Tubes

Sanlev s.a produces  a wide range of aluminium tubes in any desirable length. There is a minimum quantity of production from each die. Very small quantities can be produced only according to a special price list  or after special agreement .

OD (mm)	t (mm)	ID (mm)	Area (mm2)	Th. Weight (gr/m)	Th. Weight 6m (kg)	Ixx, Iyy (cm^4)	ix, iy (cm)	Sx, Sy (cm^3)	PSM x (cm3)	It (cm4)
8	1	6	22	59	0.4	0.01374	0.25	0.03436	0.03947	0.02749
10	1	8	28	76	0.5	0.02898	0.32	0.05796	0.06507	0.05796
12	3	6	85	229	1.4	0.09543	0.34	0.15904	0.20159	0.19085
12	2	8	63	170	1.0	0.08168	0.36	0.13614	0.16213	0.16336
12	1	10	35	93	0.6	0.05270	0.39	0.08783	0.09706	0.10540
13	3.25	6.5	100	269	1.6	0.13144	0.36	0.20221	0.25631	0.26287
13	2.5	8	82	223	1.3	0.12009	0.38	0.18476	0.22466	0.24018
13	1.2	10.6	44	120	0.7	0.07823	0.42	0.12035	0.13413	0.15645
13	1	11	38	102	0.6	0.06833	0.43	0.10512	0.11546	0.13666
13.5	3	7.5	99	267	1.6	0.14751	0.39	0.21854	0.27179	0.29503
14	3.25	7.5	110	296	1.8	0.17304	0.40	0.24720	0.30961	0.34609
14	3	8	104	280	1.7	0.16847	0.40	0.24067	0.29759	0.33694
14	2	10	75	204	1.2	0.13949	0.43	0.19927	0.23253	0.27897
14	1.5	11	59	159	1.0	0.11671	0.45	0.16672	0.18840	0.23341
14	1	12	41	110	0.7	0.08679	0.46	0.12398	0.13546	0.17357
15	1.5	12	64	172	1.0	0.14672	0.48	0.19562	0.21959	0.29343
15	1	13	44	119	0.7	0.10831	0.50	0.14441	0.15706	0.21661
16	2.5	11	106	286	1.7	0.24983	0.49	0.31229	0.36866	0.49966
16	2	12	88	238	1.4	0.21991	0.50	0.27489	0.31573	0.43982
16	1.5	13	68	184	1.1	0.18150	0.52	0.22688	0.25319	0.36300
16	1	14	47	127	0.8	0.13312	0.53	0.16641	0.18026	0.26625
16.9	0.8	15.3	40	109	0.7	0.13143	0.57	0.15554	0.16603	0.26286
17	1	15	50	136	0.8	0.16148	0.57	0.18997	0.20506	0.32296
17.2	1.1	15	56	150	0.9	0.18111	0.57	0.21060	0.22845	0.36223
17.3	1	15.3	51	138	0.8	0.17071	0.58	0.19735	0.21281	0.34142
18	2.5	13	122	329	2.0	0.37510	0.56	0.41678	0.48465	0.75020
18	2	14	101	271	1.6	0.32673	0.57	0.36303	0.41172	0.65345
18	1.75	14.5	89	241	1.4	0.29831	0.58	0.33145	0.37111	0.59662
18	1.5	15	78	210	1.3	0.26679	0.59	0.29644	0.32759	0.53359
18	1	16	53	144	0.9	0.19360	0.60	0.21511	0.23146	0.38720
19	1.5	16	82	223	1.3	0.31801	0.62	0.33475	0.36839	0.63603
19	1.25	16.5	70	188	1.1	0.27588	0.63	0.29040	0.31558	0.55175
19	1.25	16.5	70	188	1.1	0.27588	0.63	0.29040	0.31558	0.55175
19	1	17	57	153	0.9	0.22973	0.64	0.24182	0.25946	0.45946
