min	6 min	200 min
The table shows material as cold rolled, extra hard

 

Phosphor Bronze PB 104 (UNS C52100)

Chemical Composition Limits
Weight %	Sn	Ni	Fe	Pb	Cu	P	Zn
PB 104	7.5 / 9.0	0.3 max	0.1 max	0.05 max	remainder	0.02 / 0.4	0.3 max

PB 104 (C52100) is a Phosphor Bronze which is well known for its high strength, PB104 has a greater tin content than PB102. PB 104 has exceptional bearing, wear and spring properties together with excellent fatigue properties and corrosion fatigue resistance. PB104 is widely used in marine and other corrosive environments.

Typical Mechanical Properties

Material	0.2% Proof Stress (N/mm²)	Tensile Strength (N/mm²)	Elongation in 5.65√Cross Sectional Area(%)
PB 104	400 min	550 min	15 min
The table shows material as manufactured

 

Phosphor Bronze UNS C54400

Chemical Composition Limits
Weight %	Sn	Pb	Cu	P	Zn
UNS C54400	5.0	4.0	Rem	0.2	3.0

UNS C54400 is a high grade leaded tin (Phosphor) bronze, which is extremely popular with machinists due to its outstanding machining characteristics. The tensile and corrosion resistance of UNS C54400 are similar to PB102 however UNS C54400 also offers good fatigue strength, thermal and electrical conductivity. UNS C54400 is an ideal choice for intricate machining and used in many industries from Power generation, Automotive, Engraving etc

Typical Mechanical Properties

Material	Tensile Strength (N/mm²)	0.2% Proof Stress (N/mm²)	Elongation (%)
UNS C54400	345-450	-	8-18
Specification Minima

 

Aluminium Bronze CA 102 (UNS C61000)

Chemical Composition Limits
Weight %	Cu	Al	Other
CA 102	Remainder	6.0 / 7.5	Fe + Ni + Mi 1.0 / 2.5

CA 102 is a that has a high strength combined with good resistance to oxidation and corrosion, especially in marine environments. Although other optional additions such as iron, nickel, manganese and silicon can be added for even greater corrosion resistance, strength and toughness properties.

Typical Mechanical Properties

Material	0.2% Proof Stress (N/mm² )	Tensile Strength (N/mm² )	Elongation %	Hardness (HV)
CA 102	170-510	430-660	55-10	100-210

 

Aluminium Bronze CA 106 (UNS C61300)

Chemical Composition Limits
Weight %	Cu	Al	Fe
CA 106	Rem	6.5 / 8.0	2.0 / 3.5

CA 106 is a material that is high strength combined with good resistance to oxidation and corrosion, especially in marine environments. Although other optional additions such as iron, nickel, manganese and silicon can be added for an even greater corrosion resistance, strength and toughness properties.

Typical Mechanical Properties

Material	0.2% Proof Stress (N/mm² )	Tensile Strength (N/mm² )	Elongation %	Hardness (HV)
CA 106	230-450	500-600	40-20	140-190

 

Nickel Aluminium Bronze AMS 4590 (UNS C63020)

Chemical Composition Limits
Weight %	Cu	Al	Cr	Co	Fe	Pb	Mn	Ni	Sn	Zn	Si
AMS 4590	74.5	10.0-11.0	0.05	0.2	4.0-5.5	0.03	1.5	4.2-6.0	0.25	0.30	0.15

C63020 (AMS 4590) is a Nickel Aluminum Bronze which is available in solid bar - AMS 4590
A special heat treatment process improves the mechanical properties beyond the range of commercial aluminum bronzes. This alloy is an extra high strength version of nickel aluminum bronze. It is used where parts require extra high strength and hardness with some ductility and toughness. Typical applications include military aircraft bushings involving heavy loads, abrasion and high deformation. The extra high strength characteristics provide extreme wear resistance for extreme loads, abrasive wear, and high impact landings (such as aircraft carrier landings).

