Steel for Oil and Gas Industry: Special Product Line

We offer metal products to improve our customer’s performances in the Oil & Gas field. We offer a broad range of products for engineering solutions in offshore and land applications. Our products range is various, from steel, special alloys Nickel based and Copper-Nickel alloys.

Typical Applications

Chemical Plants

Offshore Materials

Fire Systems

Metals Used in This Industry

Stainless Steel Alloy 316
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General Characteristics

Type 316 is an austenitic chromium-nickel stainless steel containing molybdenum. This addition increases general corrosion resistance, improves resistance to pitting from chloride ion solutions, and provides increased strength at elevated temperatures. Properties are similar to those of Type 304 except that this alloy is somewhat stronger at elevated temperatures. Corrosion resistance is improved, particularly against sulfuric, hydrochloric, acetic, formic and tartaric acids; acid sulfates and alkaline chlorides. Type 316L is an extra-low carbon version of Type 316 that minimizes harmful carbide precipitation due to welding. Typical uses include exhaust manifolds, furnace parts, heat exchangers, jet engine parts, pharmaceutical and photographic equipment, valve and pump trim, chemical equipment, digesters, tanks, evaporators, pulp, paper and textile processing equipment, parts exposed to marine atmospheres and tubing. Type 316L is used extensively for weldments where its immunity to carbide precipitation due to welding assures optimum corrosion resistance.
Typical Chemical Composition ( 316 / 316L )

Weight % C Mn Si Cr Ni P S Mo N Fe

minimum — — — 16.00 10.00 — — 2.00 — Remainder

maximum 0.08

(316)

0.03 (316L)
2.00 1.00 18.00 14.00 0.045 0.03 3.00 0.10

Weight %	C	Mn	Si	Cr	Ni	P	S	Mo	N	Fe
minimum	—	—	—	16.00	10.00	—	—	2.00	—	Remainder
maximum	0.08 (316) 0.03 (316L)	2.00	1.00	18.00	14.00	0.045	0.03	3.00	0.10

Physical Properties (Annealed condition)

Characteristics		English	Metric
Nominal density (68°F/20°C)		0.29 lbs/in³	8.00 g/cm³
Melting range		2500°F-2550°F	1375°C-1400°C
Specific heat (212 °F/100°C)		0.12 BTU/lb – °F	500 J/KG- °K
Coefficient of thermal expansion	32°F – 212°F 0°C – 100°C	8.8 micro in/in- °F	15.9 micro m/m- °K
	32°F – 600°F 0°C – 315°C	9.0 micro in/in- °F	16.2 micro m/m- °K
	32°F – 1000°F 0°C – 538°C	9.7 micro in/in- °F	17.5 micro m/m- °K
Thermal conductivity	100°C	9.4 BTU/ft- hr – °F	16.2 W/m – °K
Thermal conductivity	500°C	12.4 BTU/ft- hr – °F	21.5 W/m – °K
Electrical properties	Electrical resistivity	740 nΩ ∙ m
Electrical properties	Magnetic parambility	1.02

Mechanical Properties

Condition	Tensile					Modulus		Hardness
	Ultimate		Yield		Elongation at break	Of elasticity		Rockwell B
	KSI	MPa	KSI	MPa	%	KSIx10³	GPa
Annealed bar	80	550	35	240	60	28	193	80
Annealed and cold drawn bar	90	620	60	415	45	28	193	91

Specifications
- AMS – 5648
- ASTM – A276, A314, A666, A831, F899
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Stainless Steel Alloy 316 Sales:+972 4 618 2000