19.1	1.1	16.9	62	168	1.0	0.25287	0.64	0.26478	0.28547	0.50573
19.2	1.1	17	63	169	1.0	0.25709	0.64	0.26780	0.28864	0.51418
19.9	0.85	18.2	51	137	0.8	0.23122	0.67	0.23238	0.24693	0.46244
20	2.65	14.7	144	390	2.3	0.55619	0.62	0.55619	0.64311	1.11237
20	2.15	15.7	121	326	2.0	0.48716	0.64	0.48716	0.55067	0.97431
20	2	16	113	305	1.8	0.46370	0.64	0.46370	0.52052	0.92740
20	1.5	17	87	235	1.4	0.37542	0.66	0.37542	0.41159	0.75083
20	1	18	60	161	1.0	0.27010	0.67	0.27010	0.28906	0.54020
21	1.25	18.5	78	209	1.3	0.37967	0.70	0.36159	0.39057	0.75934
21	1	19	63	170	1.0	0.31494	0.71	0.29995	0.32026	0.62989
21	1	19	63	170	1.0	0.31494	0.71	0.29995	0.32026	0.62989
21.5	1.15	19.2	74	199	1.2	0.38180	0.72	0.35516	0.38139	0.76360
21.6	1.05	19.5	68	183	1.1	0.35877	0.73	0.33220	0.35503	0.71754
21.8	1	19.8	65	176	1.1	0.35420	0.74	0.32496	0.34637	0.70841
22	2.75	16.5	166	449	2.7	0.78607	0.69	0.71460	0.82076	1.57213
22	2	18	126	339	2.0	0.63460	0.71	0.57691	0.64212	1.26920
22	1.5	19	97	261	1.6	0.51019	0.73	0.46381	0.50519	1.02038
22	1	20	66	178	1.1	0.36450	0.74	0.33137	0.35306	0.72901
22.4	1.2	20	80	216	1.3	0.45044	0.75	0.40218	0.43191	0.90088
22.5	1.75	19	114	308	1.8	0.61834	0.74	0.54964	0.60420	1.23669
22.6	1	20.6	68	183	1.1	0.39660	0.76	0.35097	0.37351	0.79320
22.8	0.9	21	62	167	1.0	0.37185	0.77	0.32618	0.34550	0.74370
23	2	19	132	356	2.1	0.73395	0.75	0.63822	0.70772	1.46791
23	1.5	20	101	274	1.6	0.58827	0.76	0.51154	0.55559	1.17654
23	1	21	69	187	1.1	0.41901	0.78	0.36436	0.38746	0.83802
23.5	6.5	10.5	347	937	5.6	1.43740	0.64	1.22332	1.57599	2.87480
23.8	1.4	21	99	266	1.6	0.62033	0.79	0.52129	0.56269	1.24067
24	2	20	138	373	2.2	0.84320	0.78	0.70267	0.77651	1.68641
24	1.2	21.6	86	232	1.4	0.56008	0.81	0.46673	0.49949	1.12015
24	1	22	72	195	1.2	0.47870	0.81	0.39892	0.42346	0.95740
25	4.5	16	290	782	4.7	1.59578	0.74	1.27662	1.53716	3.19155
25	4.2	16.6	274	741	4.4	1.54474	0.75	1.23579	1.47339	3.08948
25	3.5	18	236	638	3.8	1.40218	0.77	1.12174	1.30570	2.80435
25	3	19	207	560	3.4	1.27776	0.79	1.02221	1.16877	2.55553
25	2.5	20	177	477	2.9	1.13208	0.80	0.90566	1.01664	2.26416
25	2	21	145	390	2.3	0.96282	0.82	0.77026	0.84851	1.92564
25	1.7	21.6	124	336	2.0	0.84895	0.83	0.67916	0.73962	1.69790
25	1.5	22	111	299	1.8	0.76757	0.83	0.61406	0.66358	1.53515
25	1	23	75	204	1.2	0.54381	0.85	0.43505	0.46106	1.08762
