Ph13-8Mo(XM-13,UNS S13800)

Product Item： Ph13-8Mo(XM-13,UNS S13800)

Ph13-8Mo Forged Forging Steel sleeves pipes

XM-13 Forging Forged rings

PH 13-8 Mo Forging steel round bars

UNS S13800 Forged Forging shafts

Description

Jiangsu Liangyi professional manufacturer of Ph13-8Mo,PH 13-8 Mo,XM-13,UNS S13800,XM13,13-8 PH,Ph 13/8 Mo,GRADE 13-8,PH 13/8MO open die forging parts and seamless rolled steel forged rings in in delivery Precipitation hardening condition of Ph13-8Mo H950,,Ph13-8Mo H1000,Ph13-8Mo H1025,Ph13-8Mo H1050,Ph13-8Mo H1100,Ph13-8Mo H1150 from china

Following is the shape of Ph13-8Mo,PH 13-8 Mo,XM-13,UNS S13800,XM13,13-8 PH,Ph 13/8 Mo,GRADE 13-8,PH 13/8MO forging steel material that we could do is:Ph13-8Mo Forged Steel round bars square bars Flat bars Rectangles Bars Rods,UNS S13800 Forged forging steel rings seamless rolled rings,Ph 13/8 Mo Forged Forging Steel Hubs housing shell Sleeves Bushes Bushing Cases Hollow Bars,XM13 Forged Forging Steel Discs Disks Blocks plates,XM-13 Forged Forging Steel Pipe Tubes Tubings Piping Shells Casings Case barrels Housings.

Following is forging products of Ph13-8Mo,PH 13-8 Mo,XM-13,UNS S13800,XM13,13-8 PH,Ph 13/8 Mo,GRADE 13-8,PH 13/8MO material that is used in following industry

Ph13-8Mo Forged Forging Gas Compressor Turbine Blades steel Flat Rectangles Bars

UNS S13800 Forged Forging Gas steam turbine disks, turbine impeller,turbine blisk,turbine discs

XM-13 Forging Steel Forging Forged Gas Steam Turbine Doubled-headed Double end Studs Fasteners Bolts

PH 13-8 Mo Forging Steel gas steam Turbine Guide Rings,seal rings Labyrinth Rings Packing Seal Diaphragm & Seal Ring Rotor End Rings contours Casing Rings

Ph 13/8 Mo forged forging steel pipes tubes shells piping tubing barrels housing, tube sheets, nozzles, channel flanges for boiler, heat exchanger,pressure vessel,reactors, heaters

Ph13-8Mo Forged Forging ultra high pressure water jet Waterjet cutting Machine Cutter Hydraulic Cylinder,accumulator attenuator
UNS S13800 forged steel ultra high pressure water jet Waterjet cutting Machine Cutter intensifier pump Sealing Heads
XM-13 Forged Forging Valve Balls,valve Bonnets,valve Body Bodies ,valve Stems,valve closures, valve seat rings, valve core, valve discs,for H type two way 2‐way one way back pressure valves, ball valve,check valve,gate pump
XM13 Forged Forging Steel nuclear Power reactor coolant pumps Rotor Impellers
XM-13 Forged Forging Marine Ship Boat Propeller Shafts
Ph13-8Mo forging steel injection molding dies, tooling,dies blocks
UNS S13800 Forged Forging downhole drilling tool Mud Motor Splined Drive shafts,Down hole Electric electrical submersible pumps ESP motor Splined Shaft
Ph 13-8 Mo Forged Forgig Steel nuclear reactor coolant pump Casing Shells body bodis blocks,nuclear reactor coolant pumps containment seal chamber Rooms,nuclear reactor coolant pumps containment seal chamber Rooms
XM-13 Forged Forging turbomachinery turbo centrifugal compressor Impeller,Compress
Ph13-8Mo Forged Forging Steel PUMP Casing cover.PUMP BARREL,pump impeller,pump shafts, pump housing, pump shells,pump body,pump wear rings
Ph 13/8 Mo Forged Forging forge Steel transition Cone

Ph13-8Mo forging material shall be multiple melted using vacuum induction primary melting followed by either vacuum consumable electrode remelting for Type 1 or, when specified, electroslag remelting for Type 2.