General Characteristics

Type 316 is an austenitic chromium-nickel stainless steel containing molybdenum. This addition increases general corrosion resistance, improves resistance to pitting from chloride ion solutions, and provides increased strength at elevated temperatures. Properties are similar to those of Type 304 except that this alloy is somewhat stronger at elevated temperatures. Corrosion resistance is improved, particularly against sulfuric, hydrochloric, acetic, formic and tartaric acids; acid sulfates and alkaline chlorides. Type 316L is an extra-low carbon version of Type 316 that minimizes harmful carbide precipitation due to welding. Typical uses include exhaust manifolds, furnace parts, heat exchangers, jet engine parts, pharmaceutical and photographic equipment, valve and pump trim, chemical equipment, digesters, tanks, evaporators, pulp, paper and textile processing equipment, parts exposed to marine atmospheres and tubing. Type 316L is used extensively for weldments where its immunity to carbide precipitation due to welding assures optimum corrosion resistance.
Typical Chemical Composition ( 316 / 316L )

Weight % C Mn Si Cr Ni P S Mo N Fe

minimum — — — 16.00 10.00 — — 2.00 — Remainder

maximum 0.08

(316)

0.03 (316L)
2.00 1.00 18.00 14.00 0.045 0.03 3.00 0.10

Weight %	C	Mn	Si	Cr	Ni	P	S	Mo	N	Fe
minimum	—	—	—	16.00	10.00	—	—	2.00	—	Remainder
maximum	0.08 (316) 0.03 (316L)	2.00	1.00	18.00	14.00	0.045	0.03	3.00	0.10

Physical Properties (Annealed condition)

Characteristics		English	Metric
Nominal density (68°F/20°C)		0.29 lbs/in³	8.00 g/cm³
Melting range		2500°F-2550°F	1375°C-1400°C
Specific heat (212 °F/100°C)		0.12 BTU/lb – °F	500 J/KG- °K
Coefficient of thermal expansion	32°F – 212°F 0°C – 100°C	8.8 micro in/in- °F	15.9 micro m/m- °K
	32°F – 600°F 0°C – 315°C	9.0 micro in/in- °F	16.2 micro m/m- °K
	32°F – 1000°F 0°C – 538°C	9.7 micro in/in- °F	17.5 micro m/m- °K
Thermal conductivity	100°C	9.4 BTU/ft- hr – °F	16.2 W/m – °K
Thermal conductivity	500°C	12.4 BTU/ft- hr – °F	21.5 W/m – °K
Electrical properties	Electrical resistivity	740 nΩ ∙ m
Electrical properties	Magnetic parambility	1.02

Mechanical Properties

Condition	Tensile					Modulus		Hardness
	Ultimate		Yield		Elongation at break	Of elasticity		Rockwell B
	KSI	MPa	KSI	MPa	%	KSIx10³	GPa
Annealed bar	80	550	35	240	60	28	193	80
Annealed and cold drawn bar	90	620	60	415	45	28	193	91

Specifications
- AMS – 5648
- ASTM – A276, A314, A666, A831, F899

Beryllium Copper Alloy C17200
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General Characteristics

C17200 is manufactured to provide a combination of high strength and hardness properties coupled with superior thermal properties. This range of properties makes C17200 the premier material for copper alloy molds and a wide range of other applications from oil and gas to aerospace.
Typical Chemical Composition

Weight % Be Ni+Co Ni+Co+Fe Pb Cu Other

minimum 1.80 0.20 — — Bal —

maximum 2.00 — 0.60 0.10 0.5

Weight %	Be	Ni+Co	Ni+Co+Fe	Pb	Cu	Other
minimum	1.80	0.20	—	—	Bal	—
maximum	2.00	—	0.60	0.10	0.5

