Ni36 Alloy Steel Plate 4J36 Steel Sheet

Description

Alloy steel plate is a very important industrial material, and its application is more and more extensive. We can supply you with various specifications of alloy steel plates, structural steel plates, pressure vessel plates, wear-resistant steel plates, etc.

Product Description

Ni36 Alloy Steel Plate, also known as low expansion iron-nickel alloy, is a type of material with extremely low thermal expansion coefficient. Its application scenarios cover aerospace, precision instrument manufacturing, electronics industry and other fields. Ni36 alloy (or Invar 36) is favored by various industries due to its excellent stability and high temperature resistance. It can still maintain dimensional stability in occasions with drastic temperature changes.
The unique properties of Ni36 Alloy Steel Plate come from its precisely controlled chemical composition. Generally, the main components of Ni36 Alloy Steel Plate are nickel (about 36%) and iron, which have extremely low thermal expansion coefficient. In a wide temperature range of -250°C to 200°C, the expansion coefficient of Ni36 alloy is only 1.2×10^-6/K, which is much lower than that of general steel and other alloy materials. This property enables Ni36 alloy to maintain dimensional stability in an environment with large temperature differences, thereby greatly reducing the risk of structural failure due to thermal expansion.
Ni36 Alloy Steel Plate has good mechanical properties, such as high tensile strength, yield strength and impact toughness. For example, the tensile strength of Ni36 alloy at 20°C can usually reach 490MPa, and the hardness is about HB140-190. These characteristics allow it to be used for a long time in a high-stress environment, and it is also not unstable at extreme temperatures, which is particularly suitable for occasions requiring high precision and high reliability.
Due to the stability advantage of Ni36 Alloy Steel Plate, it is widely used in multiple industries with high precision requirements:
Aerospace: Equipment in the aerospace field usually operates in extreme temperatures. Ni36 Alloy Steel Plate can ensure that onboard electronic equipment, instruments and engine components will not have dimensional deviations when the temperature fluctuates, which is particularly important for navigation and measurement equipment.
Precision machinery and electronics industry: When manufacturing equipment such as laser systems, optical instruments and high-precision measuring tools, any slight dimensional changes will affect the measurement and operation accuracy. Using Ni36 Alloy Steel Plate as the housing and frame material of these devices can ensure that the impact of temperature changes on system accuracy is minimized.
Energy Industry: Ni36 Alloy Steel Sheet is also used in deep well drilling equipment and nuclear reactors, especially in extreme high temperature and pressure environments, the alloy can provide excellent stability and durability.
Other Special Fields: Ni36 Alloy Steel Plates also perform well in petrochemical equipment, low temperature storage equipment and other occasions requiring dimensional accuracy and heat resistance.

Standards

Standard	Carbon Steel, HSLA High Strength Low Alloy Steel Grades
ASME SA36/ASTM A36	A36
ASME SA283/ASTM A283	A283 Grade C	A283 Grade D
ASME SA387/ASTM A387	A387 Grade 2	A387 Grade 5	A387 Grade 9	A387 Grade 11
	A387 Grade 12	A387 Grade 17	A387 Grade 21	A387 Grade 21L
	A387 Grade 22	A387 Grade 22L	A387 Grade 91
ASME SA572/ASTM A572	A572 Grade 42	A572 Grade 50	A572 Grade 55	A572 Grade 60
	A572 Grade 65
ASME SA573/ASTM A573	A573 Grade 58	A573 Grade 65	A573 Grade 70
ASME SA633/ASTM A633	A633 Grade A	A633 Grade C	A633 Grade D	A633 Grade E
ASME SA656/ASTM A656	A656 Grade 50	A656 Grade 60	A656 Grade 70	A656 Grade 80
	A656 Grade 100
EN10025-2	S235JR	S235J0	S235J2	S275JR
	S275J0	S275J2	S355JR	S355J0
	S355J2	S355K2	S450J0
EN10025-3	S275N	S275NL	S355N	S355NL
	S420N	S420NL	S460N	S460NL
EN10025-4	S275M	S275ML	S355M	S420ML
	S355ML	S460M	S420M	S460ML
EN10025-6	S460Q	S460QL	S460QL1	S500Q
	S500QL	S500QL1	S550Q	S550QL
	S550QL1	S620Q	S620QL	S620QL1
	S690Q	S690QL	S890Q	S690QL1
	S890QL	S890QL1	S960Q	S960QL
JIS G3101	SS330	SS400	SS490	SS540
JIS G3106	SM400A	SM400B	SM400C	SM490A
	SM490B	SM490C	SM490YA	SM490YB
	SM520B	SM520C	SM570
JIS G4051	S20C	S25C	S30C	S35C
	S40C	S45C	S50C	S55C
	S60C	S65C	S70C	S75C
DIN 17100	St37-2	USt37-2	RSt37-2	St37-3
	St52-3
DIN 17102	StE255	WStE255	TStE255	EStE255
	StE285	WStE285	TStE285	EStE285
	StE315	WStE315	TStE315	EStE315
	StE355	WStE355	TStE355	EStE355
	StE380	WStE380	TStE380	EStE380
	StE420	WStE420	TStE420	EStE420
	StE460	WStE460	TStE460	EStE460
	StE500	WStE500	TStE500	EStE500
GB/T700	Q195	Q235A	Q235B	Q235C
	Q235D	Q275
GB/T1591	Q355B	Q355C	Q355D	Q390B
	Q390C	Q420B	Q420C	Q460C
	Q390N	Q420N	Q460N	Q390M
	Q420M	Q460M	Q550M	Q620M
	Q690M
GB/T16270	Q460C	Q460D	Q460E	Q460F
	Q500C	Q500D	Q500E	Q500F
	Q550C	Q550D	Q550E	Q550F
	Q620C	Q620D	Q620E	Q620F
	Q690C	Q690D	Q690E	Q690F
	Q800C	Q800D	Q800E	Q800F
	Q890C	Q890D	Q890E	Q890F
	Q960C	Q960D	Q960E	Q960F