Typical Mechanical Properties

Material	Condition	Size	Tensile strength ksi	Yield Strength ksi	Elongation 4D %	Hardness HRC (min)
AMS 4590	Solution Treated and Tempered Bar	<1.00"	135	100	6	26
AMS 4590	Solution Treated and Tempered Bar	1.00" - 2.00"	130	95	6	26
AMS 4590	Solution Treated and Tempered Bar	2.00" - 4.00"	130	90	6	26

 

Aluminium Bronze CA 104 (UNS C63200)

Chemical Composition Limits
Weight %	Cu	Al	Fe	Ni
CA 104	Rem	8.5 / 11.0	4.0 / 5.5	4.0 / 5.5

CA 104 is a high strength material, combined with good resistance to oxidation and corrosion, especially in marine environments. Although other optional additions such as iron, nickel, manganese and silicon can be added for even greater corrosion resistance, strength and toughness properties.

Typical Mechanical Properties

Material	0.2% Proof Stress (N/mm² )	Tensile Strength (N/mm² )	Elongation %	Hardness (HV)
CA 104	420-500	720-820	25-15	200-240

 

Aluminium Silicon Bronze AMS 4631 (UNS )

Chemical Composition Limits
Weight %	Cu	Al	As	Fe	Pb	Mn	Ni	Si	Sn	Zn
AMS 4631	Rem	6.3 - 7.6	0.09	0.3	0.05	0.10	0.25	1.5 - 2.2	0.20	0.50

AMS 4631 (UNS C64200) Silicon aluminum bronze combines the self lubricity of the silicon with the higher mechanical properties of aluminum bronze and is sometimes used in place of C63000 where specifications permit. C64200 is free-machining and has good anti-galling and anti-seizing properties. Typical applications involve valve stems, gears, marine and pole line hardware, wing pylons, bolts, nuts, bushings and valve body components.

Typical Mechanical Properties

Material	Size	Tensile Strength ksi	Yield Strength ksi	Elongation 4D %
AMS 4631	<0.5"	90	45	9
AMS 4631	0.5" - 1.00"	85	45	12
AMS 4631	1.00" - 2.00"	80	42	12
AMS 4631	2.00" - 3.00"	75	35	15

 

Silicon Nickel Copper NS5 (UNS C64700)

Chemical Composition Limits
Weight %	Cu	Ni	Si
NS5	Bal	2.5	0.65

Alloy NS5 is a wrought Silicon Nickel Copper structural hardening alloy. Transformation by extrusion, forging or die stamping followed by quenching and hardening, plus cold-drawing for diameters smaller than 35 mm. Suitable for cold forming in quenched condition, but the hardened condition must be obtained after forming. Suitable for hard brazing, but loss of mechanical properties.

 

Silicon Bronze AMS 4616 (UNS C65620)

Chemical Composition Limits
Weight %	Cu	Fe	Mn	Si	Zn	P
AMS 4616	90	1.0 -2.0	1.0	2.4-4.0	1.5-4.0	0.10

Alloy NS5 is a wrought Silicon Nickel Copper structural hardening alloy. Transformation by extrusion, forging or die stamping followed by quenching and hardening, plus cold-drawing for diameters smaller than 35 mm. Suitable for cold forming in quenched condition, but the hardened condition must be obtained after forming. Suitable for hard brazing, but loss of mechanical properties.

Typical Mechanical Properties

Material	Condition	Tensile Strength Ksi	Yield Strength Ksi	Elongation 4D %	Hardness (surface) HB
AMS 4616	Stress Relieved Bar	56	20	30	90 min

 

Aluminium Bronze NES835 (UNS C72420)

Chemical Composition Limits

Weight %

P

C

S

Mg

Si

Zn

Sn

Pb

Cr

Mn

Cu

Al

Fe

Ni

Impurities

NES835

0.01 max

0.05 max

0.15 max

0.05 max

0.15 max

0.20 max

0.10 max

0.02 max

0.5 max

3.5/5.5

Rem

1.0/2.0

0.7/1.2

13.5/16.5

0.30 max

NES 835 is an aluminium bronze that has a great strength combined with excellent sea water corrosion and erosion resistance so is used a lot in the marine industry. Also NES835 has been one of the only materials to consistently show no effects of hydrogen embrittlement and also has good stress corrosion cracking with additions of iron in ammonia but the iron content has to be below 1% and the iron has to be retained in the solution.