Physical Properties

Characteristics		English	Metric
Nominal density (68°F/20°C)		0.298 lbs/in³	8.25 g/cm³
Specific heat (212 °F/100°C)		0.10 BTU/lb – °F	420 J/KG- °K
Melting range		1590-1800 °F	865-980 °C
Coefficient of thermal expansion	68°F – 212°F 20°C – 100°C	9.3 micro in/in- °F	16.7 micro m/m- °K
	68°F – 392°F 20°C – 200°C	9.4 micro in/in- °F	17.0 micro m/m- °K
	68°F – 572°F 20°C – 300°C	9.9 micro in/in- °F	17.8 micro m/m- °K
Thermal conductivity	20°C / 68°F	60-75 BTU/ft- hr – °F	105-130 W/m – °K
Thermal conductivity	200°C / 392°F	75-77 BTU/ft- hr – °F	130-133 W/m – °K
Electrical resistivity	20°C / 68°F	57-115 nΩ ∙ m
Electrical conductivity	Volumetric: 20°C / 68°F	15-30% IACS

Mechanical Properties

Temper		Tensile					Hardness	Electrical Conductivity
		Ultimate		Yield		Elongation in 50 mm (2 in.)	Rockwell B	%IACS
		KSI	MPa	KSI	MPa	%		%IACS
TB00 – Solution Heat Treated	All Sizes	60- 85	415- 585	20- 30	140- 205	35-60	45-85	17-19
TD04 – Solution Heat Treated and Cold Worked: Hard (H)	<9.5 mm (3/8 in.)	95- 130	655- 900	75- 105	515- 725	10-20	92-103	15-17
	9.5-25 mm ( 3/8-1 in.)	90- 120	620- 825	75- 105	515- 725	10-20	91-102	15-17
	>25 mm (1 in.)	85- 115	585- 790	75- 105	515- 725	10-20	88-102	15-17
TF00 – Precipitation Hardened (AT) Aged 3 h at 330 °C	All Sizes	165- 190	1140- 1310	145- 175	1000- 1210	3-10	36-40 HRC	22-25
TH04 – Hard and Precipitation Heat Treated (HT) Aged 2 to 3 h at 330 °C	<9.5 mm (3/8 in.)	185- 215	1280- 1480	165- 200	1140- 1380	2-5	39-45 HRC	22-25
	9.5-25 mm ( 3/8-1 in.)	180- 210	1240- 1450	165- 200	1140- 1380	2-5	38-44 HRC	22-25
	>25 mm (1 in.)	175- 205	1210- 1410	150- 194	1030- 1340	2-5	37-43 HRC	22-25

Specifications
- AMS – 4650, QQ-C-533
- ASTM – B196
- Military Standards: MIL-C-21657
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Beryllium Copper Alloy C17200 Sales:+972 4 618 2000

General Characteristics

C17200 is manufactured to provide a combination of high strength and hardness properties coupled with superior thermal properties. This range of properties makes C17200 the premier material for copper alloy molds and a wide range of other applications from oil and gas to aerospace.
Typical Chemical Composition

Weight % Be Ni+Co Ni+Co+Fe Pb Cu Other

minimum 1.80 0.20 — — Bal —

maximum 2.00 — 0.60 0.10 0.5

Weight %	Be	Ni+Co	Ni+Co+Fe	Pb	Cu	Other
minimum	1.80	0.20	—	—	Bal	—
maximum	2.00	—	0.60	0.10	0.5

Physical Properties

Characteristics		English	Metric
Nominal density (68°F/20°C)		0.298 lbs/in³	8.25 g/cm³
Specific heat (212 °F/100°C)		0.10 BTU/lb – °F	420 J/KG- °K
Melting range		1590-1800 °F	865-980 °C
Coefficient of thermal expansion	68°F – 212°F 20°C – 100°C	9.3 micro in/in- °F	16.7 micro m/m- °K
	68°F – 392°F 20°C – 200°C	9.4 micro in/in- °F	17.0 micro m/m- °K
	68°F – 572°F 20°C – 300°C	9.9 micro in/in- °F	17.8 micro m/m- °K
Thermal conductivity	20°C / 68°F	60-75 BTU/ft- hr – °F	105-130 W/m – °K
Thermal conductivity	200°C / 392°F	75-77 BTU/ft- hr – °F	130-133 W/m – °K
Electrical resistivity	20°C / 68°F	57-115 nΩ ∙ m
Electrical conductivity	Volumetric: 20°C / 68°F	15-30% IACS

