Sinae quid est anulum Flexilis pro et quod genus Flexilis in o-annulis adhibetur ?Manufacturers et Suppliers |BD SEALS

what is the rubber o-ring for and what kind of rubber is used in o-rings ?

Description:

Overview et signare principium of Flexilis O-anulus

quid est iuvantis o-anulus et qualis Flexilis in o-annulis adhibetur? O-anulus, etiam ut O-anulus, genus est anuli Flexilis cum figura crucis circulari sectione.O-anulus in systematis hydraulicis et pneumaticis quamplurimis adsuetis elementis obsignandis.Anulus O-anulus signationem bonam habet, quae ad signationem statam et dynamicam adhiberi potest;Non solum adhiberi potest solum, sed est etiam fundamentale multarum coniunctionum machinis obsignandis.Applicationes amplis habet, et si materias rite eliguntur, variis instrumentis et condicionibus motuum postulationibus occurrere potest. O signatio figurata anulus est extrusio generis sigillum, et principium operandi principale signaculum extrutionis speciei est. niti elasticae deformatione elementi signandi ut contactum pressionis in superficie contactus signandi efficiat.Si pressio contactus maior est quam pressio interna medii signati, nulla lacus occurret, alioquin lacus eveniet.

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Primum -please oring AS568 reprehendo "

AS568 MENSURA	Nominal ID	Nominal C/S	Id est in pollices mensurae	± ID	Mensurae CS in pollices	± CS	Mensurae ID in mm	± ID	Mensurae CS in mm	± C/S
-1	1/32	1/32	0.029	0.004	0.041	0.003	0.74	0.10	1.02	0.08
-2	3/64	3/64	0.041	0.004	0.041	0.003	1.07	0.10	1.27	0.08
-3	1/16	1/16	0.093	0.004	0.093	0.003	1.42	0.10	1.52	0.08
-4	5/64	1/16	0.093	0.005	0.093	0.003	1.78	0.13	1.78	0.08
-5	3/32	1/16	0.101	0.005	0.093	0.003	2.57	0.13	1.78	0.08
-6	1/8	1/16	0.114	0.005	0.093	0.003	2.90	0.13	1.78	0.08
-7	5/32	1/16	0.145	0.005	0.093	0.003	3.68	0.13	1.78	0.08
-8	3/16	1/16	0.176	0.005	0.093	0.003	4.47	0.13	1.78	0.08
-9	7/32	1/16	0.208	0.005	0.093	0.003	5.28	0.13	1.78	0.08
-10	1/4	1/16	0.239	0.005	0.093	0.003	6.07	0.13	1.78	0.08
-11	5/16	1/16	0.301	0.005	0.093	0.003	7.65	0.13	1.78	0.08
-12	3/8	1/16	0.364	0.005	0.093	0.003	9.25	0.13	1.78	0.08
-13	7/16	1/16	0.426	0.005	0.093	0.003	10.82	0.13	1.78	0.08
-14	1/2	1/16	0.489	0.005	0.093	0.003	12.42	0.13	1.78	0.08
-15	9/16	1/16	0.551	0.007	0.093	0.003	14.00	0.18	1.78	0.08
-16	5/8	1/16	0.614	0.009	0.093	0.003	15.60	0.23	1.78	0.08
-17	11/16	1/16	0.676	0.009	0.093	0.003	17.17	0.23	1.78	0.08
