Uns S31635 Alloy 316ti Stainless Seamless Steel Pipe

• Type: Stainless Steel Pipes
• Standard: ASTM, AISI
• Grade: 300 Series
• Model NO.: 316Ti
• Certification: AISI, ASTM, EN, DIN
• Shape: Round
• Technique: Cold Rolled
• Surface Treatment: Pickling
• Transport Package: Wooden Box
• Specification: OD 6-630mm
• Trademark: TISCO BAO STEEL
• HS Code: 7304319000
• Production Capacity: 500000kgs

Product Description

316Ti/1.4571 ASTM A312 Seamless heat exchanger Stainless Steel Tubes

 

ASME SA213 / ASTM A213 316Ti UNS S31603, EN 10216 - 5 1.4571 Stainless Steel Similar to Grade 316L except that 316Ti has better high-temperature strength and mechanical strength. Used for equipment exposed to aggressive corrosive conditions and high-temperature applications, including automotive flexible connectors, welded bellows, chimney liners, and flexible ducting.

 

ASME SA213 316Ti Stainless Steel Tube Chemical Composition

Weight %	C	Si	Mn	P	S	Cr	Ni	Mo	Ti	Fe
TP316Ti	0.08 max	0.75 max	2.00 max	0.045 max	0.030 max	16.00-18.00	10.00-14.00	2.00-3.00	5×(C+N)-0.70	Rem
EN 10216 - 5 1.4571 / X6CrNiMoTi17-12-2	0.08 max	1.00 max	2.00 max	0.040 max	0.015 max	16.50-18.50	10.50-13.50	2.00-2.50	5×C-0.70	Rem
AISI 316 Ti	0.08 max	0.75 max	2.00 max	0.045 max	0.030 max	16.00-18.00	10.00-14.00	2.00-3.00	5× (C+N)-0.70	Rem

 

Stainless Steel 316Ti Pipes/Tubes Mechanical Properties

Grade	Tensile Strength (MPa) min	Yield Strength 0.2% Proof (MPa) min	Elongation (% in 50mm) min	Hardness
				Rockwell B (HR B) max	Brinell (HB) max
316H	515	205	35%	75	205

316Ti (UNS S31635) is a titanium stabilised version of 316 molybdenum-bearing austenitic stainless steel. The 316 alloys are more resistant to general corrosion and pitting/crevice corrosion than the conventional chromium-nickel austenitic stainless steels such as 304. They also offer higher creep, stress-rupture and tensile strength at elevated temperature. High carbon Alloy 316 stainless steel can be susceptible to sensitisation, the formation of grain boundary chromium carbides at temperatures between approximately 900 and 1500°F (425 to 815°C) which can result in intergranular corrosion. Resistance to sensitisation is achieved in Alloy 316Ti with titanium additions to stabilise the structure against chromium carbide precipitation, which is the source of sensitisation. This stabilisation is achieved by an intermediate temperature heat treatment, during which the titanium reacts with carbon to form titanium carbides. This significantly reduces susceptibility to sensitisation in service by limiting the formation of chromium carbides. Thus, the alloy can be used for extended periods at elevated temperatures without compromising its corrosion resistance. 316Ti has equvilent corrosion resistance to sensitisation as the low carbon version 316L.

 

Uns S31635 Alloy 316ti Stainless Steel Standard Stock Specifications

• ASTM A213

• BS EN 10216 part 5

• Also individual customer specifications.

Uns S31635 Alloy 316ti Stainless Steel Available Tube Product form

• Straight

• Coiled

• Seamless

  Seam welded, cold redrawn and annealed

Uns S31635 Alloy 316ti Stainless Steel Typical Applications

• Chemical processes

• High temperature

• Automotive

• Control lines

Uns S31635 Alloy 316ti Stainless Steel Industries predominantly using this Grade

• Chemical processes

• Oil and Gas

• Automotive

Uns S31635 Alloy 316ti Stainless Steel Mechanical Properties

Temper	Annealed
Tensile Rm	75	ksi (min)
Tensile Rm	515	MPa (min)
R.p. 0.2% Yield	30	ksi (min)
R.p. 0.2% Yield	205	MPa (min)
Elongation (2" or 4D gl)	35	% (min)

Uns S31635 Alloy 316ti Stainless Steel Physical Properties (Room Temperature)

Specific Heat (0-100°C)	500	J.kg-1.°K-1
Thermal Conductivity	14.6	W.m -1.°K-1
Thermal Expansion	16.5	μm/μm/°C
Modulus Elasticity	193	GPa
Electrical Resistivity	7.4	μohm/cm
Density	7.99	g/cm3

Uns S31635 Alloy 316ti Stainless Steel Chemical Composition (% by weight)

Element	Min	Max
C	-	0.08
Si	-	0.75
Mn	-	2
P	-	0.45
S	-	0.03
Cr	16	18
Mo	2	3
N	-	0.1
Fe	Balance
Ni	10	14
Ti	5x%(C+N)

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