Seamless and Welded Stainless Steel Pipe A312/A312M Archives

Seamless and Welded Stainless Steel Pipe A312/A312M

Deprecated: Function wp_make_content_images_responsive is deprecated since version 5.5.0! Use wp_filter_content_tags() instead. in /home/rdazpequ/public_html/wp-includes/functions.php on line 5413

Designation: A312/A312M
Standard Specification for Seamless, Welded, and Heavily Cold Worked Austenitic Stainless Steel Pipe, A312/A312M


Chemical Requirements
Grade	UNS-Designation^A	Composition, %^B
TP 201	S20100	Carbon: 0.15	Manganese: 5.5–7.5	Phosphorus: 0.060	Sulfur: 0.030
		Silicon: 1.00	Chromium: 16.0– 18.0	Nickel: 3.5–5.5	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.25
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 201LN	S20153	Carbon: 0.03	Manganese: 6.4–7.5	Phosphorus: 0.045	Sulfur: 0.015
		Silicon: 0.75	Chromium: 16.0–17.5	Nickel: 4.0–5.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10– 0.25
		Vanadium:	Copper: 1.00	Cerium:	Boron:
		Aluminum:	Other:
	S20400	Carbon: 0.030	Manganese: 7.0– 9.0	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 15.0– 17.0	Nickel: 1.50– 3.00	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.15– 0.30
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP XM-19	S20910	Carbon: 0.06	Manganese: 4.0– 6.0	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 20.5– 23.5	Nickel: 11.5– 13.5	Molybdenum: 1.50– 3.00
		Titanium:	Niobium: 0.10– 0.30	Tanta- lum,max:	NitrogenC: 0.20– 0.40
		Vanadium: 0.10– 0.30	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP XM-10	S21900	Carbon: 0.08	Manganese: 8.0– 10.0	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 19.0– 21.5	Nickel: 5.5– 7.5	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.15– 0.40
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP XM-11	S21904	Carbon: 0.04	Manganese: 8.0– 10.0	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 19.0– 21.5	Nickel: 5.5– 7.5	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.15– 0.40
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP XM-29	S24000	Carbon: 0.08	Manganese: 11.5– 14.5	Phosphorus: 0.060	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0– 19.0	Nickel: 2.3– 3.7	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.20– 0.40
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 304	S30400	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 18.0– 20.0	Nickel: 8.0– 11.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 304L	S30403	Carbon: 0.035	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 18.0– 20.0	Nickel: 8.0– 13.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 304H	S30409	Carbon: 0.04– 0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 18.0– 20.0	Nickel: 8.0– 11.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S30415	Carbon: 0.04– 0.06	Manganese: 0.80	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00– 2.00	Chromium: 18.0– 19.0	Nickel: 9.0– 10.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.12– 0.18
		Vanadium:	Copper:	Cerium: 0.03– 0.08	Boron:
		Aluminum:	Other:
TP 304N	S30451	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 18.0– 20.0	Nickel: 8.0– 11.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10– 0.16
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 304LN	S30453	Carbon: 0.035	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 18.0– 20.0	Nickel: 8.0– 11.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10– 0.16
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S30600	Carbon: 0.018	Manganese: 2.00	Phosphorus: 0.02	Sulfur: 0.02
		Silicon: 3.7– 4.3	Chromium: 17.0– 18.5	Nickel: 14.0– 15.5	Molybdenum: 0.20
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 0.50 max	Cerium:	Boron:
		Aluminum:	Other:
	S30601	Carbon: 0.015	Manganese: 0.50– 0.80	Phosphorus: 0.030	Sulfur: 0.013
		Silicon: 5.0– 5.6	Chromium: 17.0– 18.0	Nickel: 17.0– 18.0	Molybdenum: 0.20
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.05
		Vanadium:	Copper: 0.35	Cerium:	Boron:
		Aluminum:	Other:
	S30615	Carbon: 0.16– 0.24	Manganese: 2.00	Phosphorus: 0.030	Sulfur: 0.03
		Silicon: 3.2– 4.0	Chromium: 17.0– 19.5	Nickel: 13.5– 16.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum: 0.80– 1.50	Other:
	S30815	Carbon: 0.05– 0.10	Manganese: 0.80	Phosphorus: 0.040	Sulfur: 0.030
		Silicon: 1.40– 2.00	Chromium: 20.0– 22.0	Nickel: 10.0– 12.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.14– 0.20
		Vanadium:	Copper:	Cerium: 0.03– 0.08	Boron:
		Aluminum:	Other:
TP 309S	S30908	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 22.0– 24.0	Nickel: 12.0– 15.0	Molybdenum: 0.75
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 309H	S30909	Carbon: 0.04– 0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 22.0– 24.0	Nickel: 12.0– 15.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 309Cb	S30940	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 22.0– 24.0	Nickel: 12.0– 16.0	Molybdenum: 0.75
		Titanium:	Niobium: 10 × C min, 1.10 max	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 309HCb	S30941	Carbon: 0.04– 0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 22.0– 24.0	Nickel: 12.0– 16.0	Molybdenum: 0.75
		Titanium:	Niobium: 10 × C min, 1.10 max	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S31002	Carbon: 0.015	Manganese: 2.00	Phosphorus: 0.020	Sulfur: 0.015
		Silicon: 0.15	Chromium: 24.0– 26.0	Nickel: 19.0– 22.0	Molybdenum: 0.10
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 310S	S31008	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 26.0 24.0–26.0	Nickel: 22.0 19.0–22.0	Molybdenum: 0.75
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 310H	S31009	Carbon: 0.04–0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium:24.0–26.0	Nickel: 19.0–22.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S31035	Carbon: 0.04– 0.10	Manganese: 0.60	Phosphorus: 0.025	Sulfur: 0.015
		Silicon: 0.40	Chromium: 21.5–23.5	Nickel: 23.5–26.5	Molybdenum:
		Titanium:	Niobium: 0.40–0.60	Tanta- lum,max:	NitrogenC: 0.20–0.30
		Vanadium:	Copper: 2.5–3.5	Cerium:	Boron: 0.002–0.008
		Aluminum:	Other: W 3.0– 4.0 Co 1.0–2.0
TP 310Cb	S31040	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 24.0–26.0	Nickel: 19.0–22.0	Molybdenum: 0.75
		Titanium:	Niobium: 10 × C min, 1.10 max	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 310HCb	S31041	Carbon: 0.04– 0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 24.0–26.0	Nickel: 19.0–22.0	Molybdenum: 0.75
		Titanium:	Niobium: 10 × C min, 1.10 max	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S31050	Carbon: 0.025	Manganese: 2.00	Phosphorus: 0.020	Sulfur: 0.015
		Silicon: 0.4	Chromium: 24.0–26.0	Nickel: 20.5–23.5	Molybdenum: 1.6–2.6
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.09–0.15
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S31254	Carbon: 0.020	Manganese: 1.00	Phosphorus: 0.030	Sulfur: 0.010
		Silicon: 0.80	Chromium: 19.5–20.5	Nickel: 17.5–18.5	Molybdenum: 6.0–6.5
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.18–0.25
		Vanadium:	Copper: 0.50–1.00	Cerium:	Boron:
		Aluminum:	Other:
	S31266	Carbon: 0.030	Manganese: 2.00–4.00	Phosphorus: 0.035	Sulfur: 0.020
		Silicon: 1.00	Chromium: 23.0–25.0	Nickel: 21.0–24.0	Molybdenum: 5.2–6.2
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.35–0.60
		Vanadium:	Copper: 1.00–2.50	Cerium:	Boron:
		Aluminum:	Other: W 1.50–2.50
	S31272	Carbon: 0.08–012	Manganese: 1.5–2.00	Phosphorus: 0.030	Sulfur: 0.015
		Silicon: 0.25–0.75	Chromium: 14.0–16.0	Nickel: 14.0–16.0	Molybdenum: 1.00–1.40
		Titanium: 0.30–0.60	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron: 0.004–0.008
		Aluminum:	Other:
	S31277	Carbon: 0.020	Manganese: 3.00	Phosphorus: 0.030	Sulfur: 0.010
		Silicon: 0.50	Chromium: 20.5–23.0	Nickel: 26.0–28.0	Molybdenum: 6.5–8.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.30–0.40
		Vanadium:	Copper: 0.50–1.50	Cerium:	Boron:
		Aluminum:	Other:
TP 316	S31600	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 16.0–18.0	Nickel: 11.0–14.0	Molybdenum: 2.00–3.00
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 316L	S31603	Carbon: 0.035	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 16.0–18.0	Nickel: 11.0–14.0	Molybdenum: 2.00–3.00
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 316H	S31609	Carbon: 0.04–0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 16.0–18.0	Nickel: 11.0–14.0	Molybdenum: 2.00–3.00
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 316Ti	S31635	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 0.75	Chromium: 16.0–18.0	Nickel: 11.0–14.0	Molybdenum: 2.00–3.00
		Titanium: 5× (C+N)–0.70	Niobium:	Tanta- lum,max:	NitrogenC: 0.10
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 316N	S31651	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 16.0–18.0	Nickel: 11.0–14.0	Molybdenum: 2.00–3.00
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10–0.16
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 316LN	S31653	Carbon: 0.035	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 16.0–18.0	Nickel: 11.0–14.0	Molybdenum: 2.00–3.00
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10–0.16
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S31655	Carbon: 0.030	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.015
		Silicon: 1.00	Chromium:19.5–21.5	Nickel: 8.0–9.5	Molybdenum: 0.50–1.50
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.14–0.25