Typical Mechanical Properties

Material	Condition	0.2% Proof Stress (N/mm² )	Minimum Tensile Strength (N/mm² )	Elongation in 5.65 √ Cross Sectional Area (%)	Minimum Izod Impact Joules
NES835	Rods and sections up to and including 125mm	430	725	18	40
NES835	Rods and sections over 125mm and forgings	400	710	18	40

 

Manganese Bronze AMS 4862 (UNS C86300)

Chemical Composition Limits
Weight %	Cu	Al	Fe	Pb	Mn	Ni	Sn	Zn
AMS 4862	60.0 - 66.0	5.0-7.5	2.0-4.0	0.20	2.5-5.0	1.0	0.20	22.0-28.0

Manganese Bronze AMS 4862 is a cast manganese bronze, has outstanding mechanical properties to withstand the most rigorous industrial requirements. Its high strength and corrosion resistance make it ideal for heavy-duty construction.

Typical Mechanical Properties

Material	Tensile Strength ksi	Yield Strength ksi	Elongation 4D %	Hardness HB
AMS 4862 Castings	110	60	12	217-269

 

Aluminium Bronze 9C AMS 4871 (UNS C95400)

Chemical Composition Limits
Weight %	Cu	Al	Fe	Mn	Ni
AMS 4871 / 4873	83.5	10.5-12.00	3.0-4.3	0.50	0.5

Aluminium Bronze C95400 is a cast aluminum bronze with high strength properties, and excellent resistance to wear and corrosion. Although this alloy is supplied in the cast condition, it can be heat treated to enhance its mechanical properties and comply to more demanding applications.

Typical Mechanical Properties

Material	Tensile Strength ksi	Yield Strength ksi	Elongation 4D %
AMS 4871 / 4873 Separately Cast Specimins	85	45	5

 

Nickel Aluminium Bronze AMS 4880 (UNS C95510)

Chemical Composition Limits
Weight %	Cu	Al	Fe	Mn	Ni	Sn	Zn
AMS 4880	78.0 min	9.7 - 10.9	2.0-3.5	1.50	4.5-5.5	0.20	0.30

AMS 4880 is one of the most popular landing gear bushing materials specified today along with C63000 material. This continuous / centrifugal cast alloy is heat treated and exhibits high mechanical strength which meets the properties of C63000 (AMS 4640). In many cases C95510 (AMS 4880) can be substituted for C63000 with the advantage of this material being available in tube form, which provides economic cost savings for you, the customer.

Typical Mechanical Properties

Material	Tensile Strength ksi	Yield Strength ksi	Elongation 4D %
AMS 4880 separately cast coupons	105	62.5	9

 

Nickel Aluminium Bronze AMS 4881 (UNS C99520)

Chemical Composition Limits
Weight %	Cu	Al	Cr	Co	Fe	Pb	Mn	Ni	Si	Sn	Zn
AMS 4881	74.5 min	10.5-11.5	0.05	0.2	4.0-5.5	0.03	1.5	4.2-6.0	0.15	0.25	0.30

Nickel Alumimium Bronze - Solid Bar AMS 4881. The additional heat treating process improves mechanical properties and the strength to weight ratio exceeding the range of typical aluminum bronzes. UNS C99520 is commonly used in applications involving heavy loads abrasion,friction, and deformation at high temperatures. In many cases UNS C99520 can replace UNS C63020 with the advantage of this material being available in tube form, which provides economic cost savings to you the customer.

Typical Mechanical Properties

Material	Type	Tensile Strength ksi	Yield Strength ksi	Elongation 4D %
AMS 4881 Separately Cast Specimins	Sand Cast	125	95	2
AMS 4881 Separately Cast Specimins	Centifugally	130	95	3

 

Aluminium Bronze UZ19A6

Chemical Composition Limits
Weight %	Cu	Al	Fe	Mn	Zn
UZ19A6	Bal	6.5-7.0	3.5	4.5-5.5	18-21

Typical Mechanical Properties

Material	Size	Tensile Strength (MPa)	Yield Strength (MPa)	Elongation 4D(%)	Hardness (HB)
UZ19A6 Extended Bar	15mm - 75mm	830-950	600-700	10-15	245-275

 

Aluminium Bronze UA11N (WS 2.0978)

Chemical Composition Limits
Weight %	Cu	Al	Fe	Ni	Mn
UA11N (WS 2.0978)	77.8	10.7	5.3	5.3	0.9

Typical Mechanical Properties

Material	Size	Tensile Strength MPa	Yield Strength MPa	Elongation 4D %	Hardness (HB)
UA11N Extended Bar	10mm-75mm	740-850	390-500	10-20	200-250

 

Sintered Bronze / Oil Impregnated AMS 4805 - SAE 841

Chemical Composition Limits
Weight %	Cu	Fe	Pb	C	Sn	Zn
AMS 4805	87.5-90.5	1.0	-	1.75	9.5-10.5	-

Sintered Bronze / Oil Impregnated AMS 4805 is one of the finest powder metal bearings on the market. By using a proprietary blending and sintering process this gives us a uniform grain structure and spheroidized porosity which results in superior strength,lower coefficient of friction and a uniform oil coating of the mating shaft.During operation, oil impregnated bronzes have a proven record ofexcellent wear resistance and long life where normal lubrication is difficult or impossible to provide.