-18	3/4	1/16	0.739	0.009	0.093	0.003	18.77	0.23	1.78	0.08
-19	13/16	1/16	0.801	0.009	0.093	0.003	20.35	0.23	1.78	0.08
-20	7/8	1/16	0.864	0.009	0.093	0.003	21.95	0.23	1.78	0.08
-21	15/16	1/16	0.926	0.009	0.093	0.003	23.52	0.23	1.78	0.08
-22	1	1/16	0.989	0.013	0.093	0.003	25.12	0.25	1.78	0.08
-23	1 1/16	1/16	1.051	0.013	0.093	0.003	26.70	0.25	1.78	0.08
-24	1 1/8	1/16	1.114	0.013	0.093	0.003	28.30	0.25	1.78	0.08
-25	1 3/16	1/16	1.176	0.011	0.093	0.003	29.87	0.28	1.78	0.08
-26	1 1/4	1/16	1.239	0.011	0.093	0.003	31.47	0.28	1.78	0.08
-27	1 5/16	1/16	1.301	0.011	0.093	0.003	33.05	0.28	1.78	0.08
-28	1 3/8	1/16	1.364	0.013	0.093	0.003	34.65	0.33	1.78	0.08
-29	1 1/2	1/16	1.489	0.013	0.093	0.003	37.82	0.33	1.78	0.08
-30	1 5/8	1/16	1.614	0.013	0.093	0.003	41.00	0.33	1.78	0.08
-31	1 3/4	1/16	1.739	0.014	0.093	0.003	44.17	0.38	1.78	0.08
-32	1 7/8	1/16	1.864	0.014	0.093	0.003	47.35	0.38	1.78	0.08
-33	2	1/16	1.989	0.018	0.093	0.003	50.52	0.46	1.78	0.08
-34	2 1/8	1/16	2.114	0.018	0.093	0.003	53.70	0.46	1.78	0.08
-35	2 1/4	1/16	2.239	0.018	0.093	0.003	56.87	0.46	1.78	0.08
-36	2 3/8	1/16	2.364	0.018	0.093	0.003	60.05	0.46	1.78	0.08
-37	2 1/2	1/16	2.489	0.018	0.093	0.003	63.22	0.46	1.78	0.08
-38	2 5/8	1/16	2.614	0.018	0.093	0.003	66.40	0.51	1.78	0.08
-39	2 3/4	1/16	2.739	0.018	0.093	0.003	69.57	0.51	1.78	0.08
-40	2 7/8	1/16	2.864	0.018	0.093	0.003	72.75	0.51	1.78	0.08
-41	3	1/16	2.989	0.024	0.093	0.003	75.92	0.61	1.78	0.08
-42	3 1/4	1/16	3.239	0.024	0.093	0.003	82.27	0.61	1.78	0.08
-43	3 1/2	1/16	3.489	0.024	0.093	0.003	88.62	0.61	1.78	0.08
-44	3 3/4	1/16	3.739	0.027	0.093	0.003	94.97	0.69	1.78	0.08
-45	4	1/16	3.989	0.027	0.093	0.003	101.32	0.69	1.78	0.08
-46	4 1/4	1/16	4.239	0.030	0.093	0.003	107.67	0.76	1.78	0.08
-47	4 1/2	1/16	4.489	0.030	0.093	0.003	114.02	0.76	1.78	0.08
-48	4 3/4	1/16	4.739	0.030	0.093	0.003	120.37	0.76	1.78	0.08
-49	5	1/16	4.989	0.093	0.093	0.003	126.72	0.94	1.78	0.08
-50	5 1/4	1/16	5.239	0.093	0.093	0.003	133.07	0.94	1.78	0.08
-102	1/16	3/32	0.041	0.005	0.103	0.003	1.24	0.13	2.62	0.08
-103	3/32	3/32	0.093	0.005	0.103	0.003	2.06	0.13	2.62	0.08
-104	1/8	3/32	0.112	0.005	0.103	0.003	2.84	0.13	2.62	0.08
-105	5/32	3/32	0.143	0.005	0.103	0.003	3.63	0.13	2.62	0.08
-106	3/16	3/32	0.174	0.005	0.103	0.003	4.42	0.13	2.62	0.08
-107	7/32	3/32	0.206	0.005	0.103	0.003	5.23	0.13	2.62	0.08
-108	1/4	3/32	0.237	0.005	0.103	0.003	6.02	0.13	2.62	0.08
-109	5/16	3/32	0.299	0.005	0.103	0.003	7.59	0.13	2.62	0.08