Mechanical Properties

Temper		Tensile					Hardness	Electrical Conductivity
		Ultimate		Yield		Elongation in 50 mm (2 in.)	Rockwell B	%IACS
		KSI	MPa	KSI	MPa	%		%IACS
TB00 – Solution Heat Treated	All Sizes	60- 85	415- 585	20- 30	140- 205	35-60	45-85	17-19
TD04 – Solution Heat Treated and Cold Worked: Hard (H)	<9.5 mm (3/8 in.)	95- 130	655- 900	75- 105	515- 725	10-20	92-103	15-17
	9.5-25 mm ( 3/8-1 in.)	90- 120	620- 825	75- 105	515- 725	10-20	91-102	15-17
	>25 mm (1 in.)	85- 115	585- 790	75- 105	515- 725	10-20	88-102	15-17
TF00 – Precipitation Hardened (AT) Aged 3 h at 330 °C	All Sizes	165- 190	1140- 1310	145- 175	1000- 1210	3-10	36-40 HRC	22-25
TH04 – Hard and Precipitation Heat Treated (HT) Aged 2 to 3 h at 330 °C	<9.5 mm (3/8 in.)	185- 215	1280- 1480	165- 200	1140- 1380	2-5	39-45 HRC	22-25
	9.5-25 mm ( 3/8-1 in.)	180- 210	1240- 1450	165- 200	1140- 1380	2-5	38-44 HRC	22-25
	>25 mm (1 in.)	175- 205	1210- 1410	150- 194	1030- 1340	2-5	37-43 HRC	22-25

Specifications
- AMS – 4650, QQ-C-533
- ASTM – B196
- Military Standards: MIL-C-21657

Aluminum Bronze Alloy C63000
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General Characteristics

This aluminum Nickel Bronze C6300 alloy is a special high strength copper aluminum alloy containing 81% copper, 10% aluminum, 5% nickel, 4% iron, which is an excellent choice for applications involving heavy loads, abrasive wear resistant, friction, abrasive wear and corrosion. The addition of nickel increases the alloys strength without diminishing its excellent ductility, toughness and corrosion resistance. Typical applications for C63000 nickel aluminum bronze include aircraft landing gear components strut bearings, main pistons, trunnion bearings and similar vital components.
Typical Chemical Composition

Weight % Al Fe Mn Si Sn Cu Ni Zn Others

Minimum 9.00 2.00 — — — 78.00 4.00 — —

Maximum 11.00 4.00 1.50 0.25 0.20 85.00 5.50 0.30 0.50

Weight %	Al	Fe	Mn	Si	Sn	Cu	Ni	Zn	Others
Minimum	9.00	2.00	—	—	—	78.00	4.00	—	—
Maximum	11.00	4.00	1.50	0.25	0.20	85.00	5.50	0.30	0.50

Physical Properties

Characteristics		English	Metric
Nominal density (68°F/20°C)		0.274 lbs/in³	7.58 g/cm³
Melting range		1895°F-1931°F	1035°C-1055°C
Specific heat (212 °F/100°C)		0.0896 BTU/lb – °F	375 J/KG- °K
Coefficient of thermal expansion	Linear 68°F – 572°F 20°C – 300°C	9.00 micro in/in- °F	16.2 micro in/in- °K
Thermal Conductivity	68°F / 20°C	33.9 BTU/ft- hr – °F	37.7 W/m – °K
Electrical resistivity	68°F / 20°C	144 nΩ ∙ m
Magnetic Permeability		1.05

Mechanical Properties

			Tensile					Hardness
Form	Temper	Section size	Ultimate		Yield		Elongation in HD, min	Brinell (3000 Kg)
		Inches (mm)	KSI	MPa	KSI	MPa	%
Rod	Hot or Cold Finished and heat treated	to 1” (25.4)	110	759	68	469	10	201-248
		to 2” (50.8)	110	759	60	414	10	201-248
		to 3” (76.2)	105	724	55	379	10	187-241
		3” (76.2) to 12” (304.8)	100	690	50	345	10	187-241
		12” (304.8) Plus	80	552	40	276	17	148-178