		Vanadium:	Copper: 1.00	Cerium:	Boron:
		Aluminum:	Other:
TP 317	S31700	Carbon: 0.035	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 18.0–20.0	Nickel: 11.0–15.0	Molybdenum: 4.0–5.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 317L	S31703	Carbon: 0.03	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 18.0–20.0	Nickel: 13.5–17.5	Molybdenum: 3.0–4.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S31725	Carbon: 0.03	Manganese: 2.00	Phosphorus: 0.040	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–20.0	Nickel: 13.5–17.5	Molybdenum: 4.0–5.0
		Titanium:	Copper: 0.75	Tanta- lum,max:	NitrogenC: 0.10
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S31726	Carbon: 0.03	Manganese: 2.00	Phosphorus: 0.030	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–20.0	Nickel: 13.5–17.5	Molybdenum: 4.0–5.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10–0.20
		Vanadium:	Copper: 0.75	Cerium:	Boron:
		Aluminum:	Other:
	S31727	Carbon: 0.03	Manganese: 1.00	Phosphorus: 0.030	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.5–19.0	Nickel: 14.5–16.5	Molybdenum: 3.8–4.5
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.15–0.21
		Vanadium:	Copper: 2.8–4.0	Cerium:	Boron:
		Aluminum:	Other:
	S31730	Carbon: 0.030	Manganese: 2.00	Phosphorus: 0.040	Sulfur: 0.010
		Silicon: 1.00	Chromium: 17.0–19.0	Nickel: 15.0–16.5	Molybdenum: 3.0–4.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.045
		Vanadium:	Copper: 4.0–5.0	Cerium:	Boron:
		Aluminum:	Other:
	S32053	Carbon: 0.03	Manganese: 1.00	Phosphorus: 0.030	Sulfur: 0.010
		Silicon: 1.00	Chromium: 22.0– 24.0	Nickel: 24.0–26.0	Molybdenum: 5.0–6.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.17–0.22
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 321	S32100	Carbon:0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–19.0	Nickel: 9.0–12.0	Molybdenum:
		Titanium: G	Niobium:	Tanta- lum,max:	NitrogenC: 0.10
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 321H	S32109	Carbon: 0.04–0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–19.0	Nickel: 9.0–12.0	Molybdenum:
		Titanium: 4(C+N) min; 0.70 max	Niobium:	Tanta- lum,max:	NitrogenC: 0.10
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S32615	Carbon: 0.07	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 4.8–6.0	Chromium: 16.5–19.5	Nickel: 19.0–22.0	Molybdenum: 0.30–1.50
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 1.50–2.50	Cerium:	Boron:
		Aluminum:	Other:
	S32654	Carbon: 0.020	Manganese: 2.0–4.0	Phosphorus: 0.030	Sulfur: 0.005
		Silicon: 0.50	Chromium: 24.0–25.0	Nickel: 21.0–23.0	Molybdenum: 7.0–8.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.45–0.55
		Vanadium:	Copper: 0.30–0.60	Cerium:	Boron:
		Aluminum:	Other:
	S33228	Carbon: 0.04–0.08	Manganese: 1.00	Phosphorus: 0.020	Sulfur: 0.015
		Silicon: 0.30	Chromium: 26.0–28.0	Nickel: 31.0–33.0	Molybdenum:
		Titanium:	Niobium: 0.60–1.00	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium: 0.05–0.10	Boron:
		Aluminum: 0.025	Other:
	S34565	Carbon: 0.03	Manganese: 5.0–7.0	Phosphorus: 0.030	Sulfur: 0.010
		Silicon: 1.00	Chromium: 23.0–25.0	Nickel: 16.0–18.0	Molybdenum: 4.0–5.0
		Titanium:	Niobium: 0.10	Tanta- lum,max:	NitrogenC: 0.40–0.60
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 347	S34700	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–19.0	Nickel: 9.0–13.0	Molybdenum:
		Titanium:	Niobium: H	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 347H	S34709	Carbon: 0.04– 0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–19.0	Nickel: 9.0–13.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 347LN	S34751	Carbon: 0.005–0.020	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–19.0	Nickel: 9.0–13.0	Molybdenum:
		Titanium:	Niobium: 0.20–0.50	Tanta- lum,max:	NitrogenC: 0.06–0.10
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 348	S34800	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–19.0	Nickel: 9.0–13.0	Molybdenum:
		Titanium:	Niobium: H	Tanta- lum,max: 0.10	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
TP 348H	S34809	Carbon: 0.04– 0.10	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 1.00	Chromium: 17.0–19.0	Nickel: 9.0–13.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max: 0.10	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S35045	Carbon: 0.06–0.10	Manganese: 1.50	Phosphorus:	Sulfur: 0.015
		Silicon: 1.00	Chromium: 25.0–29.0	Nickel: 32.0–37.0	Molybdenum:
		Titanium: 0.15–0.60	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 0.75	Cerium:	Boron:
		Aluminum: 0.15–0.60	Other:
	S35315	Carbon: 0.04–0.08	Manganese: 2.00	Phosphorus: 0.040	Sulfur: 0.030
		Silicon: 1.20–2.00	Chromium: 24.0– 26.0	Nickel: 34.0–36.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.12–0.18
		Vanadium:	Copper:	Cerium: 0.03–0.08	Boron:
		Aluminum:	Other:
TP XM-15	S38100	Carbon: 0.08	Manganese: 2.00	Phosphorus: 0.030	Sulfur: 0.030
		Silicon: 1.50–2.50	Chromium: 17.0–19.0	Nickel: 17.5–18.5	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper:	Cerium:	Boron:
		Aluminum:	Other:
	S38815	Carbon: 0.030	Manganese: 2.00	Phosphorus: 0.040	Sulfur: 0.020
		Silicon: 5.5–6.5	Chromium: 13.0–15.0	Nickel: 15.0–17.0	Molybdenum: 0.75–1.50
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 0.75–1.50	Cerium:	Boron:
		Aluminum:	Other:
Alloy 20	N08020	Carbon: 0.07	Manganese: 2.00	Phosphorus: 0.045	Sulfur: 0.035
		Silicon: 1.00	Chromium: 19.0–21.0	Nickel: 32.0–38.0	Molybdenum: 2.0–3.0
		Titanium:	Niobium: M	Tanta- lum,max: M	NitrogenC:
		Vanadium:	Copper: 3.0–4.0	Cerium:	Boron:
		Aluminum:	Other:
	N08028	Carbon: 0.030	Manganese: 2.50	Phosphorus: 0.030	Sulfur: 0.030
		Silicon: 1.0	Chromium: 26.0–28.0	Nickel: 30.0–34.0	Molybdenum: 3.0–4.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 0.60–1.4	Cerium:	Boron:
		Aluminum:	Other:
	N08029	Carbon: 0.020	Manganese: 2.0	Phosphorus: 0.025	Sulfur: 0.015
		Silicon: 0.6	Chromium: 26.0–28.0	Nickel: 30.0–34.0	Molybdenum: 4.0–5.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 0.6–1.4	Cerium:	Boron:
		Aluminum:	Other:
	N08367	Carbon: 0.030	Manganese: 2.00	Phosphorus: 0.040	Sulfur: 0.030
		Silicon: 1.00	Chromium: 20.0–22.0	Nickel: 23.5–25.5	Molybdenum: 6.0–7.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.18–0.25
		Vanadium:	Copper: 0.75	Cerium:	Boron:
		Aluminum:	Other:
800	N08800	Carbon: 0.10	Manganese: 1.50	Phosphorus: 0.045	Sulfur: 0.015
		Silicon: 1.00	Chromium: 19.0–23.0	Nickel: 30.0–35.0	Molybdenum:
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 0.75	Cerium:	Boron:
		Aluminum: 0.15–0.60	Other: Fe 39.5 min.
800H	N08810	Carbon: 0.05–0.10	Manganese: 1.50	Phosphorus: 0.045	Sulfur: 0.015
		Silicon: 1.00	Chromium: 19.0–23.0	Nickel: 30.0–35.0	Molybdenum:
		Titanium: 0.15–0.60	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 0.75	Cerium:	Boron:
		Aluminum: 0.15–0.60	Other: Fe 39.5 min.
	N08811	Carbon: 0.06–0.10	Manganese: 1.50	Phosphorus: 0.045	Sulfur: 0.015
		Silicon: 1.00	Chromium: 19.0–23.0	Nickel: 30.0–35.0	Molybdenum:
		Titanium: 0.15–0.60L	Niobium:	Tanta- lum,max:	NitrogenC:
		Vanadium:	Copper: 0.75	Cerium:	Boron:
		Aluminum: 0.15–0.60	Other: Fe 39.5 min.
	N08904	Carbon: 0.020	Manganese: 2.00	Phosphorus: 0.040	Sulfur: 0.030
		Silicon: 1.00	Chromium: 19.0–23.0	Nickel: 23.0–28.0	Molybdenum: 4.0–5.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10
		Vanadium:	Copper: 1.00–2.00	Cerium:	Boron:
		Aluminum:	Other:
	N08925	Carbon: 0.020	Manganese: 1.00	Phosphorus: 0.045	Sulfur: 0.030
		Silicon: 0.50	Chromium: 19.0–21.0	Nickel: 24.0–26.0	Molybdenum: 6.0–7.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.10–0.20
		Vanadium:	Copper: 0.80–1.50	Cerium:	Boron:
		Aluminum:	Other:
	N08926	Carbon: 0.020	Manganese: 2.00	Phosphorus: 0.030	Sulfur: 0.010
		Silicon: 0.50	Chromium: 19.0–21.0	Nickel: 24.0–26.0	Molybdenum: 6.0–7.0
		Titanium:	Niobium:	Tanta- lum,max:	NitrogenC: 0.15–0.25
		Vanadium:	Copper: 0.50–1.50	Cerium:	Boron:
		Aluminum:	Other:
^ANew designation established in accordance with Practice E527 and SAE J1086. ^BMaximum, unless otherwise indicated. Where elipses (…) appear in this table, there is no requirement and analysis for the element need not be determined or reported. ^CThe method of analysis for nitrogen shall be a matter of agreement between the purchaser and manufacturer. ^DFor small diameter or thin walls or both, where many drawing passes are required, a carbon maximum of 0.040 % is necessary in grades TP 304L and TP 316L. Small outside diameter tubes are defined as those less than 0.500 in. [12.7 mm] in outside diameter and light wall tubes as those less than 0.049 in. [1.20 mm] in average wall thickness (0.044 in. [1.10 mm] in minimum wall thickness). ^EFor welded TP 316, TP 316N, TP 316LN, and TP 316H pipe, the nickel range shall be 10.0–14.0 %. ^FFor welded pipe, the phosphorus maximum shall be 0.045 %. ^GTi 5 × (C+N) min, 0.70 max. ^HThe niobium content shall be not less than ten times the carbon content and not more than 1.00 %. ^IThe niobium content shall be not less than eight times the carbon content and not more than 1.0 %. ^JGrade S34751 shall have a niobium content of not less than 15 times the carbon content. ^KIron shall be determined arithmetically by difference of 100 minus the sum of the other specified elements. ^LAl + Ti shall be 0.85 % min; 1.20 % max. ^MNiobium (Nb) + Tantalum = 8 × Carbon min, 1.00 max.