-110	3/8	3/32	0.362	0.005	0.103	0.003	9.19	0.13	2.62	0.08
-111	7/16	3/32	0.424	0.005	0.103	0.003	10.77	0.13	2.62	0.08
-112	1/2	3/32	0.487	0.005	0.103	0.003	12.37	0.13	2.62	0.08
-113	9/16	3/32	0.549	0.007	0.103	0.003	13.94	0.18	2.62	0.08
-114	5/8	3/32	0.612	0.009	0.103	0.003	15.54	0.23	2.62	0.08
-115	11/16	3/32	0.124	0.009	0.103	0.003	17.12	0.23	2.62	0.08
-116	3/4	3/32	0.737	0.009	0.103	0.003	18.72	0.23	2.62	0.08
-117	13/16	3/32	0.799	0.013	0.103	0.003	20.29	0.25	2.62	0.08
-118	7/8	3/32	0.862	0.013	0.103	0.003	21.89	0.25	2.62	0.08
-119	15/16	3/32	0.924	0.013	0.103	0.003	23.47	0.25	2.62	0.08
-120	1	3/32	0.987	0.013	0.103	0.003	25.07	0.25	2.62	0.08
-121	1 1/16	3/32	1.049	0.013	0.103	0.003	26.64	0.25	2.62	0.08
-122	1 1/8	3/32	1.112	0.013	0.103	0.003	28.24	0.25	2.62	0.08
-123	1 3/16	3/32	1.174	0.012	0.103	0.003	29.82	0.30	2.62	0.08
-124	1 1/4	3/32	1.237	0.012	0.103	0.003	31.42	0.30	2.62	0.08
-125	1 5/16	3/32	1.299	0.012	0.103	0.003	32.99	0.30	2.62	0.08
-126	1 3/8	3/32	1.362	0.012	0.103	0.003	34.59	0.30	2.62	0.08
-127	1 7/16	3/32	1.424	0.012	0.103	0.003	36.17	0.30	2.62	0.08
-128	1 1/2	3/32	1.487	0.012	0.103	0.003	37.77	0.30	2.62	0.08
-129	1 9/16	3/32	1.549	0.014	0.103	0.003	39.34	0.38	2.62	0.08
-130	1 5/8	3/32	1.612	0.014	0.103	0.003	40.94	0.38	2.62	0.08
-131	1 11/16	3/32	1.674	0.014	0.103	0.003	42.52	0.38	2.62	0.08
-132	1 3/4	3/32	1.737	0.014	0.103	0.003	44.12	0.38	2.62	0.08
-133	1 13/16	3/32	1.799	0.014	0.103	0.003	45.69	0.38	2.62	0.08
-134	1 7/8	3/32	1.862	0.014	0.103	0.003	47.29	0.38	2.62	0.08
-135	1 15/16	3/32	1.925	0.017	0.103	0.003	48.90	0.43	2.62	0.08
-136	2	3/32	1.987	0.017	0.103	0.003	50.47	0.43	2.62	0.08
-137	2 1/16	3/32	2.050	0.017	0.103	0.003	52.07	0.43	2.62	0.08
-138	2 1/8	3/32	2.112	0.017	0.103	0.003	53.64	0.43	2.62	0.08
-139	2 3/16	3/32	2.175	0.017	0.103	0.003	55.25	0.43	2.62	0.08
-140	2 1/4	3/32	2.237	0.017	0.103	0.003	56.82	0.43	2.62	0.08
-141	2 5/16	3/32	2.300	0.018	0.103	0.003	58.42	0.51	2.62	0.08
-142	2 3/8	3/32	2.362	0.018	0.103	0.003	59.99	0.51	2.62	0.08
-143	2 7/16	3/32	2.425	0.018	0.103	0.003	61.60	0.51	2.62	0.08
-144	2 1/2	3/32	2.487	0.018	0.103	0.003	63.17	0.51	2.62	0.08
-145	2 9/16	3/32	2.550	0.018	0.103	0.003	64.77	0.51	2.62	0.08
-146	2 5/8	3/32	2.612	0.018	0.103	0.003	66.34	0.51	2.62	0.08
-147	2 11/16	3/32	2.675	0.022	0.103	0.003	67.95	0.56	2.62	0.08
-148	2 3/4	3/32	2.737	0.022	0.103	0.003	69.52	0.56	2.62	0.08
-149	2 13/16	3/32	2.800	0.022	0.103	0.003	71.12	0.56	2.62	0.08
