UNS.S31635-316Ti Wire Mesh_METART BUILDING TECH CO., LTD

Introduction

316Ti stainless steel wire mesh, also known as UNS.S31635 wire mesh, and its DIN/EN designation No. 1.4571 stainless steel wire mesh, is made of 316Ti wires which is a titanium-stabilized version of grade 316 molybdenum-bearing austenitic stainless steel.

Grade 316 alloys offer excellent resistance to general corrosion and pitting/crevice corrosion, which is better than the conventional chromium-nickel austenitic stainless steels such as ss 304. They also offer higher creep, stress-rupture and tensile strength at elevated temperature. Type 316 stainless steel can be susceptible to sensitization – the formation of grain boundary chromium carbides at temperatures between approximately 900 and 1500 °F (425 to 815 °C) – which can result in rapid corrosion. Reduced carbon Type 316L is resistant to sensitization; however, extended exposures in this temperature range will eventually result in sensitization of even the low carbon grade.

Actually, 316Ti is a derivative of grade 316 in the same way that 321 is related to 304. In fact, grade 321 is the titanium stabilized version of 304, but while grade 321 is common in the petrochemical and aerospace industries, 316Ti is not.

The reason for the popularity of 316Ti in Europe is really an historical one. 316Ti exists as the preferred material in many specifications that have not been changed in years – it is basically Germany and the Eastern European countries that keep the grade alive. Regions to the west, south and north of Germany have since long changed to mainly using 316/316L for chemical process and aqueous corrosion applications.

STANDARDS

INDUSTEEL TRADEMARKS

UNS

ASTM/AISI

EURONORMS EN

SUS

…

S31635

316Ti

1.4571

X6CrNiMoTi17-12-2

SS316Ti wire mesh, UNS S31635 wire mesh, Chemical Composition, %

Cr	Ni	C	Si	Mn	P	S	Mo	N	Ti
16.0-18.0	10.0-14.0	.08 Max	0.75 Max	2.00 Max	.045 Max	.03 Max	2.0-3.0	.10 Max	.70 5x%(C+N)

16.0-18.0

10.0-14.0

.08 Max

0.75 Max

2.00 Max

.045 Max

.03 Max

2.0-3.0

.10 Max

.70

5x%(C+N)

Physical Properties of 316Ti wire mesh

Property	Value	Units
Density at 72°F（22 °C）	8	g/cm3
Density at 72°F（22 °C）	0.289	lb/in3
Melting Range	2450-2630	°F
Melting Range	1345-1440	°C
Thermal Conductivity at 212°F (100°C)	8.4	BTU/hr·ft·°F
Thermal Conductivity at 212°F (100°C)	14.6	W/m·K
Thermal Expansion coefficient at 68-212°F (20-100°C)	9.2	µ in/in/°F
Thermal Expansion coefficient at 68-212°F (20-100°C)	16.5	µ m/m/°C
Thermal Expansion coefficient at 68-932°F (20-500°C)	10.1	µ in/in/°F
Thermal Expansion coefficient at 68-932°F (20-500°C)	18.2	µ m/m/°C
Thermal Expansion coefficient at 68-1832°F (20-1000°C)	10.8	µ in/in/°F
Thermal Expansion coefficient at 68-1832°F (20-1000°C)	19.5	µ m/m/°C

Specification List:

Mesh Count /Inch	Wire Diameter		Aperture		Open Area %	Weight (LB) /100 Square Foot
Mesh Count /Inch	Inch	MM	Inch	MM	Open Area %	Weight (LB) /100 Square Foot
1 × 1	.080	2.03	.920	23.37	84.6	41.1
2 × 2	.063	1.60	.437	11.10	76.4	51.2
3 × 3	.054	1.37	.279	7.09	70.1	56.7
4 × 4	.063	1.60	.187	4.75	56.0	104.8
4 × 4	.047	1.19	.203	5.16	65.9	57.6
5 × 5	.041	1.04	.159	4.04	63.2	54.9
6 × 6	.035	.89	.132	3.35	62.7	48.1
8 × 8	.028	.71	.097	2.46	60.2	41.1
10 × 10	.025	.64	.075	1.91	56.3	41.2
10 × 10	.020	.51	.080	2.03	64.0	26.1
12 × 12	.023	.584	.060	1.52	51.8	42.2
12 × 12	.020	.508	.063	1.60	57.2	31.6
14 × 14	.023	.584	.048	1.22	45.2	49.8
14 × 14	.020	.508	.051	1.30	51.0	37.2
16 × 16	.018	.457	.0445	1.13	50.7	34.5
18 × 18	.017	.432	.0386	.98	48.3	34.8
20 × 20	.020	.508	.0300	.76	36.0	55.2
20 × 20	.016	.406	.0340	.86	46.2	34.4
24 × 24	.014	.356	.0277	.70	44.2	31.8
30 × 30	.013	.330	.0203	.52	37.1	34.8
30 × 30	.012	.305	.0213	.54	40.8	29.4
30 × 30	.009	.229	.0243	.62	53.1	16.1
35 × 35	.011	.279	.0176	.45	37.9	29.0
40 × 40	.010	.254	.0150	.38	36.0	27.6
50 × 50	.009	.229	.0110	.28	30.3	28.4
50 × 50	.008	.203	.0120	.31	36.0	22.1
60 × 60	.0075	.191	.0092	.23	30.5	23.7
60 × 60	.007	.178	.0097	.25	33.9	20.4
70 × 70	.0065	.165	.0078	.20	29.8	20.8
80 × 80	.0065	.165	.0060	.15	23.0	23.2
80 × 80	.0055	.140	.0070	.18	31.4	16.9
80 × 80	.0047	.119	.0078	.198	39	11.39
90 × 90	.005	.127	.0061	.16	30.1	15.8
100 × 100	.0045	.114	.0055	.14	30.3	14.2
100 × 100	.004	.102	.0060	.15	36.0	11.0
100 × 100	.0035	.089	.0065	.17	42.3	8.3

Mesh Count/ Inch	Wire Diameter				Type of Weave
	Warp wire dia.		Weft wire dia.
	inch	mm	inch	mm
12x64	0.023	0.58	0.0165	0.42	Plain
14x88	0.019	0.48	0.012	0.30	Plain
14x110	0.016	0.40	0.011	0.28	Plain
24x110	0.014	0.355	0.010	0.25	Plain

Application

-Marine environment Screening
-Pulp and Paper Equipment
-Exterior Architectural components in Coastal Areas
-Food Processing
-Coastal balustrading
-Mining screens

GET A QUOTE

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Inconel Wire Mesh's crucial attributes.

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Extracts from the surface microclimate have been presented as markers which help indicate the stresses and temperatures under which crystals interact.

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Conclusion

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