 

Oxygen-Free Electronic Grade Copper C101 (UNS C11000)

Technical Data Sheet

Chemical Composition Limits
Weight %	Cu	Others
BS C101 BS 2870 BS 4608	99.9% min	0.03 max impurities	Electrolytic, tough pitch high conductivity copper
BS C100 Cu-ETP1	99.95%	As 0.0005 max	Electrolytic, tough pitch high conductivity copper
BS C102	99.90%		Fire refined, tough pitch high conductivity copper
BS C103	99.95%		Oxygen free high conductivity copper
Weight %	Cu (includes Ag)	O
CDA 110	99.90 min	0.04

CDA 110 (Electrolytic Tough Pitch Copper, UNS C11000)) has a high electrical and thermal conductivity, as well as good corrosion resistance and solderability. CDA 110 has excellent characteristics which enable it to be drilled, soldered, bent, riveted and much more. CDA 110 has excellent hot workability and is soft and ductile at a red heat. CDA 110 is used in a wide variety of industries.

Typical Mechanical Properties

Material	Diameter	Tensile Strength (ksi)		Elongation 4D %
		min	max
ASTM B187 Bar - Hand Temper	3/8 - 1"	40	55	12
ASTM B187 Bar - Hand Temper	1-2"	35	50	15
ASTM B187 Bar - Hand Temper	2-3"	30	48	15
ASTM B187 Bar - Hand Temper	3" +	37.5	50	15

Availability
CDA 110 is available in Sheet, Plate, Bar, Strip, Pipe. CDA 110 Foil (Shim) is available in various thicknesses. View stock list for further information Foil Stock List.
BS C101 is available in Foil, Strip, Bar and Sheet. For all other stock availability contact Sales.

Specifications
Similar Specifications
UNS C11000
ASTM B75, ASTM F68 and ASTM B447
ISO Cu-ETP
CW004AHC
ASTM B187
ASTM B188
ASTM B283
ASTM B49
ASTM B152
ASTM B171
CDA 110 ETP
ASTM B124
ASTM B272

 

Phosphor Bronze PB 102 (UNS C51000)

Technical Data Sheet

Chemical Composition Limits
Weight %	Sn	Pb	Cu	P	Zn
PB 102	4.5 / 5.5	0.02 max	Remainder	0.02 / 0.4	0.3 max

PB102 is a Phosphor Bronze that is mainly Copper. PB102 is the most widely used of the wrought phosphor bronzes, this is due to PB102's high fatigue strength and ductility. PB102 is particularly good when cold formability combined with good mechanical properties are required. PB102 is used in Gears, Worm Gears, Bushes, Springs and Marine, Aircraft and Chemical applications.

Typical Mechanical Properties

Material	0.2 % Proof Stress (N/mm²)	Tensile Strength (N/mm²)	Elongation 50mm (%)	Hardness (HV)
Pb102	520	570	4	180
The table shows material as cold rolled, extra hard

Availability
PB 102 is available in Sheet, Strip, Plate, Tube, Rod, Bar and Forgings. For all stock availability contact Sales.

Similar Specifications
BS 2870 (1980) and BS 2875 (1969) Superceded by BSEN 1652, BSEN 1653 and BSEN 1654 (1998)
BS 2873 (1969) Superceded by BSEN 12166 (1998)
BS 2874 (1986) and BS 2872 Superceded by BSEN 12167, BS EN 12164 and BS EN 12163 (1998)
BS 2871 Superceded by BSEN 1057 (1996)
UNS C51000 and UNS C54400
CDA 510
ISO CuSn5
CW451K
NES 838 and DEF STAN 02-838

Nickel Aluminium Bronze AMS 4881 (UNS C99520)