Annealing Requirements
Grade or UNS Designation		Heat Treating Temperature		Cooling/Testing Requirements
TP 321H		1900 °F [1040 °C]		D
TP 347H		2000 °F [1100 °C]		D
TP 348H		1925 °F [1050 °C]		D
TP 304H		1900 °F [1040 °C]		D
TP 316H		1900 °F [1040 °C]		D
TP 309H		1900 °F [1040 °C]		D
TP 309HCb		1900 °F [1040 °C]		D
TP 310H		1900 °F [1040 °C]		D
TP 310HCb		1900 °F [1040 °C]		D
S30600		2010–2140 °F		D
S30600		[1100–1170 °C]		D
S30601		2010–2140 °F		D
S30601		[1100–1170 °C]		D
S30815		1920 °F [1050 °C]		D
S31272		1920 °F [1050 °C]		D
S31035		2160–2280 °F		D
S31035		[1180–1250 °C]		D
S31254		2100 °F [1150 °C]		D
S32654		2100 °F [1150 °C]		D
S31277		2050 °F [1120 °C]		D
S31727		1975–2155 °F		D
S32053		1975–2155 °F		D
S33228		[1080–1180 °C]		D
		2050–2160 °F		D
		[1120–1180 °C]		D
S34565		2050–2140 °F		D
S34565		[1120–1170 °C]		D
S35315		2010 °F [1100 °C]		D
S38815		1950 °F [1065 °C]		D
N08367		2025 °F [1110 °C]		D
N08020		1700–1850 °F		D
N08020		[925–1010 °C]		D
N08028		2000 °F [1100 °C]		D
N08029		2000 °F [1100 °C]		D
N08810		2050 °F [1120 °C]		D
N08811		2100 °F [1150 °C]		D
N08904		2000 °F [1100 °C]		D
N08925, N08926		2010–2100 °F		D
N08925, N08926		[1100–1150 °C]		D
Tensile Requirements
Grade		UNS Designation	Tensile Strength, min ksi [Mpa		Yield Strength, min ksi [MPa]
TP 201		S20100	75 [515]		38 [260]
TP 201LN		S20153	95 [655]		45 [310]
TP 201LN		S20400	95 [635]		48 [330]
TP XM-19		S20910	100 [690]		55 [380]
TP XM-10		S21900	90 [620]		50 [345]
TP XM-11		S21904	90 [620]		50 [345]
TP XM-29		S24000	100 [690]		55 [380]
TP 304		S30400	75 [515]		30 [205]
TP 304L		S30403	70 [485]		25 [170]
TP 304H		S30409	75 [515]		30 [205]
TP 304H		S30415	87 [600]		42 [290]
TP 304N		S30451	80 [550]		35 [240]
TP 304LN		S30453	75 [515]		30 [205]
		S30600	78 [540]		35 [240]
		S30601	78 [540]		37 [255]
		S30615	90 [620]		40 [275]
		S30815	87 [600]		45 [310]
TP 309S		S30908	75 [515]		30 [205]
TP 309H		S30909	75 [515]		30 [205]
TP 309Cb		S30940	75 [515]		30 [205]
TP 309HCb		S30941	75 [515]		30 [205]
TP 309HCb		S31002	75 [515]		30 [205]
TP 310S		S31008	75 [515]		30 [205]
TP 310H		S31009	75 [515]		30 [205]
TP 310H		S31035	95 [655]		45 [310]
TP 310Cb		S31040	75 [515]		30 [205]
TP 310HCb		S31041	75 [515]		30 [205]
t # 0.25 in.			84 [580]		39 [270]
t > 0.25 in.			78 [540]		37 [255]
t # 0.187 in. [5.00 mm]			98 [675]		45 [310]
t > 0.187 in. [5.00 mm]			95 [655]		45 [310]
		S31266	109 [750]		61 [420]
		S31272	65 [450]		29 [200]
		S31277	112 [770]		52 [360]
TP 316		S31600	75 [515]		30 [205]
TP 316L		S31603	70 [485]		25 [170]
TP 316L		S31635	75 [515]		30 [205]
TP 316N		S31651	80 [550]		35 [240]
TP 316LN		S31653	75 [515]		30 [205]
TP 316LN		S31655	92 [635]		45 [310]
TP 317		S31700	75 [515]		30 [205]
TP 317L		S31703	75 [515]		30 [205]
		S31725	75 [515]		30 [205]
		S31726	80 [550]		35 [240]
		S31727	80 [550]		36 [245]
		S31730	70 [480]		25 [175]
		S32053	93 [640]		43 [295]
TP 321		S32100	75 [515]		30 [205]
# 3⁄8 in.			75 [515]		30 [205]
> 3⁄8 in			70 [485]		25 [170]
TP 321H		S32109	75 [515]		30 [205]
# 3⁄8 in			75 [515]		30 [205]
> 3⁄8 in			70 [480]		25 [170]
		S32615	80 [550]		32 [220]
		S32654	109 [750]		62 [430]
		S33228	73 [500]		27 [185]
		S34565	115 [795]		60 [415]
TP 347		S34700	75 [515]		30 [205]
TP 347H		S34709	75 [515]		30 [205]
TP 347LN		S34751	75 [515]		30 [205]
TP 348		S34800	75 [515]		30 [205]
TP 348H		S34809	75 [515]		30 [205]
TP 348H		S35045	70 [485]		25 [170]
TP XM-15		S38100	75 [515]		30 [205]
TP XM-15		S38815	78 [540]		37 [255]
Alloy 20		N08020	80 [550]		35 [240]
		N08028	73 [500]		31 [214]
		N08029	73 [500]		31 [214]
t #0.187			100 [690]		45 [310]
t > 0.187			95 [655]		45 [310]
800		N08800	75 [515]		30 [205
800H		N08810	65 [450]		25 [170]
		N08811	65 [450]		25 [170]
		N08904	71 [490]		31 [215]
		N08925	87 [600]		43 [295]
		N08926	94 [650]		43 [295]
Wall Thickness: Welded and Seamless Wrought Steel Pipe, ANSI /ASME B36.10M
SCH 5	SCH 10	SCH 20	SCH 30	SCH STD	SCH 40
SCH 60	SCH XS	SCH 80	SCH 100	SCH 120	SCH 160
SCH XXS	SCH XX.H
Dimensions of Welded and Seamless Stainless Steel Pipe ANSI /ASME B36.19M
The decimal thickness listed for the respective pipe sizes represents their nominal or average wall dimensions.
NPS Designator	Outside Diameter	Nominal Wall Thickness
NPS Designator	Outside Diameter	Schedule 5S mm	Schedule 10S mm	Schedule 40S mm	Schedule 80S mm
¹⁄₈	10.29	…	1.24	1.73	2.41
¹⁄₄	13.72	…	1.65	2.24	3.02
³⁄₈	17.15	…	1.65	2.31	3.20
¹⁄₂	21.34	1.65	2.11	2.77	3.73
³⁄₄	26.67	1.65	2.11	2.87	3.91
1.0	33.40	1.65	2.77	3.38	4.55
1¹⁄₄	42.16	1.65	2.77	3.56	4.85
1¹⁄₂	48.26	1.65	2.77	3.68	5.08
2	60.33	1.65	2.77	3.91	5.54
2¹⁄₂	73.03	2.11	3.05	5.16	7.01
3	88.90	2.11	3.05	5.49	7.62
3¹⁄₂	101.60	2.11	3.05	5.74	8.08
4	114.30	2.11	3.05	6.02	8.56
5	141.30	2.77	3.40	6.55	9.52
6	168.28	2.77	3.40	7.11	10.97
8	219.08	2.77	3.76	8.18	12.70
10	273.05	3.40	4.19	9.27	12.70
12	323.85	3.96	4.57	9.52	12.70
14	355.60	3.96	4.78^B	…	…
16	406.40	4.19	4.78^B	…	…
18	457.20	4.19	4.78^B	…	…
20	508.00	4.78	5.54^B	…	…
22	558.80	4.78	5.54^B	…	…
24	609.60	5.54	6.35	…	…
30	762.00	6.35	7.92	…	…
Schedules 5S and 10S wall thicknesses do not permit threading in accordance with the American National Standard for Pipe Threads (ANSI B1.20.1). These do not conform to the American National Standard for Welded and Seamless Wrought Steel Pipe (ANSI B36.10–1979).