-150	2 7/8	3/32	2.862	0.022	0.103	0.003	72.69	0.56	2.62	0.08
-151	3	3/32	2.987	0.024	0.103	0.003	75.87	0.61	2.62	0.08
-152	3 1/4	3/32	3.237	0.024	0.103	0.003	82.22	0.61	2.62	0.08
-153	3 1/2	3/32	3.487	0.024	0.103	0.003	88.57	0.61	2.62	0.08
-154	3 3/4	3/32	3.737	0.028	0.103	0.003	94.92	0.71	2.62	0.08
-155	4	3/32	3.987	0.028	0.103	0.003	101.27	0.71	2.62	0.08
-156	4 1/4	3/32	4.237	0.030	0.103	0.003	107.62	0.76	2.62	0.08
-157	4 1/2	3/32	4.487	0.030	0.103	0.003	113.97	0.76	2.62	0.08
-158	4 3/4	3/32	4.737	0.030	0.103	0.003	120.32	0.76	2.62	0.08
-159	5	3/32	4.987	0.035	0.103	0.003	126.67	0.89	2.62	0.08
-160	5 1/4	3/32	5.237	0.035	0.103	0.003	133.02	0.89	2.62	0.08
-161	5 1/2	3/32	5.487	0.035	0.103	0.003	139.37	0.89	2.62	0.08
-162	5 3/4	3/32	5.737	0.035	0.103	0.003	145.72	0.89	2.62	0.08
-163	6	3/32	5.987	0.035	0.103	0.003	152.07	0.89	2.62	0.08
-164	6 1/4	3/32	6.237	0.041	0.103	0.003	158.42	1.02	2.62	0.08
-165	6 1/2	3/32	6.487	0.041	0.103	0.003	164.77	1.02	2.62	0.08
-166	6 3/4	3/32	6.737	0.041	0.103	0.003	171.12	1.02	2.62	0.08
-167	7	3/32	6.987	0.041	0.103	0.003	177.47	1.02	2.62	0.08
-168	7 1/4	3/32	7.237	0.041	0.103	0.003	183.82	1.14	2.62	0.08
-169	7 1/2	3/32	7.487	0.041	0.103	0.003	190.17	1.14	2.62	0.08
-170	7 3/4	3/32	7.737	0.041	0.103	0.003	196.52	1.14	2.62	0.08
-171	8	3/32	7.987	0.041	0.103	0.003	202.87	1.14	2.62	0.08
-172	8 1/4	3/32	8.237	0.041	0.103	0.003	209.22	1.27	2.62	0.08
-173	8 1/2	3/32	8.487	0.041	0.103	0.003	215.57	1.27	2.62	0.08
-174	8 3/4	3/32	8.737	0.041	0.103	0.003	221.92	1.27	2.62	0.08
-175	9	3/32	8.987	0.041	0.103	0.003	228.27	1.27	2.62	0.08
-176	9 1/4	3/32	9.237	0.093	0.103	0.003	234.62	1.40	2.62	0.08
-177	9 1/2	3/32	9.487	0.093	0.103	0.003	240.97	1.40	2.62	0.08
-178	9 3/4	3/32	9.737	0.093	0.103	0.003	247.32	1.40	2.62	0.08
-201	3/16	1/8	0.171	0.005	0.139	0.004	4.34	0.13	3.53	0.10
-202	1/4	1/8	0.234	0.005	0.139	0.004	5.94	0.13	3.53	0.10
-203	5/16	1/8	0.296	0.005	0.139	0.004	7.52	0.13	3.53	0.10
-204	3/8	1/8	0.359	0.005	0.139	0.004	9.12	0.13	3.53	0.10
-205	7/16	1/8	0.421	0.005	0.139	0.004	10.69	0.13	3.53	0.10
-206	1/2	1/8	0.484	0.005	0.139	0.004	12.29	0.13	3.53	0.10
-207	9/16	1/8	0.556	0.007	0.139	0.004	13.87	0.18	3.53	0.10
-208	5/8	1/8	0.609	0.009	0.139	0.004	15.47	0.23	3.53	0.10
-209	11/16	1/8	0.691	0.009	0.139	0.004	17.04	0.23	3.53	0.10
-210	3/4	1/8	0.734	0.013	0.139	0.004	18.64	0.25	3.53	0.10
-211	13/16	1/8	0.796	0.013	0.139	0.004	20.22	0.25	3.53	0.10