Technical Data Sheet

Chemical Composition Limits
Weight %	Cu	Al	Cr	Co	Fe	Pb	Mn	Ni	Si	Sn	Zn
AMS 4881	74.5 min	10.5-11.5	0.05	0.2	4.0-5.5	0.03	1.5	4.2-6.0	0.15	0.25	0.30

Nickel Alumimium Bronze - Solid Bar AMS 4881. The additional heat treating process improves mechanical properties and the strength to weight ratio exceeding the range of typical aluminum bronzes. UNS C99520 is commonly used in applications involving heavy loads abrasion,friction, and deformation at high temperatures. In many cases UNS C99520 can replace UNS C63020 with the advantage of this material being available in tube form, which provides economic cost savings to you the customer.

Typical Mechanical Properties

Material	Type	Tensile Strength ksi	Yield Strength ksi	Elongation 4D %
AMS 4881 Separately Cast Specimins	Sand Cast	125	95	2
AMS 4881 Separately Cast Specimins	Centifugally	130	95	3

Physical Properties - AMS 4881 Nickel Aluminium Bronze
Melting Point - Liquidus - 1930 F
Melting Point - Solidus - 1900 F
Density - 0.272 lb/in 3 at 68 F
Specific Gravity - 7.53
Electrical Resistivity - 122.8 ohms-cmil/ft @ 68
Electrical Conductivity - 8.5 %IACS @ 68 F
Thermal Conductivity - 24.2 Btu · ft/(hr · ft2· o F)
Coefficient of Thermal Expansion - 9.0 ·10 -6 per o F (68-572
Specific Heat Capacity - 0.1 Btu/lb/o F at 68 F
Modulus of Elasticity in Tension - 16000 ksi
Magnetic Permeability - 1.2
Machinability Rating - 50

Availability
Nickel Aluminium Bronze
Sizes available: AMS 4881
SOLID BAR 1/2" - 8" diameter
HOLLOW BAR 5/8" - 2 1/2"
For all other stock availability contact Sales.

Specifications
Continuous
ASTM B-505
AMS 4881
SAE J462, J461
Centrifugal
ASTM B-271
DELTA AB29
UNS C95520
Euro Equivalents Designation
CuAl10Fe5Ni5-B | CB333G
Standard
EN 1982 : 1998-11

Typical Uses of 4881 Nickel Aluminium Bronze
Oil & Gas - Rock Bit Bearings, Bushings, & Washers, BOP Parts, Wellhead Components
Aerospace - Landing Gear Bushings and Bearings
Automotive - Bearings, Off-Highway Truck Bushings, Forming Roll,Bearings
Marine - Pump Parts, Bushings
Industrial - Cams, Shafting, Hydraulic Bushings for Earth Moving, Equipment, Valve Balls, Cryogenics, Drill Guide Bushings
Military - Tank Track Bearings, Bushings, Aircraft Components

Sintered Bronze / Oil Impregnated AMS 4805 - SAE 841

Technical Data Sheet

Chemical Composition Limits
Weight %	Cu	Fe	Pb	C	Sn	Zn
AMS 4805	87.5-90.5	1.0	-	1.75	9.5-10.5	-

Sintered Bronze / Oil Impregnated AMS 4805 is one of the finest powder metal bearings on the market. By using a proprietary blending and sintering process this gives us a uniform grain structure and spheroidized porosity which results in superior strength,lower coefficient of friction and a uniform oil coating of the mating shaft.During operation, oil impregnated bronzes have a proven record ofexcellent wear resistance and long life where normal lubrication is difficult or impossible to provide.

Typical Uses - AMS 4805
SINTERED BRONZE / OIL IMPREGNATED
Aerospace - Materials for Aircraft and Space Vehicles
Automotive - Gears, Cams, Sprockets, Bushings, Sleeves
Other Industrial - Machinery Components, Self-lubricating Pump Parts,Turbine Blades, Office Machines, Home Appliances, Medical Equipment
Agricultural - Farm, Lawn and Garden Equipment

Availability
Sintered Bronze / Oil Impregnated AMS 4805 is available in solid and hollow bar.
Sizes available: AMS 4805
SOLID BAR 1/4" - 8” diameter
HOLLOW BAR THRU TO 8" OD
For all other stock availability contact Sales.

Specifications
Similar Specifications
ASTM B-438 (Grade 1 Type 2)
AMS 4805
SAE 841