Permitted Variations in Wall Thickness
			Tolerance, % from Nominal
NPS Designator		Over		Under
1⁄8 to 21⁄2 incl., all t/Dratios		20.0		12.5
3 to 18 incl., t/D up to 5 % incl.		22.5		12.5
3 to 18 incl., t/D > 5 %		15.0		12.5
20 and larger, welded, all t/D ratios		17.5		12.5
20 and larger, seamless, t/D up to 5 % incl		22.5		12.5
20 and larger, seamless, t/D > 5 %		15.0		12.5
where: t = Nominal Wall Thickness D = Ordered Outside Diameter


Grain Size Requirements
Grade		UNS Designation		Grain Size
		N08810		5 or coarser
		N08811		5 or coarser
TP 304H		S30409		7 or coarser
TP 309H		S30909		6 or coarser
TP 309HCb		S30940		6 or coarser
TP 310H		S31009		6 or coarser
TP 310H		S31035		7 or coarser
TP 310HCb		S31041		6 or coarser
TP 316H		S31609		7 or coarser
TP 316H		S31609		7 or coarser
TP 321H		S32109		7 or coarser
TP 321H		S32615		3 or finer
TP 347H		S34709		7 or coarser
TP 348H		S34809		7 or coarser
Pipe and Filler Metal Specification
Pipe	Filler Metal
Grade	UNS Designation	AWS A5.9 Class		UNS Designation
TP 201	S20100
TP 201LN	S20153
TP 304	S30400	S30400		S30800, W30840
TP 304L	S30403	ER308L		S30883, W30843
TP 304N	S30451	ER308		S30880, W30840
TP 304LN	S30453	ER308L		S30883, W30843
TP 304H	S30409	ER308		S30880, W30840
	S30601
TP 309Cb	S30940
TP 309S	S30908
TP 310Cb	S31040
TP 310S	S31008
	S31266	ERNiCrMo-4		N10276
		ERNiCrMo-10		N06022
		ERNiCrMo-13		N06059
		ERNiCrMo-14		N06686
		ERNiCrMo-17		N06200
	S31272
TP 316	S31600	ER316		S31680, W31640
TP 316L	S31603	ER316L		S31683, W31643
TP 316N	S31651	ER316		S31680, W31640
TP 316LN	S31653	ER316L		S31683, W31643
	S31655
TP 316H	S31609	ER316H		S31680, W31640
	S31730	ERNiCr-3, or		N06082, N06625, N10276
		ERNiCrMo-3, or
		ERNiCrMo-4
TP 321	S32100	ER321		S32180, W32140
		ER347		S34780, W34740
TP 347	S34700	ER347		S34780, W34740
TP 348	S34800	ER347		S34780, W34740
TP XM-19	S22100	ER209		S20980, W32240
TP XM-29	S28300	ER240		S23980, W32440
	N08367			N06625
Alloy 20	N08020	ER320		N08021
		ER320LR		N08022
	N08028	ER383		N08028
	N08029	ERNiCrMo-3A		N06625
		ERNiCrMo-13A		N06059
	S20400	ER209		S20980, W32240
800	N08800	ERNiCr-3A		N06082
800H	N08810	ERNiCr-3A		N06082
	N08811	ERNiCr-3A		N06082
	N08925			N06625
	N08926			N06625
End of pipe end
Plain Ends (PE)		The PE pipes will generally be used for the smaller diameters pipe systems and in combination with Slip On flanges and Socket Weld fittings and flanges.
Plain Ends (PE)
Threaded Ends (TE)		The TE implementation speaks for itself, this performance will generally used for small diameters pipe systems, and the connections will be made with threaded flanges and threaded fittings.


Beveled Ends (BE)		The BE implementation is applied to all diameters of buttweld flanges or buttweld fittings, and will be directly welded (with a small gap 3-4 mm) to each other or to the pipe. Ends are mostly be beveled to angle 30° (+ 5° / -0°) with a root face of 1.6 mm (± 0.8 mm).


Grooved ends		(example Victaulic pipes): these are pipes that allow a quick connection, used for non-critical applications
Grooved ends
Threaded and coupled ends		(T&C), generally used for gas distribution, Threaded connections are the most common pipe fittings used in oil and gas transportation systems. Due to external vibrations, cyclic loads, and pollution, the fitting parts may start getting loose, which could result in pipeline leaks and other environmental disasters. It is of great significance to develop a reliable technique that could provide…



Type end : Plain Ends / Beveled Ends: Tubes – Pipe
• Bevel End (BE) • Bevel Both Ends (BBE) • Bevel Large End (BLE) • Bevel One End (BOE) • Bevel Small End (BSE) • Bevel for Welding (BFW) • Buttweld End (BE)		• End of Pipe (EOP) • Flange One End (FOE) • Plain End (PE) • Plain Both Ends (PBE) • Plain One End (POE) • Thread End (TE) • Thread Both Ends (TBE)		• Thread Large End (TLE) • Thread One End (TOE) • Thread Small End (TSE) • Threads Only (TO) • Threads per Inch (TP I)







Plastic End Caps for Tubing and Pipe Ends
Pipe End Caps		Pipe End Plugs		Threaded Pipe Caps	Threaded Pipe Plugs
Standard: Pipe of Tube
The American Society Of Mechanical Engineers				American National Standards Institute
ASME B36.19M			ANSI B36.19M
ASME B36.10M			ANSI B36.10M

Dimension Stainless steel pipe, ASTM A312

ASME/ANSI B36.19M

Dimensions of Welded and Seamless Stainless Steel Pipe and Nominal Weights of Steel Pipe, Plain End

U.S. Customary Units

SI Units

Nominal Pipe Size

Outside
Diameter, in.

Wall Thickness, in

Plain End
Weight, lb/ft

Schedule (SCH) No.

DN
[Note] (2)

Outside
Diameter, mm

Wall, Thickness
mm

Plain End
Mass, kg/m

¹⁄₈

0.405

. . . (1)

. . .

10.3

. . . (1)

. . .

¹⁄₈

0.405

0.049 (1)

0.19

10S

10.3

1.24 (1)

0.28

¹⁄₈

0.405

0.068

0.24

40S

10.3

1.73

0.37

¹⁄₈

0.405

0.095

0.31

80S

10.3

2.41

0.47

¹⁄₄

0.54

. . . (1)

. . .

13.7

. . . (1)

. . .

¹⁄₄

0.54

0.065 (1)

0.33

10S

13.7

1.65 (1)

0.49

¹⁄₄

0.54

0.088

0.43

40S

13.7

2.24

0.63

¹⁄₄

0.54

0.119

0.54

80S

13.7

3.02

0.8

³⁄₈

0.675

. . . (1)

. . .

17.1

. . . (1)

. . .

³⁄₈

0.675

0.065 (1)

0.42

10S

17.1

1.65 (1)

0.63

³⁄₈

0.675

0.091

0.57

40S

17.1

2.31

0.84

³⁄₈

0.675

0.126

0.74

80S

17.1

3.2

1.1

¹⁄₂

0.840

0.065 (1)

0.54

21.3

1.65 (1)

0.8

¹⁄₂

0.840

0.083 (1)

0.67

10S

21.3

2.11 (1)

¹⁄₂

0.840

0.109

0.85

40S

21.3

2.77

1.27

¹⁄₂

0.840

0.147

1.09

80S

21.3

3.73

1.62

³⁄₄

1.050

0.065 (1)

0.68

26.7

1.65 (1)

1.02

³⁄₄

1.050

0.083 (1)

0.86

10S

26.7

2.11 (1)

1.28

³⁄₄

1.050

0.113

1.13

40S

26.7

2.87

1.69

³⁄₄

1.050

0.154

1.48

80S

26.7

3.91

2.2

1.315

0.065 (1)

0.87

33.4

1.65 (1)

1.29

1.315

0.109 (1)

1.41

10S

33.4

2.77 (1)

2.09

1.315

0.133

1.68

40S

33.4

3.38

2.5

1.315

0.179

2.17

80S

33.4

4.55

3.24

1¹⁄₄

1.66

0.065 (1)

1.11

42.2

1.65 (1)

1.65

1¹⁄₄

1.66

0.109 (1)

1.81

10S

42.2

2.77 (1)

2.69

1¹⁄₄

1.66

0.14

2.27

40S

42.2

3.56

3.39

1¹⁄₄

1.66

0.191

80S

42.2

4.85

4.47

1¹⁄₂

1.9

0.065 (1)

1.28

48.3

1.65 (1)

1.9

1¹⁄₂

1.9

0.109 (1)

2.09

10S

48.3

2.77 (1)

3.11

1¹⁄₂

1.9

0.145

2.72

40S

48.3

3.68

4.05

1¹⁄₂

1.9

0.2

3.63

80S

48.3

5.08

5.41

2.375

0.065 (1)

1.61

60.3

1.65 (1)

2.39

2.375

0.109 (1)

2.64

10S

60.3

2.77 (1)

3.93

2.375

0.154

3.66

40S

60.3

3.91

5.44

2.375

0.218

5.03

80S

60.3

5.54

7.48

2¹⁄₂

2.875

0.083 (1)

2.48

2.11 (1)

3.69

2¹⁄₂

2.875

0.120 (1)

3.53

10S

3.05 (1)

5.26

2¹⁄₂

2.875

0.203

5.8

40S

5.16

8.63

2¹⁄₂

2.875

0.276

7.67

80S

7.01

11.41

3.5

0.083 (1)

3.03

88.9

2.11 (1)

4.52

3.5

0.120 (1)

4.34

10S

88.9

3.05 (1)