-212	7/8	1/8	0.859	0.013	0.139	0.004	21.82	0.25	3.53	0.10
-213	15/16	1/8	0.921	0.013	0.139	0.004	23.39	0.25	3.53	0.10
-214	1	1/8	0.984	0.013	0.139	0.004	24.99	0.25	3.53	0.10
-215	1 1/16	1/8	1.046	0.013	0.139	0.004	26.57	0.25	3.53	0.10
-216	1 1/8	1/8	1.109	0.012	0.139	0.004	28.17	0.30	3.53	0.10
-217	1 3/16	1/8	1.171	0.012	0.139	0.004	29.74	0.30	3.53	0.10
-218	1 1/4	1/8	1.234	0.012	0.139	0.004	31.34	0.30	3.53	0.10
-219	1 5/16	1/8	1.296	0.012	0.139	0.004	32.92	0.30	3.53	0.10
-220	1 3/8	1/8	1.359	0.012	0.139	0.004	34.52	0.30	3.53	0.10
-221	1 7/16	1/8	1.421	0.012	0.139	0.004	36.09	0.30	3.53	0.10
-222	1 1/2	1/8	1.484	0.014	0.139	0.004	37.69	0.38	3.53	0.10
-223	1 5/8	1/8	1.609	0.014	0.139	0.004	40.87	0.38	3.53	0.10
-224	1 3/4	1/8	1.734	0.014	0.139	0.004	44.04	0.38	3.53	0.10
-225	1 7/8	1/8	1.859	0.018	0.139	0.004	47.22	0.46	3.53	0.10
-226	2	1/8	1.984	0.018	0.139	0.004	50.39	0.46	3.53	0.10
-227	2 1/8	1/8	2.109	0.018	0.139	0.004	53.57	0.46	3.53	0.10
-228	2 1/4	1/8	2.234	0.018	0.139	0.004	56.74	0.51	3.53	0.10
-229	2 3/8	1/8	2.359	0.018	0.139	0.004	59.92	0.51	3.53	0.10
-230	2 1/2	1/8	2.484	0.018	0.139	0.004	63.09	0.51	3.53	0.10
-231	2 5/8	1/8	2.609	0.018	0.139	0.004	66.27	0.51	3.53	0.10
-232	2 3/4	1/8	2.734	0.024	0.139	0.004	69.44	0.61	3.53	0.10
-233	2 7/8	1/8	2.859	0.024	0.139	0.004	72.62	0.61	3.53	0.10
-234	3	1/8	2.984	0.024	0.139	0.004	75.79	0.61	3.53	0.10
-235	3 1/8	1/8	3.109	0.024	0.139	0.004	78.97	0.61	3.53	0.10
-236	3 1/4	1/8	3.234	0.024	0.139	0.004	82.14	0.61	3.53	0.10
-237	3 3/8	1/8	3.359	0.024	0.139	0.004	85.32	0.61	3.53	0.10
-238	3 1/2	1/8	3.484	0.024	0.139	0.004	88.49	0.61	3.53	0.10
-239	3 5/8	1/8	3.609	0.028	0.139	0.004	91.67	0.71	3.53	0.10
-240	3 3/4	1/8	3.734	0.028	0.139	0.004	94.84	0.71	3.53	0.10
-241	3 7/8	1/8	3.859	0.028	0.139	0.004	98.02	0.71	3.53	0.10
-242	4	1/8	3.984	0.028	0.139	0.004	101.19	0.71	3.53	0.10
-243	4 1/8	1/8	4.109	0.028	0.139	0.004	104.37	0.71	3.53	0.10
-244	4 1/4	1/8	4.234	0.030	0.139	0.004	107.54	0.76	3.53	0.10
-245	4 3/8	1/8	4.359	0.030	0.139	0.004	110.72	0.76	3.53	0.10
-246	4 1/2	1/8	4.484	0.030	0.139	0.004	113.89	0.76	3.53	0.10
-247	4 5/8	1/8	4.609	0.030	0.139	0.004	117.07	0.76	3.53	0.10
-248	4 3/4	1/8	4.734	0.030	0.139	0.004	120.24	0.76	3.53	0.10
-249	4 7/8	1/8	4.859	0.035	0.139	0.004	123.42	0.89	3.53	0.10
-250	5	1/8	4.984	0.035	0.139	0.004	126.59	0.89	3.53	0.10
-251	5 1/8	1/8	5.109	0.035	0.139	0.004	129.77	0.89	3.53	0.10
-252	5 1/4	1/8	5.234	0.035	0.139	0.004	132.94	0.89	3.53	0.10