Ph13-8Mo is a stainless steel with approximately 13% chromium and 8% nickel content that has good resistance to corrosion in general as well as to stress corrosion cracking. PH 13-8 Mo offers better mechanical properties in demanding environmental conditions in comparison to other materials based on iron. Precise control of the microstructure is achieved through vacuum melting and remelting. Medium to high strength can be achieved through precipitation hardening aging treatments.
Ph13-8Mo is is widely us in Aerospace components,Injection molding equipment,Waterjet cutting equipmentPetrochemical industries,Nuclear industries

FOllowing is forging standard of UNS S13800 forged steel rings, :

AMS 5629
AMS 5864
AMS STD 2154
ASTM A564
ASME SA564
ASTM A705 (capability)
ASTM F899
Bell 299-947-361
Boeing HMS 6-1105
Rockwell ST0160LB0013
Schlumberger SH350516, 100127819, and T1037098

FOllowing is chemical compostion of Ph13-8Mo,PH 13-8 Mo,XM-13,UNS S13800,XM13,13-8 PH,Ph 13/8 Mo,GRADE 13-8,PH 13/8MO forged steel rings in accordance with ASTM A751,

Element	Min	Max
Carbon	--	0.05
Manganese	--	0.10
Silicon	--	0.10
Phosphorus	--	0.010
Sulfur	--	0.008
Chromium	12.25	13.25
Nickel	7.50	8.50
Molybdenum	2.00	2.50
Aluminum	0.90	1.35
Nitrogen	--	0.010

Macrostructure test of Ph13-8Mo forging material is as following
Visual examination of transverse full cross-sections from bars, billets, , and stock for forging, etched in hot hydrochloric acid in accordance with ASTM A604, shall show no pipe or cracks. Porosity, segregation, inclusions, and other imperfections for product 81 square inches (523 cm2) and under in nominal cross-sectional area shall be no worse than the macrographs of ASTM A604 shown in Table 2. For product greater than 81 square inches (523 cm2) in cross sectional area, the macrostructure shall meet the requirements for product under 81 square inches (523 cm2) and under in nominal cross-sectional area or the criteria shall be approved by the cognizant engineering authority.

Table 2 - Macrostructure limits

Class 1 ,Condition Freckles, Severity A

Class 2 ,Condition White Spots, Severity A

Class 3 ,Condition Radial Segregation, Severity A

Class 4 ,Condition Ring Pattern, Severity B

Average Grain Size of Ph13-8Mo forging parts:
Shall be ASTM No. 5 or finer for product up to 3.00 inches (76.2 mm) in nominal diameter, least distance between parallel sides and shall be ASTM No. 4 or finer for product 3.00 inches (76.2 mm) and over in nominal diameter, or least distance between parallel sides, determined in accordance with ASTM E112.

Precipitation hardening conditions of Ph13-8Mo forged round bars is as follow

H950 950 °F ± 10 °F (510 °C ± 6 °C) 4 hours + 30 / -0 minutes
H1000 1000 °F ± 10 °F (538 °C ± 6 °C) 4 hours + 30 / -0 minutes
H1025 1025 °F ± 10 °F (552 °C ± 6 °C) 4 hours + 30 / -0 minutes
H1050 1050 °F ± 10 °F (566 °C ± 6 °C) 4 hours + 30 / -0 minutes
H1100 1100 °F ± 10 °F (593 °C ± 6 °C) 4 hours + 30 / -0 minutes
H1150 1150 °F ± 10 °F (621 °C ± 6 °C) 4 hours + 30 / -0 minutes

Following of Ph13-8Mo forging parts heat treatment Delivery condition :

		Table 4A - Minimum tensile properties after precipitation heat treatment, inch/pound units
Condition	Specimen Orientation		Tensile Strength ksi	Yield Strength at 0.2% Offset ksi	Elongation in 4D %	Reduction of Area %
H950	Longitudinal Transverse		220 220	205 205	10 10	45 35
H1000	Longitudinal Transverse		205 205	190 190	10 10	50 40
H1025	Longitudinal Transverse		185 185	175 175	11 11	50 45
H1050	Longitudinal Transverse		175 175	165 165	12 12	50 45
H1100	Longitudinal Transverse		150 150	135 135	14 14	50 50
H1150	Longitudinal Transverse		135 135	90 90	14 14	50 50
properties precipitation treatment,
Condition	Specimen Orientation		Tensile Strength MPa	Yield Strength at 0.2% Offset MPa	Elongation in 4D %	Reduction of Area %
H950	Longitudinal Transverse		1517 1517	1413 1413	10 10	45 35
H1000	Longitudinal Transverse		1413 1413	1310 1310	10 10	50 40
H1025	Longitudinal Transverse		1276 1276	1207 1207	11 11	50 45
H1050	Longitudinal Transverse		1207 1207	1138 1138	12 12	50 45
H1100	Longitudinal Transverse		1034 1034	931 931	14 14	50 50
H1150	Longitudinal Transverse		931 931	621 621	14 14	50 50