6.46

3.5

0.216

7.58

40S

88.9

5.49

11.29

3.5

0.3

10.26

80S

88.9

7.62

15.27

3¹⁄₂

0.083 (1)

3.48

101.6

2.11 (1)

5.18

3¹⁄₂

0.120 (1)

4.98

10S

101.6

3.05 (1)

7.41

3¹⁄₂

0.226

9.12

40S

101.6

5.74

13.57

3¹⁄₂

0.318

12.52

80S

101.6

8.08

18.64

4.5

0.083 (1)

3.92

100

114.3

2.11 (1)

5.84

4.5

0.120 (1)

5.62

10S

100

114.3

3.05 (1)

8.37

4.5

0.237

10.8

40S

100

114.3

6.02

16.08

4.5

0.337

80S

100

114.3

8.56

22.32

5.563

0.109 (1)

6.36

125

141.3

2.77 (1)

9.46

5.563

0.134 (1)

7.78

10S

125

141.3

3.40 (1)

11.56

5.563

0.258

14.63

40S

125

141.3

6.55

21.77

5.563

0.375

20.8

80S

125

141.3

9.53

30.97

6.625

0.109 (1)

7.59

150

168.3

2.77 (1)

11.31

6.625

0.134 (1)

9.3

10S

150

168.3

3.40 (1)

13.83

6.625

0.28

18.99

40S

150

168.3

7.11

28.26

6.625

0.432

28.6

80S

150

168.3

10.97

42.56

8.625

0.109 (1)

9.92

200

219.1

2.77 (1)

14.78

8.625

0.148 (1)

13.41

10S

200

219.1

3.76 (1)

19.97

8.625

0.322

28.58

40S

200

219.1

8.18

42.55

8.625

0.5

43.43

80S

200

219.1

12.7

64.64

10.75

0.134 (1)

15.21

250

273.1

3.40 (1)

22.61

10.75

0.165 (1)

18.67

10S

250

273.1

4.19 (1)

27.79

10.75

0.365

40.52

40S

250

273.1

9.27

60.31

10.75

0.500 (2)

54.79

80S

250

273.1

12.70 (2)

81.56

12.75

0.156 (1)

300

323.9

3.96 (1)

31.25

12.75

0.180 (1)

24.19

10S

300

323.9

4.57 (1)

35.99

12.75

0.375 (2)

49.61

40S

300

323.9

9.53 (2)

73.88

12.75

0.500 (2)

65.48

80S

300

323.9

12.70 (2)

97.47

0.156 (1)

23.09

350

355.6

3.96 (1)

34.34

0.188 (1), (2)

27.76

10S

350

355.6

4.78 (1), (2)

41.36

0.375 (2)

54.62

40S

350

355.6

9.53 (2)

81.33

0.500 (2)

72.16

80S

350

355.6

12.70 (2)

107.4

0.165 (1)

27.93

400

406.4

4.19 (1)

41.56

0.188 (1), (2)

31.78

10S

400

406.4

4.78 (1), (2)

47.34

0.375 (2)

62.64

40S

400

406.4

9.53 (2)

93.27

0.500 (2)

82.85

80S

400

406.4

12.70 (2)

123.31

0.165 (1)

31.46

450

457

4.19 (1)

46.79

0.188 (1), (2)

35.8

10S

450

457

4.78 (1), (2)

53.31

0.375 (2)

70.65

40S

450

457

9.53 (2)

. . .

0.500 (2)

93.54

80S

450

457

12.70 (2)

. . .

0.188 (1)

39.82

500

508

4.78 (1)

59.32

0.218 (1), (2)

46.1

10S

500

508

5.54 (1), (2)

68.65

0.375 (2)

78.67

40S

500

508

9.53 (2)

117.15

0.500 (2)

104.23

80S

500

508

12.70 (2)

155.13

0.188 (1)

43.84

550

559

4.78 (1)

65.33

0.218 (1), (2)

50.76

10S

550

559

5.54 (1), (2)

75.62

. . .

40S

550

559

. . .

80S

550

559

. . .

0.218 (1)

55.42

600

610

5.54 (1)

82.58

0.250 (1)

63.47

10S

600

610

6.35 (1)

94.53

0.375 (2)

94.71

40S

600

610

9.53 (2)

141.12

0.500 (2)

125.61

80S

600

610

12.70 (2)

187.07

0.250 (1)

79.51

750

762

6.35 (1)

118.34

0.312 (1)

99.02

10S

750

762

7.92 (1)

147.29

. . .

40S

750

762

. . .

80S

750

762

. . .

GENERAL NOTES:
(a) 1 in. p 25.4 mm.
(b) For tolerances, see para. 6.
(c) 1 lb/ft p 1.4895 kg/m.
(d) Weights are given in pounds per linear foot (kilograms per meter) and are for carbon steel pipe with plain ends.
(e) The different grades of stainless steel permit considerable variations in weight. The ferritic stainless steels may be
about 5% less, and the austenitic stainless steels about 2% greater, than the values shown in this Table, which are
based on weights for carbon steel.
NOTES:
(1) These wall thicknesses do not permit threading in accordance with ANSI/ASME B1.20.1.
(2) These dimensions do not conform to ASME B36.10M.