-253	5 3/8	1/8	5.359	0.035	0.139	0.004	136.12	0.89	3.53	0.10
-254	5 1/2	1/8	5.484	0.035	0.139	0.004	139.29	0.89	3.53	0.10
-255	5 5/8	1/8	5.609	0.035	0.139	0.004	142.47	0.89	3.53	0.10
-256	5 3/4	1/8	5.734	0.035	0.139	0.004	145.64	0.89	3.53	0.10
-257	5 7/8	1/8	5.859	0.035	0.139	0.004	148.82	0.89	3.53	0.10
-258	6	1/8	5.984	0.035	0.139	0.004	151.99	0.89	3.53	0.10
-259	6 1/4	1/8	6.234	0.041	0.139	0.004	158.34	1.02	3.53	0.10
-260	6 1/2	1/8	6.484	0.041	0.139	0.004	164.69	1.02	3.53	0.10
-261	6 3/4	1/8	6.734	0.041	0.139	0.004	171.04	1.02	3.53	0.10
-262	7	1/8	6.984	0.041	0.139	0.004	177.39	1.02	3.53	0.10
-263	7 1/4	1/8	7.234	0.041	0.139	0.004	183.74	1.14	3.53	0.10
-264	7 1/2	1/8	7.484	0.041	0.139	0.004	190.09	1.14	3.53	0.10
-265	7 3/4	1/8	7.734	0.041	0.139	0.004	196.44	1.14	3.53	0.10
-266	8	1/8	7.984	0.041	0.139	0.004	202.79	1.14	3.53	0.10
-267	8 1/4	1/8	8.234	0.041	0.139	0.004	209.14	1.27	3.53	0.10
-268	8 1/2	1/8	8.484	0.041	0.139	0.004	215.49	1.27	3.53	0.10
-269	8 3/4	1/8	8.734	0.041	0.139	0.004	221.84	1.27	3.53	0.10
-270	9	1/8	8.984	0.041	0.139	0.004	228.19	1.27	3.53	0.10
-271	9 1/4	1/8	9.234	0.093	0.139	0.004	234.54	1.40	3.53	0.10
-272	9 1/2	1/8	9.484	0.093	0.139	0.004	240.89	1.40	3.53	0.10
-273	9 3/4	1/8	9.734	0.093	0.139	0.004	247.24	1.40	3.53	0.10
-274	10	1/8	9.984	0.093	0.139	0.004	253.59	1.40	3.53	0.10
-275	10 1/2	1/8	10.484	0.093	0.139	0.004	266.29	1.40	3.53	0.10
-276	11	1/8	10.984	0.093	0.139	0.004	278.99	1.65	3.53	0.10
-277	11 1/2	1/8	11.484	0.093	0.139	0.004	291.69	1.65	3.53	0.10
-278	12	1/8	11.984	0.093	0.139	0.004	304.39	1.65	3.53	0.10
-279	13	1/8	12.984	0.093	0.139	0.004	329.79	1.65	3.53	0.10
-280	14	1/8	13.984	0.093	0.139	0.004	355.19	1.65	3.53	0.10
-281	15	1/8	14.984	0.093	0.139	0.004	380.59	1.65	3.53	0.10
-282	16	1/8	15.955	0.093	0.139	0.004	405.26	1.91	3.53	0.10
-283	17	1/8	16.955	0.093	0.139	0.004	430.66	2.03	3.53	0.10
-284	18	1/8	17.955	0.093	0.139	0.004	456.06	2.16	3.53	0.10
-309	7/16	3/16	0.412	0.005	0.210	0.005	10.46	0.13	5.33	0.13
-310	1/2	3/16	0.475	0.005	0.210	0.005	12.07	0.13	5.33	0.13
-311	9/16	3/16	0.537	0.007	0.210	0.005	13.64	0.18	5.33	0.13
-312	5/8	3/16	0.600	0.009	0.210	0.005	15.24	0.23	5.33	0.13
-313	11/16	3/16	0.662	0.009	0.210	0.005	16.81	0.23	5.33	0.13
-314	3/4	3/16	0.725	0.013	0.210	0.005	18.42	0.25	5.33	0.13
-315	13/16	3/16	0.093	0.013	0.210	0.005	19.99	0.25	5.33	0.13
-316	7/8	3/16	0.850	0.013	0.210	0.005	21.59	0.25	5.33	0.13
-317	15/16	3/16	0.912	0.013	0.210	0.005	23.16	0.25	5.33	0.13