Standards and Classifications

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GB	15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, Q195, Q215, Q235, Q255, Q275, Q295, Q345, 08F, 10F, 15F, 08, 08Al, 10, Q420, Q460, Q500, Q550, Q620, Q690, A32, D32, E32, F32, A36, D36, E36, F36, A40, D40, E40, F40, 20G, 22MnG, LT, XT1, XT2, HP245, HP265, HP295, HP325, HP345, HP365, 45Mn2, 27SiMn, 40B, 45B, 50B, 15Cr, 20Cr, 15CrMoG, 16MnG, 19MnG, 13MnNiCrMoNbG, 12Cr1MoVG, 16MnDR, 15MnNiDR, 09MnNiDR, 20R, 16MnR, 15MnNbR, 15MnVR, 15MnVNR, 18MnMoNbR, 13MnNiMoNbR, 15CrMoR, 07MnCrMoVR, 07MnNiMoVDR, 12MnNiVR, etc
ASTM	ASTM A414/A414M A/B/C/D/E/F/G, ASTM A515/A515M 415/450/485, ASTM A516/A516M 380/415/450/485, ASTM A204/A204M A/B/C, ASTM A537/A537M 1/2/3, ASTM A202/A202M A/B, ASTM A203/A203M A/B/D/E/F, ASTM A225/A225M C/D, ASTM A737/A737M B/C, ASTM A353/A353M, ASTM A387/A387M 2/12/11/12/22L/21/21L/5/17/9/91, ASTM A517/A517M A/B/C/E/F/H/J/M/P/Q/S/T, ASTM A533/A533M A/B/C/D, ASTM A542/A542M A/B/C/D/E, ASTM A543/A543M B/C, ASTM A782/A782M,ASTM A844/A844M, etc
JIS	SGV410, SGV450, SGV480, SPV235/315/355/410/450/490, SB410/450/480, SG255, SG295, SG325, SG365, SLA235A/235B/325A/325B/365/410, SB450M/480M, SQV3A/3B, SEV245/295/345, SL2N255, SL3N255/275/440, SL5N590, SL9N520/590, SCMV1/2/3/4 /5/6, SCMQ4E/4V/5V, SBV1A/1B/2/3, SQV1A/1B/2A/2B, SS330, SS400, SS490, SS540, SM400A/400B/400C/490A/490B/490C/490YA /490YB/520B/520C/570, SMA400AW/400AP/400BW/400BP/400CW/400CP/490AW/490AP/490BW/490BP/490CW/490CP/570W/570P, SPA-H, SPA-C,etc
DIN	P245NB, P265NB, P310NB, P355NB, X6CrNi1811, X3CrNiN1811, X8CrNiTi1810, X6CrNiMo1713, X3CrNiMoN1713, X8CrNiNb1613, X8CrNiMoNb1616, X8CrNiMoVNb1613, X5NiCrAlTi3120, X8NiCrAlTi3221, X5NiCrAlTi3120RK, P235GH, P265GH, P295GH, P355GH, 16Mo3, 13CrMo4-5, 10CrMo9-10, 11CrMo9-10, etc
EN	S185(1.0035), S235J0(1.0114), S235JR(1.0038), S235J2(1.0117), S275JR(1.0044), S275J0(1.0143), E295, S355J0(1.0553), E335(1.0060), S235J2W(1.8961), S355J2W(1.8965), P235GH, P265GH, P295GH, P355GH, 16Mo3, 13CrMo45(1.7335), 10CrMo9-10, 12Ni14, X12Ni5, X8Ni9, etc

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