AMERICAN NATIONAL STANDARDS FOR PRODUCT SIZES

The American Society Of Mechanical Engineers

American National Standards Institute

ASME B36.19M

ANSI B36.19M

Dimension Welded and Seamless Steel Pipe, ASTM A312					ASME/ANSI B36.10M-2004
Dimensions and Weights of Welded and Seamless Wrought Steel Pipe
U.S. Customary				Identification [Standard (STD), Extra-Strong (XS), or Double Extra Strong (XXS)]		Schedule (SCH) No.	SI Units
Nominal Pipe Size	Outside Diameter, in.	Wall Thickness, in	Plain End Weight, lb/ft				DN [Note] (2	Outside Diameter, mm	Wall Thickness, mm	Plain End Mass, kg/m
¹⁄₈	0.405	0.049	0.19	. . .		10	6 (3)	10.3	1.24	0.28
¹⁄₈	0.405	0.057	0.21	. . .		30	6 (3)	10.3	1.45	0.32
¹⁄₈	0.405	0.068	0.24	STD		40	6 (3)	10.3	1.73	0.37
¹⁄₈	0.405	0.095	0.31	XS		80	6 (3)	10.3	2.41	0.47
¹⁄₄	0.54	0.065	0.33	. . .		10	8 (3)	13.7	1.65	0.49
¹⁄₄	0.54	0.073	0.36	. . .		30	8 (3)	13.7	1.85	0.54
¹⁄₄	0.54	0.088	0.43	STD		40	8 (3)	13.7	2.24	0.63
¹⁄₄	0.54	0.119	0.54	XS		80	8 (3)	13.7	3.02	0.8
³⁄₈	0.675	0.065	0.42	. . .		10	10	17.1	1.65	0.63
³⁄₈	0.675	0.073	0.47	. . .		30	10	17.1	1.85	0.7
³⁄₈	0.675	0.091	0.57	STD		40	10	17.1	2.31	0.84
³⁄₈	0.675	0.126	0.74	XS		80	10	17.1	3.2	1.1
¹⁄₂	0.84	0.065	0.54	. . .		5	15	21.3	1.65	0.8
¹⁄₂	0.84	0.083	0.67	. . .		10	15	21.3	2.11	1
¹⁄₂	0.84	0.095	0.76	. . .		30	15	21.3	2.41	1.12
¹⁄₂	0.84	0.109	0.85	STD		40	15	21.3	2.77	1.27
¹⁄₂	0.84	0.147	1.09	XS		80	15	21.3	3.73	1.62
¹⁄₂	0.84	0.188	1.31	. . .		160	15	21.3	4.78	1.95
¹⁄₂	0.84	0.294	1.72	XXS		. . .	15	21.3	7.47	2.55
³⁄₄	1.05	0.065	0.69	. . .		5	20	26.7	1.65	1.03
³⁄₄	1.05	0.083	0.86	. . .		10	20	26.7	2.11	1.28
³⁄₄	1.05	0.095	0.97	. . .		30	20	26.7	2.41	1.44
³⁄₄	1.05	0.113	1.13	STD		40	20	26.7	2.87	1.69
³⁄₄	1.05	0.154	1.48	XS		80	20	26.7	3.91	2.2
³⁄₄	1.05	0.219	1.95	. . .		160	20	26.7	5.56	2.9
³⁄₄	1.05	0.308	2.44	XXS		. . .	20	26.7	7.82	3.64
1	1.315	0.065	0.87	. . .		5	25	33.4	1.65	1.29
1	1.315	0.109	1.41	. . .		10	25	33.4	2.77	2.09
1	1.315	0.114	1.46	. . .		30	25	33.4	2.9	2.18
1	1.315	0.133	1.68	STD		40	25	33.4	3.38	2.5
1	1.315	0.179	2.17	XS		80	25	33.4	4.55	3.24
1	1.315	0.25	2.85	. . .		160	25	33.4	6.35	4.24
1	1.315	0.358	3.66	XXS		. . .	25	33.4	9.09	5.45
1¹⁄₄	1.66	0.065	1.11	. . .		5	32	42.2	1.65	1.65
1¹⁄₄	1.66	0.109	1.81	. . .		10	32	42.2	2.77	2.69
1¹⁄₄	1.66	0.117	1.93	. . .		30	32	42.2	2.97	2.87
1¹⁄₄	1.66	0.14	2.27	STD		40	32	42.2	3.56	3.39
1¹⁄₄	1.66	0.191	3	XS		80	32	42.2	4.85	4.47
1¹⁄₄	1.66	0.25	3.77	. . .		160	32	42.2	6.35	5.61
1¹⁄₄	1.66	0.382	5.22	XXS		. . .	32	42.2	9.7	7.77
1¹⁄₂	1.9	0.065	1.28	. . .		5	40	48.3	1.65	1.9
1¹⁄₂	1.9	0.109	2.09	. . .		10	40	48.3	2.77	3.11
1¹⁄₂	1.9	0.125	2.37	. . .		30	40	48.3	3.18	3.53
1¹⁄₂	1.9	0.145	2.72	STD		40	40	48.3	3.68	4.05
1¹⁄₂	1.9	0.2	3.63	XS		80	40	48.3	5.08	5.41
1¹⁄₂	1.9	0.281	4.86	. . .		160	40	48.3	7.14	7.25
1¹⁄₂	1.9	0.4	6.41	XXS		. . .	40	48.3	10.15	9.55
2	2.375	0.065	1.61	. . .		5	50	60.3	1.65	2.39
2	2.375	0.083	2.03	. . .		. . .	50	60.3	2.11	3.03
2	2.375	0.109	2.64	. . .		10	50	60.3	2.77	3.93
2	2.375	0.125	3.01	. . .		30	50	60.3	3.18	4.48
2	2.375	0.141	3.37	. . .		. . .	50	60.3	3.58	5.01
2	2.375	0.154	3.66	STD		40	50	60.3	3.91	5.44
2	2.375	0.172	4.05	. . .		. . .	50	60.3	4.37	6.03
2	2.375	0.188	4.4	. . .		. . .	50	60.3	4.78	6.54
2	2.375	0.218	5.03	XS		80	50	60.3	5.54	7.48
2	2.375	0.25	5.68	. . .		. . .	50	60.3	6.35	8.45
2	2.375	0.281	6.29	. . .		. . .	50	60.3	7.14	9.36
2	2.375	0.344	7.47	. . .		160	50	60.3	8.74	11.11
2	2.375	0.436	9.04	XXS		. . .	50	60.3	11.07	13.44
2¹⁄₂	2.875	0.083	2.48	. . .		5	65	73	2.11	3.69
2¹⁄₂	2.875	0.109	3.22	. . .		. . .	65	73	2.77	4.8
2¹⁄₂	2.875	0.12	3.53	. . .		10	65	73	3.05	5.26
2¹⁄₂	2.875	0.125	3.67	. . .		. . .	65	73	3.18	5.48
2¹⁄₂	2.875	0.141	4.12	. . .		. . .	65	73	3.58	6.13
2¹⁄₂	2.875	0.156	4.53	. . .		. . .	65	73	3.96	6.74
2¹⁄₂	2.875	0.172	4.97	. . .		. . .	65	73	4.37	7.4
2¹⁄₂	2.875	0.188	5.4	. . .		30	65	73	4.78	8.04
2¹⁄₂	2.875	0.203	5.8	STD		40	65	73	5.16	8.63
2¹⁄₂	2.875	0.216	6.14	. . .		. . .	65	73	5.49	9.14
2¹⁄₂	2.875	0.25	7.02	. . .		. . .	65	73	6.35	10.44
2¹⁄₂	2.875	0.276	7.67	XS		80	65	73	7.01	11.41
2¹⁄₂	2.875	0.375	10.02	. . .		160	65	73	9.53	14.92
2¹⁄₂	2.875	0.552	13.71	XXS		. . .	65	73	14.02	20.39
3	3.5	0.083	3.03	. . .		5	80	88.9	2.11	4.52
3	3.5	0.109	3.95	. . .		. . .	80	88.9	2.77	5.88
3	3.5	0.12	4.34	. . .		10	80	88.9	3.05	6.46
3	3.5	0.125	4.51	. . .		. . .	80	88.9	3.18	6.72
3	3.5	0.141	5.06	. . .		. . .	80	88.9	3.58	7.53
3	3.5	0.156	5.58	. . .		. . .	80	88.9	3.96	8.3
3	3.5	0.172	6.12	. . .		. . .	80	88.9	4.37	9.11
3	3.5	0.188	6.66	. . .		30	80	88.9	4.78	9.92
3	3.5	0.216	7.58	STD		40	80	88.9	5.49	11.29
3	3.5	0.25	8.69	. . .		. . .	80	88.9	6.35	12.93
3	3.5	0.281	9.67	. . .		. . .	80	88.9	7.14	14.4
3	3.5	0.3	10.26	XS		80	80	88.9	7.62	15.27
3	3.5	0.438	14.34	. . .		160	80	88.9	11.13	21.35
3	3.5	0.6	18.6	XXS		. . .	80	88.9	15.24	27.68
3¹⁄₂	4	0.083	3.48	. . .		5	90	101.6	2.11	5.18
3¹⁄₂	4	0.109	4.53	. . .		. . .	90	101.6	2.77	6.75
3¹⁄₂	4	0.12	4.98	. . .		10	90	101.6	3.05	7.41
3¹⁄₂	4	0.125	5.18	. . .		. . .	90	101.6	3.18	7.72
3¹⁄₂	4	0.141	5.82	. . .		. . .	90	101.6	3.58	8.65
3¹⁄₂	4	0.156	6.41	. . .		. . .	90	101.6	3.96	9.54
3¹⁄₂	4	0.172	7.04	. . .		. . .	90	101.6	4.37	10.48
3¹⁄₂	4	0.188	7.66	. . .		30	90	101.6	4.78	11.41
3¹⁄₂	4	0.226	9.12	STD		40	90	101.6	5.74	13.57
3¹⁄₂	4	0.25	10.02	. . .		. . .	90	101.6	6.35	14.92
3¹⁄₂	4	0.281	11.17	. . .		. . .	90	101.6	7.14	16.63
3¹⁄₂	4	0.318	12.52	XS		80	90	101.6	8.08	18.64
4	4.5	0.083	3.92	. . .		5	100	114.3	2.11	5.84
4	4.5	0.109	5.12	. . .		. . .	100	114.3	2.77	7.62
4	4.5	0.12	5.62	. . .		10	100	114.3	3.05	8.37
4	4.5	0.125	5.85	. . .		. . .	100	114.3	3.18	8.71
4	4.5	0.141	6.57	. . .		. . .	100	114.3	3.58	9.78
4	4.5	0.156	7.24	. . .		. . .	100	114.3	3.96	10.78
4	4.5	0.172	7.96	. . .		. . .	100	114.3	4.37	11.85
4	4.5	0.188	8.67	. . .		30	100	114.3	4.78	12.91
4	4.5	0.203	9.32	. . .		. . .	100	114.3	5.16	13.89
4	4.5	0.219	10.02	. . .		. . .	100	114.3	5.56	14.91
4	4.5	0.237	10.8	STD		40	100	114.3	6.02	16.08
4	4.5	0.25	11.36	. . .		. . .	100	114.3	6.35	16.91
4	4.5	0.281	12.67	. . .		. . .	100	114.3	7.14	18.87
4	4.5	0.312	13.97	. . .		. . .	100	114.3	7.92	20.78
4	4.5	0.337	15	XS		80	100	114.3	8.56	22.32
4	4.5	0.438	19.02	. . .		120	100	114.3	11.13	28.32
4	4.5	0.531	22.53	. . .		160	100	114.3	13.49	33.54
4	4.5	0.674	27.57	XXS		. . .	100	114.3	17.12	41.03
5	5.563	0.083	4.86	. . .		. . .	125	141.3	2.11	7.24
5	5.563	0.109	6.36	. . .		5	125	141.3	2.77	9.46
5	5.563	0.125	7.27	. . .		. . .	125	141.3	3.18	10.83
5	5.563	0.134	7.78	. . .		10	125	141.3	3.4	11.56
5	5.563	0.156	9.02	. . .		. . .	125	141.3	3.96	13.41
5	5.563	0.188	10.8	. . .		. . .	125	141.3	4.78	16.09
5	5.563	0.219	12.51	. . .		. . .	125	141.3	5.56	18.61
5	5.563	0.258	14.63	STD		40	125	141.3	6.55	21.77
5	5.563	0.281	15.87	. . .		. . .	125	141.3	7.14	23.62