26	2	22	151	407	2.4	1.09327	0.85	0.84098	0.92371	2.18655
26	1	24	79	212	1.3	0.61457	0.88	0.47275	0.50025	1.22915
27	8.5	10	494	1,334	8.0	2.55962	0.72	1.89601	2.49100	5.11924
27	2.5	22	192	520	3.1	1.45880	0.87	1.08060	1.20464	2.91761
27	1	25	82	221	1.3	0.69123	0.92	0.51202	0.54105	1.38246
28	3	22	236	636	3.8	1.86728	0.89	1.33377	1.50716	3.73457
28	1.5	25	125	337	2.0	1.09971	0.94	0.78551	0.84358	2.19942
28	1.25	25.5	105	284	1.7	0.94165	0.95	0.67261	0.71607	1.88330
28	1	26	85	229	1.4	0.77401	0.96	0.55286	0.58345	1.54802
28.2	1	26.2	85	231	1.4	0.79132	0.96	0.56122	0.59212	1.58264
28.5	1.5	25.5	127	344	2.1	1.16300	0.96	0.81614	0.87568	2.32601
28.5	1.25	26	107	289	1.7	0.99536	0.96	0.69850	0.74306	1.99073
29	1.5	26	130	350	2.1	1.22868	0.97	0.84737	0.90838	2.45736
30	3	24	254	687	4.1	2.34748	0.96	1.56498	1.75676	4.69495
30	2.5	25	216	583	3.5	2.05860	0.98	1.37240	1.51663	4.11720
30	2.1	25.8	184	497	3.0	1.80113	0.99	1.20075	1.31017	3.60226
30	1.5	27	134	363	2.2	1.36737	1.01	0.91158	0.97558	2.73475
30	1	28	91	246	1.5	0.95889	1.03	0.63926	0.67305	1.91779
30.4	1.2	28	110	297	1.8	1.17523	1.03	0.77318	0.81897	2.35046
31	1.5	28	139	375	2.3	1.51614	1.04	0.97815	1.04517	3.03228
31	1.25	28.5	117	315	1.9	1.29478	1.05	0.83534	0.88556	2.58957
31.5	1.75	28	164	442	2.6	1.81576	1.05	1.15286	1.24049	3.63152
32	6	20	490	1,323	7.9	4.36179	0.94	2.72612	3.30232	8.72357
32	2	28	188	509	3.1	2.13000	1.06	1.33125	1.44210	4.26000
32	1	30	97	263	1.6	1.17111	1.10	0.73194	0.76905	2.34221
32.2	1.1	30	107	290	1.7	1.30100	1.10	0.80807	0.85148	2.60200
33	3.5	26	324	876	5.3	3.57820	1.05	2.16861	2.44807	7.15640
33	2	29	195	526	3.2	2.34952	1.10	1.42395	1.53969	4.69904
34	1	32	104	280	1.7	1.41254	1.17	0.83091	0.87144	2.82508
34.3	1	32.3	105	282	1.7	1.45139	1.18	0.84629	0.88736	2.90278
35	3	29	302	814	4.9	3.89432	1.14	2.22532	2.46474	7.78864
35	2.5	30	255	689	4.1	3.39010	1.15	1.93720	2.11661	6.78020
35	2.2	30.6	227	612	3.7	3.06234	1.16	1.74991	1.89627	6.12468
35	1	33	107	288	1.7	1.54480	1.20	0.88274	0.92504	3.08960
38	1.5	35	172	464	2.8	2.86921	1.29	1.51011	1.59956	5.73842
38.5	1.75	35	202	546	3.3	3.41864	1.30	1.77592	1.89217	6.83728
39	2	35	232	628	3.8	3.98990	1.31	2.04610	2.19248	7.97980
40	3	34	349	942	5.6	6.00665	1.31	3.00332	3.29272	12.01329
40	2	36	239	645	3.9	4.32157	1.35	2.16079	2.31248	8.64315