Following is testing way of Ph13-8Mo forging mechanical property
Unless otherwise specified, the strain rate shall be set at 0.005 in/in/min (0.005 mm/mm/min) and maintained within a tolerance of ±0.002 in/in/min (0.002 mm/mm/min) through 0.2% offset yield strain. After the yield strain, the speed of the testing machine shall be set between 0.05 and 0.5 in/in (0.05 and 0.5 mm/mm) of the length of the reduced section (or distance between the grips for specimens not having a reduced section) per minute. Alternatively, an extensometer and strain rate indicator may be used to set the strain rate between 0.05 and 0.5 in/in/min (0.05 and 0.5 mm/mm/min).

Longitudinal tensile property requirements apply to specimens taken in the longitudinal direction from forged barsto specimens taken from forgings with axis of specimen in the area of gage length varying not more than 15 degrees from parallel to the forging flow lines, and to specimens taken in the circumferential direction from flash welded rings.

Transverse tensile property requirements of Ph13-8Mo forging parts apply to specimens taken approximately perpendicular to the longitudinal direction of bars and extrusions, to specimens taken from forgings with axis of specimen in the area of gage length varying not more than 15 degrees from perpendicular to the forging flow lines, and to specimens taken in either the radial or axial direction from flash welded rings.

Transverse tensile property requirements of Ph13-8Mo forging parts apply only to products from which a test specimen not less than 2-1/2 inches (63.5 mm) long or 1/2 inch (12.7 mm) x 1/2 inch (12.7 mm) cross-section can be take. If the cross-sectional dimensions of the product permit, the transverse testing shall be of the short-transverse (ST) direction; otherwise, the orientation shall be in the long transverse (LT) direction.

Following is inspection standard of Ph13-8Mo,PH 13-8 Mo,XM-13,UNS S13800,XM13,13-8 PH,Ph 13/8 Mo,GRADE 13-8,PH 13/8MO forging material

ASTM A370 Mechanical Testing of Steel Products
ASTM A604 Macroetch Testing of Consumable Electrode Remelted Steel Bars and Billets
ASTM A751 Test Methods, Practices, and Terminology for Chemical Analysis of Steel Products
ASTM E112 Determining Average Grain Size
ASTM E140 Hardness Conversion Tables for Metals Relationship Among Brinell Hardness, Vickers Hardness, Rockwell Hardness, Superficial Hardness, Knoop Hardness, Scleroscope Hardness, and Leeb Hardness

Following is one inspection certificate of ph-8 forged round bars in anneal treatment

Quality Inspection Certificate acc. to EN10204-3.1
Product Description	Round bars	Material Grade			PH13-8
CLients			Purchase Order #			PO2425/00058
Melting Method	VIM+ESR+VAR		Quantity			1
Heat #	DV240533-E0540B-V0601
Heat Treat Lot #	2023091904		Size (in)			440MM diameter, 830MM length
Delivery Condition	Forged,solution annealed treatment, machined			Ferrite content:0.2%
Grain size	ASTM 6.5
Material Specification	AMS 5629

1.35

Chemical Composition per ASTM A751		C%	Mn%	Si%	P%	AL%	S%	Cr%	Mo%	N%	Ni%
	Min					0.9		12.25	2.0		7.5
	Max	0.05	0.10	0.10	0.010	0.008	13.25	2.5	0.01	8.5
	Actual	0.02	0.02	0.02	0.001	1.3	0.003	12.9	2.19	0.003	8.1

Mechanical Properties per ASTM A370 per ASTM E10		(YS) 0.2%Yield Strength (MPA)	(TS) Tensile Strength (MPA)	YS / TS Ratio(%)	Elongation (%)	Reduction of Area (%)	Hardness (HBW)
		(YS) 0.2%Yield Strength (MPA)	(TS) Tensile Strength (MPA)	YS / TS Ratio(%)	Elongation (%)	Reduction of Area (%)		Surface of parts
	Min
	Max							329
	Actual

Macrostructure test as per ASTM A604	Class 1		Class 2		Class 3		Class 4
	Freckles		White Spots		Radial Segregation		Ring pattern
	A	Better than A	A	Better than A	A	Better than A	B	Better than B