5	5.563	0.312	17.51	. . .		. . .	125	141.3	7.92	26.05
5	5.563	0.344	19.19	. . .		. . .	125	141.3	8.74	28.57
5	5.563	0.375	20.8	XS		80	125	141.3	9.53	30.97
5	5.563	0.5	27.06	. . .		120	125	141.3	12.7	40.28
5	5.563	0.625	32.99	. . .		160	125	141.3	15.88	49.12
5	5.563	0.75	38.59	XXS		. . .	125	141.3	19.05	57.43
6	6.625	0.083	5.8	. . .		. . .	150	168.3	2.11	8.65
6	6.625	0.109	7.59	. . .		5	150	168.3	2.77	11.31
6	6.625	0.125	8.69	. . .		. . .	150	168.3	3.18	12.95
6	6.625	0.134	9.3	. . .		10	150	168.3	3.4	13.83
6	6.625	0.141	9.77	. . .		. . .	150	168.3	3.58	14.54
6	6.625	0.156	10.79	. . .		. . .	150	168.3	3.96	16.05
6	6.625	0.172	11.87	. . .		. . .	150	168.3	4.37	17.67
6	6.625	0.188	12.94	. . .		. . .	150	168.3	4.78	19.28
6	6.625	0.203	13.94	. . .		. . .	150	168.3	5.16	20.76
6	6.625	0.219	15	. . .		. . .	150	168.3	5.56	22.31
6	6.625	0.25	17.04	. . .		. . .	150	168.3	6.35	25.36
6	6.625	0.28	18.99	STD		40	150	168.3	7.11	28.26
8	8.625	0.109	9.92	. . .		5	200	219.1	2.77	14.78
8	8.625	0.125	11.36	. . .		. . .	200	219.1	3.18	16.93
8	8.625	0.148	13.41	. . .		10	200	219.1	3.76	19.97
8	8.625	0.156	14.12	. . .		. . .	200	219.1	3.96	21.01
8	8.625	0.188	16.96	. . .		. . .	200	219.1	4.78	25.26
8	8.625	0.203	18.28	. . .		. . .	200	219.1	5.16	27.22
8	8.625	0.219	19.68	. . .		. . .	200	219.1	5.56	29.28
8	8.625	0.25	22.38	. . .		20	200	219.1	6.35	33.32
8	8.625	0.277	24.72	. . .		30	200	219.1	7.04	36.82
8	8.625	0.312	27.73	. . .		. . .	200	219.1	7.92	41.25
8	8.625	0.322	28.58	STD		40	200	219.1	8.18	42.55
8	8.625	0.344	30.45	. . .		. . .	200	219.1	8.74	45.34
8	8.625	0.375	33.07	. . .		. . .	200	219.1	9.53	49.25
8	8.625	0.406	35.67	. . .		60	200	219.1	10.31	53.09
8	8.625	0.438	38.33	. . .		. . .	200	219.1	11.13	57.08
8	8.625	0.5	43.43	XS		80	200	219.1	12.7	64.64
8	8.625	0.562	48.44	. . .		. . .	200	219.1	14.27	72.08
8	8.625	0.594	51	. . .		100	200	219.1	15.09	75.92
8	8.625	0.625	53.45	. . .		. . .	200	219.1	15.88	79.59
8	8.625	0.719	60.77	. . .		120	200	219.1	18.26	90.44
8	8.625	0.75	63.14	. . .		. . .	200	219.1	19.05	93.98
8	8.625	0.812	67.82	. . .		140	200	219.1	20.62	100.93
8	8.625	0.875	72.49	XXS		. . .	200	219.1	22.23	107.93
8	8.625	0.906	74.76	. . .		160	200	219.1	23.01	111.27
8	8.625	1	81.51	. . .		. . .	200	219.1	25.4	121.33
10	10.75	0.134	15.21	. . .		5	250	273	3.4	22.61
10	10.75	0.156	17.67	. . .		. . .	250	273	3.96	26.27
10	10.75	0.165	18.67	. . .		10	250	273	4.19	27.78
10	10.75	0.188	21.23	. . .		. . .	250	273	4.78	31.62
10	10.75	0.203	22.89	. . .		. . .	250	273	5.16	34.08
10	10.75	0.219	24.65	. . .		. . .	250	273	5.56	36.67
10	10.75	0.25	28.06	. . .		20	250	273	6.35	41.76
10	10.75	0.279	31.23	. . .		. . .	250	273	7.09	46.49
10	10.75	0.307	34.27	. . .		30	250	273	7.8	51.01
10	10.75	0.344	38.27	. . .		. . .	250	273	8.74	56.96
10	10.75	0.365	40.52	STD		40	250	273	9.27	60.29
10	10.75	0.438	48.28	. . .		. . .	250	273	11.13	71.88
10	10.75	0.5	54.79	XS		60	250	273	12.7	81.53
10	10.75	0.562	61.21	. . .		. . .	250	273	14.27	91.05
10	10.75	0.594	64.49	. . .		80	250	273	15.09	95.98
10	10.75	0.625	67.65	. . .		. . .	250	273	15.88	100.69
10	10.75	0.719	77.1	. . .		100	250	273	18.26	114.71
10	10.75	0.812	86.26	. . .		. . .	250	273	20.62	128.34
10	10.75	0.844	89.38	. . .		120	250	273	21.44	133.01
10	10.75	0.875	92.37	. . .		. . .	250	273	22.23	137.48
10	10.75	0.938	98.39	. . .		. . .	250	273	23.83	146.43
10	10.75	1	104.23	XXS		140	250	273	25.4	155.1
10	10.75	1.125	115.75	. . .		160	250	273	28.58	172.27
10	10.75	1.25	126.94	. . .		. . .	250	273	31.75	188.9
12	12.75	0.156	21	. . .		5	300	323.8	3.96	31.24
12	12.75	0.172	23.13	. . .		. . .	300	323.8	4.37	34.43
12	12.75	0.18	24.19	. . .		10	300	323.8	4.57	35.98
12	12.75	0.188	25.25	. . .		. . .	300	323.8	4.78	37.61
12	12.75	0.203	27.23	. . .		. . .	300	323.8	5.16	40.55
12	12.75	0.219	29.34	. . .		. . .	300	323.8	5.56	43.64
12	12.75	0.25	33.41	. . .		20	300	323.8	6.35	49.71
12	12.75	0.281	37.46	. . .		. . .	300	323.8	7.14	55.76
12	12.75	0.312	41.48	. . .		. . .	300	323.8	7.92	61.7
12	12.75	0.33	43.81	. . .		30	300	323.8	8.38	65.19
12	12.75	0.344	45.62	. . .		. . .	300	323.8	8.74	67.91
12	12.75	0.375	49.61	STD		. . .	300	323.8	9.53	73.86
12	12.75	0.406	53.57	. . .		40	300	323.8	10.31	79.71
12	12.75	0.438	57.65	. . .		. . .	300	323.8	11.13	85.82
12	12.75	0.5	65.48	XS		. . .	300	323.8	12.7	97.44
12	12.75	0.562	73.22	. . .		60	300	323.8	14.27	108.93
12	12.75	0.625	81.01	. . .		. . .	300	323.8	15.88	120.59
12	12.75	0.688	88.71	. . .		80	300	323.8	17.48	132.05
12	12.75	0.75	96.21	. . .		. . .	300	323.8	19.05	143.17
12	12.75	0.812	103.63	. . .		. . .	300	323.8	20.62	154.17
12	12.75	0.844	107.42	. . .		100	300	323.8	21.44	159.87
12	12.75	0.875	111.08	. . .		. . .	300	323.8	22.23	165.33
12	12.75	0.938	118.44	. . .		. . .	300	323.8	23.83	176.29
12	12.75	1	125.61	XXS		120	300	323.8	25.4	186.92
12	12.75	1.062	132.69	. . .		. . .	300	323.8	26.97	197.43
12	12.75	1.125	139.81	. . .		140	300	323.8	28.58	208.08
12	12.75	1.25	153.67	. . .		. . .	300	323.8	31.75	228.68
12	12.75	1.312	160.42	. . .		160	300	323.8	33.32	238.69
14	14	0.156	23.09	. . .		5	350	355.6	3.96	34.34
14	14	0.188	27.76	. . .		. . .	350	355.6	4.78	41.36
14	14	0.203	29.94	. . .		. . .	350	355.6	5.16	44.59
14	14	0.21	30.96	. . .		. . .	350	355.6	5.33	46.04
14	14	0.219	32.26	. . .		. . .	350	355.6	5.56	48
14	14	0.25	36.75	. . .		10	350	355.6	6.35	54.69
14	14	0.281	41.21	. . .		. . .	350	355.6	7.14	61.36
14	14	0.312	45.65	. . .		20	350	355.6	7.92	67.91
14	14	0.344	50.22	. . .		. . .	350	355.6	8.74	74.76
14	14	0.375	54.62	STD		30	350	355.6	9.53	81.33
14	14	0.406	59	. . .		. . .	350	355.6	10.31	87.79
14	14	0.438	63.5	. . .		40	350	355.6	11.13	94.55
14	14	0.469	67.84	. . .		. . .	350	355.6	11.91	100.95
14	14	0.5	72.16	XS		. . .	350	355.6	12.7	107.4
14	14	0.562	80.73	. . .		. . .	350	355.6	14.27	120.12
14	14	0.594	85.13	. . .		60	350	355.6	15.09	126.72
14	14	0.625	89.36	. . .		. . .	350	355.6	15.88	133.04
14	14	0.688	97.91	. . .		. . .	350	355.6	17.48	145.76
14	14	0.75	106.23	. . .		80	350	355.6	19.05	158.11
14	14	0.812	114.48	. . .		. . .	350	355.6	20.62	170.34
14	14	0.875	122.77	. . .		. . .	350	355.6	22.23	182.76
14	14	0.938	130.98	. . .		100	350	355.6	23.83	194.98
14	14	1	138.97	. . .		. . .	350	355.6	25.4	206.84
14	14	1.062	146.88	. . .		. . .	350	355.6	26.97	218.58
14	14	1.094	150.93	. . .		120	350	355.6	27.79	224.66
14	14	1.125	154.84	. . .		. . .	350	355.6	28.58	230.49
14	14	1.25	170.37	. . .		140	350	355.6	31.75	253.58
14	14	1.406	189.29	. . .		160	350	355.6	35.71	281.72
14	14	2	256.56	. . .		. . .	350	355.6	50.8	381.85
14	14	2.125	269.76	. . .		. . .	350	355.6	53.98	401.52
14	14	2.2	277.51	. . .		. . .	350	355.6	55.88	413.04
14	14	2.5	307.34	. . .		. . .	350	355.6	63.5	457.43
16	16	0.165	27.93	. . .		5	400	406.4	4.19	41.56