40	1	38	123	331	2.0	2.33098	1.38	1.16549	1.21704	4.66197
42	1.5	39	191	515	3.1	3.91843	1.43	1.86592	1.96915	7.83685
43.5	2	39.5	261	704	4.2	5.62654	1.47	2.58692	2.75766	11.25309
45	2	41	270	729	4.4	6.25797	1.52	2.78132	2.96046	12.51595
46	3	40	405	1,094	6.6	9.41229	1.52	4.09230	4.44469	18.82458
47	1.5	44	214	579	3.5	5.55465	1.61	2.36368	2.48514	11.10931
48	2	44	289	780	4.7	7.65920	1.63	3.19133	3.38765	15.31841
50	3.75	42.5	545	1,471	8.8	14.66466	1.64	5.86587	6.43109	29.32933
50	2	46	302	814	4.9	8.70096	1.70	3.48038	3.68844	17.40191
50	1	48	154	416	2.5	4.62199	1.73	1.84880	1.92102	9.24398
50.8	1.3	48.2	202	546	3.3	6.19610	1.75	2.43941	2.54878	12.39220
52	2	48	314	848	5.1	9.83319	1.77	3.78199	4.00203	19.66637
53	1	51	163	441	2.6	5.52371	1.84	2.08442	2.16341	11.04741
55	1	53	170	458	2.7	6.18572	1.91	2.24935	2.33301	12.37143
60	6.5	47	1092	2,950	17.7	39.66417	1.91	13.22139	14.95656	79.32835
60	5.5	49	942	2,543	15.3	35.31935	1.94	11.77312	13.11314	70.63870
60	3.5	53	621	1,677	10.1	24.88494	2.00	8.29498	8.94951	49.76989
60	3	54	537	1,450	8.7	21.87797	2.02	7.29266	7.80460	43.75595
61.5	1.5	58.5	283	763	4.6	12.73140	2.12	4.14029	4.32079	25.46280
66	2	62	402	1,086	6.5	20.60885	2.26	6.24511	6.55557	41.21770
66	1.4	63.2	284	767	4.6	14.82823	2.28	4.49340	4.67455	29.65647
77	1.3	74.4	309	835	5.0	22.15231	2.68	5.75385	5.96015	44.30461
106	4.5	97	1435	3,874	23.2	185.14984	3.59	34.93393	37.11147	370.29967
120	3	114	1103	2,977	17.9	188.80964	4.14	31.46827	32.85998	377.61928
126	2	122	779	2,104	12.6	149.78485	4.38	23.77537	24.60312	299.56971
All the calculated data in the above table, is based on the theoritical dimensions of the profiles. Tolerances compy with EN 755. If stricter tolerances are required,  then they have to be confirmed with the sales department.
Ôá óôïé÷åßá ãéá ôéò äéáôïìÝò ðïõ ðåñéÝ÷åé ï ðßíáêáò, õðïëïãßóèçêáí âÜóåé ôùí èåùñçôéêþí äéáóôÜóåùí ôùí äéáôïìþí. Ïé äéáôïìÝò Ý÷ïõí áíï÷Ýò äéáóôÜóåùí êáé ìïñöÞò âÜóåé ôïõ EN 755. Áí ðñüêåéôáé íá ÷ñçóéìïðïéÞóåôå ôá ðñïößë óå åéäéêÝò åöáñìïãÝò, ðïõ áðáéôïýí êáé áõóôçñüôåñåò áíï÷Ýò, ðñÝðåé íá ôï áíáöÝñåôáé óôçí ðáñáããåëßá óáò.
Notes: Ixx, Iyy: moment of inertia with respect on x, y axis accordingly. Ixy: product of inertia ix, iy: radii of gyration Sx, Sy: section modulus with respect on x, y axis respectively, PSM: Plastic Section Moduli, (cm3) It: Torsional Constant (cm4)