Specifications
- AMS – QQ-C-450
- ASTM – B124, B150, B171
Request quote Print

Aluminum Bronze Alloy C63000 Sales:+972 4 618 2000

General Characteristics

This aluminum Nickel Bronze C6300 alloy is a special high strength copper aluminum alloy containing 81% copper, 10% aluminum, 5% nickel, 4% iron, which is an excellent choice for applications involving heavy loads, abrasive wear resistant, friction, abrasive wear and corrosion. The addition of nickel increases the alloys strength without diminishing its excellent ductility, toughness and corrosion resistance. Typical applications for C63000 nickel aluminum bronze include aircraft landing gear components strut bearings, main pistons, trunnion bearings and similar vital components.
Typical Chemical Composition

Weight % Al Fe Mn Si Sn Cu Ni Zn Others

Minimum 9.00 2.00 — — — 78.00 4.00 — —

Maximum 11.00 4.00 1.50 0.25 0.20 85.00 5.50 0.30 0.50

Weight %	Al	Fe	Mn	Si	Sn	Cu	Ni	Zn	Others
Minimum	9.00	2.00	—	—	—	78.00	4.00	—	—
Maximum	11.00	4.00	1.50	0.25	0.20	85.00	5.50	0.30	0.50

Physical Properties

Characteristics		English	Metric
Nominal density (68°F/20°C)		0.274 lbs/in³	7.58 g/cm³
Melting range		1895°F-1931°F	1035°C-1055°C
Specific heat (212 °F/100°C)		0.0896 BTU/lb – °F	375 J/KG- °K
Coefficient of thermal expansion	Linear 68°F – 572°F 20°C – 300°C	9.00 micro in/in- °F	16.2 micro in/in- °K
Thermal Conductivity	68°F / 20°C	33.9 BTU/ft- hr – °F	37.7 W/m – °K
Electrical resistivity	68°F / 20°C	144 nΩ ∙ m
Magnetic Permeability		1.05

Mechanical Properties

			Tensile					Hardness
Form	Temper	Section size	Ultimate		Yield		Elongation in HD, min	Brinell (3000 Kg)
		Inches (mm)	KSI	MPa	KSI	MPa	%
Rod	Hot or Cold Finished and heat treated	to 1” (25.4)	110	759	68	469	10	201-248
		to 2” (50.8)	110	759	60	414	10	201-248
		to 3” (76.2)	105	724	55	379	10	187-241
		3” (76.2) to 12” (304.8)	100	690	50	345	10	187-241
		12” (304.8) Plus	80	552	40	276	17	148-178

Specifications
- AMS – QQ-C-450
- ASTM – B124, B150, B171

View full Quality Metals catalogue

BROWSE CATALOGUE

Oil & Gas

Special product line for the Industry

Typical Applications

Chemical Plants

Offshore Materials

Fire Systems

Metals Used in This Industry

VIEW

General Characteristics

Typical Chemical Composition ( 316 / 316L )

Physical Properties (Annealed condition)

Mechanical Properties

Specifications

General Characteristics

Typical Chemical Composition ( 316 / 316L )

Physical Properties (Annealed condition)

Mechanical Properties

Specifications

VIEW

General Characteristics

Typical Chemical Composition

Physical Properties

Mechanical Properties

Specifications

General Characteristics

Typical Chemical Composition

Physical Properties

Mechanical Properties

Specifications

VIEW

General Characteristics

Typical Chemical Composition

Physical Properties

Mechanical Properties

Specifications

General Characteristics

Typical Chemical Composition

Physical Properties

Mechanical Properties

Specifications

View full Quality Metals catalogue

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