16	16	0.188	31.78	. . .		. . .	400	406.4	4.78	47.34
16	16	0.203	34.28	. . .		. . .	400	406.4	5.16	51.06
16	16	0.219	36.95	. . .		. . .	400	406.4	5.56	54.96
16	16	0.25	42.09	. . .		10	400	406.4	6.35	62.65
16	16	0.281	47.22	. . .		. . .	400	406.4	7.14	70.3
16	16	0.312	52.32	. . .		20	400	406.4	7.92	77.83
16	16	0.344	57.57	. . .		. . .	400	406.4	8.74	85.71
16	16	0.375	62.64	STD		30	400	406.4	9.53	93.27
16	16	0.406	67.68	. . .		. . .	400	406.4	10.31	100.71
16	16	0.438	72.86	. . .		. . .	400	406.4	11.13	108.49
16	16	0.469	77.87	. . .		. . .	400	406.4	11.91	115.87
16	16	0.5	82.85	XS		40	400	406.4	12.7	123.31
16	16	0.562	92.75	. . .		. . .	400	406.4	14.27	138
16	16	0.625	102.72	. . .		. . .	400	406.4	15.88	152.94
16	16	0.656	107.6	. . .		60	400	406.4	16.66	160.13
16	16	0.688	112.62	. . .		. . .	400	406.4	17.48	167.66
16	16	0.75	122.27	. . .		. . .	400	406.4	19.05	181.98
16	16	0.812	131.84	. . .		. . .	400	406.4	20.62	196.18
16	16	0.844	136.74	. . .		80	400	406.4	21.44	203.54
16	16	0.875	141.48	. . .		. . .	400	406.4	22.23	210.61
16	16	0.938	151.03	. . .		. . .	400	406.4	23.83	224.83
16	16	1	160.35	. . .		. . .	400	406.4	25.4	238.66
16	16	1.031	164.98	. . .		100	400	406.4	26.19	245.57
16	16	1.062	169.59	. . .		. . .	400	406.4	26.97	252.37
16	16	1.125	178.89	. . .		. . .	400	406.4	28.58	266.3
16	16	1.188	188.11	. . .		. . .	400	406.4	30.18	280.01
16	16	1.219	192.61	. . .		120	400	406.4	30.96	286.66
16	16	1.25	197.1	. . .		. . .	400	406.4	31.75	293.35
16	16	1.438	223.85	. . .		140	400	406.4	36.53	333.21
16	16	1.594	245.48	. . .		160	400	406.4	40.49	365.38
18	18	0.165	31.46	. . .		5	450	457	4.19	46.79
18	18	0.188	35.8	. . .		. . .	450	457	4.78	53.31
18	18	0.219	41.63	. . .		. . .	450	457	5.56	61.9
18	18	0.25	47.44	. . .		10	450	457	6.35	70.57
18	18	0.281	53.23	. . .		. . .	450	457	7.14	79.21
18	18	0.312	58.99	. . .		20	450	457	7.92	87.71
18	18	0.344	64.93	. . .		. . .	450	457	8.74	96.62
18	18	0.375	70.65	STD		. . .	450	457	9.53	105.17
18	18	0.406	76.36	. . .		. . .	450	457	10.31	113.58
18	18	0.438	82.23	. . .		30	450	457	11.13	122.38
18	18	0.469	87.89	. . .		. . .	450	457	11.91	130.73
18	18	0.5	93.54	XS		. . .	450	457	12.7	139.16
18	18	0.562	104.76	. . .		40	450	457	14.27	155.81
18	18	0.625	116.09	. . .		. . .	450	457	15.88	172.75
18	18	0.688	127.32	. . .		. . .	450	457	17.48	189.47
18	18	0.75	138.3	. . .		60	450	457	19.05	205.75
18	18	0.812	149.2	. . .		. . .	450	457	20.62	221.91
18	18	0.875	160.18	. . .		. . .	450	457	22.23	238.35
18	18	0.938	171.08	. . .		80	450	457	23.83	254.57
18	18	1	181.73	. . .		. . .	450	457	25.4	270.36
18	18	1.062	192.29	. . .		. . .	450	457	26.97	286.02
18	18	1.125	202.94	. . .		. . .	450	457	28.58	301.96
18	18	1.156	208.15	. . .		100	450	457	29.36	309.64
18	18	1.188	213.51	. . .		. . .	450	457	30.18	317.68
18	18	1.25	223.82	. . .		. . .	450	457	31.75	332.97
18	18	1.375	244.37	. . .		120	450	457	34.93	363.58
18	18	1.562	274.48	. . .		140	450	457	39.67	408.28
18	18	1.781	308.79	. . .		160	450	457	45.24	459.39
20	20	0.188	39.82	. . .		5	500	508	4.78	59.32
20	20	0.219	46.31	. . .		. . .	500	508	5.56	68.89
20	20	0.25	52.78	. . .		10	500	508	6.35	78.56
20	20	0.281	59.23	. . .		. . .	500	508	7.14	88.19
20	20	0.312	65.66	. . .		. . .	500	508	7.92	97.68
20	20	0.344	72.28	. . .		. . .	500	508	8.74	107.61
20	20	0.375	78.67	STD		20	500	508	9.53	117.15
20	20	0.406	85.04	. . .		. . .	500	508	10.31	126.54
20	20	0.438	91.59	. . .		. . .	500	508	11.13	136.38
20	20	0.469	97.92	. . .		. . .	500	508	11.91	145.71
20	20	0.5	104.23	XS		30	500	508	12.7	155.13
20	20	0.562	116.78	. . .		. . .	500	508	14.27	173.75
20	20	0.594	123.23	. . .		40	500	508	15.09	183.43
20	20	0.625	129.45	. . .		. . .	500	508	15.88	192.73
20	20	0.688	142.03	. . .		. . .	500	508	17.48	211.45
20	20	0.75	154.34	. . .		. . .	500	508	19.05	229.71
20	20	0.812	166.56	. . .		60	500	508	20.62	247.84
20	20	0.875	178.89	. . .		. . .	500	508	22.23	266.31
20	20	0.938	191.14	. . .		. . .	500	508	23.83	284.54
20	20	1	203.11	. . .		. . .	500	508	25.4	302.3
20	20	1.031	209.06	. . .		80	500	508	26.19	311.19
20	20	1.062	215	. . .		. . .	500	508	26.97	319.94
20	20	1.125	227	. . .		. . .	500	508	28.58	337.91
20	20	1.188	238.91	. . .		. . .	500	508	30.18	355.63
20	20	1.25	250.55	. . .		. . .	500	508	31.75	372.91
20	20	1.281	256.34	. . .		100	500	508	32.54	381.55
20	20	1.312	262.1	. . .		. . .	500	508	33.32	390.05
20	20	1.375	273.76	. . .		. . .	500	508	34.93	407.51
20	20	1.5	296.65	. . .		120	500	508	38.1	441.52
20	20	1.75	341.41	. . .		140	500	508	44.45	508.15
20	20	1.969	379.53	. . .		160	500	508	50.01	564.85
22	22	0.188	43.84	. . .		5	550	559	4.78	65.33
22	22	0.219	50.99	. . .		. . .	550	559	5.56	75.89
22	22	0.25	58.13	. . .		10	550	559	6.35	86.55
22	22	0.281	65.24	. . .		. . .	550	559	7.14	97.17
22	22	0.312	72.34	. . .		. . .	550	559	7.92	107.64
22	22	0.344	79.64	. . .		. . .	550	559	8.74	118.6
22	22	0.375	86.69	STD		20	550	559	9.53	129.14
22	22	0.406	93.72	. . .		. . .	550	559	10.31	139.51
22	22	0.438	100.96	. . .		. . .	550	559	11.13	150.38
22	22	0.469	107.95	. . .		. . .	550	559	11.91	160.69
22	22	0.5	114.92	XS		30	550	559	12.7	171.1
22	22	0.562	128.79	. . .		. . .	550	559	14.27	191.7
22	22	0.625	142.81	. . .		. . .	550	559	15.88	212.7
22	22	0.688	156.74	. . .		. . .	550	559	17.48	233.44
22	22	0.75	170.37	. . .		. . .	550	559	19.05	253.67
22	22	0.812	183.92	. . .		. . .	550	559	20.62	273.78
22	22	0.875	197.6	. . .		60	550	559	22.23	294.27
22	22	0.938	211.19	. . .		. . .	550	559	23.83	314.51
22	22	1	224.49	. . .		. . .	550	559	25.4	334.25
22	22	1.062	237.7	. . .		. . .	550	559	26.97	353.86
22	22	1.125	251.05	. . .		80	550	559	28.58	373.85
22	22	1.188	264.31	. . .		. . .	550	559	30.18	393.59
22	22	1.25	277.27	. . .		. . .	550	559	31.75	412.84
22	22	1.312	290.15	. . .		. . .	550	559	33.32	431.96
22	22	1.375	303.16	. . .		100	550	559	34.93	451.45
22	22	1.438	316.08	. . .		. . .	550	559	36.53	470.69
22	22	1.5	328.72	. . .		. . .	550	559	38.1	489.44
22	22	1.625	353.94	. . .		120	550	559	41.28	527.05
22	22	1.875	403.38	. . .		140	550	559	47.63	600.67
22	22	2.125	451.49	. . .		160	550	559	53.98	672.3
24	24	0.218	55.42	. . .		5	600	610	5.54	82.58
24	24	0.25	63.47	. . .		10	600	610	6.35	94.53
24	24	0.281	71.25	. . .		. . .	600	610	7.14	106.15
24	24	0.312	79.01	. . .		. . .	600	610	7.92	117.6
24	24	0.344	86.99	. . .		. . .	600	610	8.74	129.6
24	24	0.375	94.71	STD		20	600	610	9.53	141.12
24	24	0.406	102.4	. . .		. . .	600	610	10.31	152.48
24	24	0.438	110.32	. . .		. . .	600	610	11.13	164.38
24	24	0.469	117.98	. . .		. . .	600	610	11.91	175.67
24	24	0.5	125.61	XS		. . .	600	610	12.7	187.07
24	24	0.562	140.81	. . .		30	600	610	14.27	209.65
24	24	0.625	156.17	. . .		. . .	600	610	15.88	232.67
24	24	0.688	171.45	. . .		40	600

Category