-318	1	3/16	0.975	0.013	0.210	0.005	24.77	0.25	5.33	0.13
-319	1 1/16	3/16	1.037	0.013	0.210	0.005	26.34	0.25	5.33	0.13
-320	1 1/8	3/16	1.100	0.012	0.210	0.005	27.94	0.30	5.33	0.13
-321	1 3/16	3/16	1.162	0.012	0.210	0.005	29.51	0.30	5.33	0.13
-322	1 1/4	3/16	1.225	0.012	0.210	0.005	31.12	0.30	5.33	0.13
-323	1 5/16	3/16	1.287	0.012	0.210	0.005	32.69	0.30	5.33	0.13
-324	1 3/8	3/16	1.350	0.012	0.210	0.005	34.29	0.30	5.33	0.13
-325	1 1/2	3/16	1.475	0.014	0.210	0.005	37.47	0.38	5.33	0.13
-326	1 5/8	3/16	1.600	0.014	0.210	0.005	40.64	0.38	5.33	0.13
-327	1 3/4	3/16	1.725	0.014	0.210	0.005	43.82	0.38	5.33	0.13
-328	1 7/8	3/16	1.850	0.014	0.210	0.005	46.99	0.38	5.33	0.13
-329	2	3/16	1.975	0.018	0.210	0.005	50.17	0.46	5.33	0.13
-330	2 1/8	3/16	2.100	0.018	0.210	0.005	53.34	0.46	5.33	0.13
-331	2 1/4	3/16	2.225	0.018	0.210	0.005	56.52	0.46	5.33	0.13
-332	2 3/8	3/16	2.350	0.018	0.210	0.005	59.69	0.46	5.33	0.13
-333	2 1/2	3/16	2.475	0.018	0.210	0.005	62.87	0.51	5.33	0.13
-334	2 5/8	3/16	2.600	0.018	0.210	0.005	66.04	0.51	5.33	0.13
-335	2 3/4	3/16	2.725	0.018	0.210	0.005	69.22	0.51	5.33	0.13
-336	2 7/8	3/16	2.850	0.018	0.210	0.005	72.39	0.51	5.33	0.13
-337	3	3/16	2.975	0.024	0.210	0.005	75.57	0.61	5.33	0.13
-338	3 1/8	3/16	3.100	0.024	0.210	0.005	78.74	0.61	5.33	0.13
-339	3 1/4	3/16	3.225	0.024	0.210	0.005	81.92	0.61	5.33	0.13
-340	3 3/8	3/16	3.350	0.024	0.210	0.005	85.09	0.61	5.33	0.13
-341	3 1/2	3/16	3.475	0.024	0.210	0.005	88.27	0.61	5.33	0.13
-342	3 5/8	3/16	3.600	0.028	0.210	0.005	91.44	0.71	5.33	0.13
-343	3 3/4	3/16	3.725	0.028	0.210	0.005	94.62	0.71	5.33	0.13
-344	3 7/8	3/16	3.850	0.028	0.210	0.005	97.79	0.71	5.33	0.13
-345	4	3/16	3.975	0.028	0.210	0.005	100.97	0.71	5.33	0.13
-346	4 1/8	3/16	4.100	0.028	0.210	0.005	104.14	0.71	5.33	0.13
-347	4 1/4	3/16	4.225	0.030	0.210	0.005	107.32	0.76	5.33	0.13
-348	4 3/8	3/16	4.350	0.030	0.210	0.005	110.49	0.76	5.33	0.13
-349	4 1/2	3/16	4.475	0.030	0.210	0.005	113.67	0.76	5.33	0.13
-350	4 5/8	3/16	4.600	0.030	0.210	0.005	116.84	0.76	5.33	0.13
-351	4 3/4	3/16	4.725	0.030	0.210	0.005	120.02	0.76	5.33	0.13
-352	4 7/8	3/16	4.850	0.030	0.210	0.005	123.19	0.76	5.33	0.13
-353	5	3/16	4.975	0.093	0.210	0.005	126.37	0.94	5.33	0.13
-354	5 1/8	3/16	5.100	0.093	0.210	0.005	129.54	0.94	5.33	0.13
-355	5 1/4	3/16	5.225	0.093	0.210	0.005	132.72	0.94	5.33	0.13
-356	5 3/8	3/16	5.350	0.093	0.210	0.005	135.89	0.94	5.33	0.13
-357	5 1/2	3/16	5.475	0.093	0.210	0.005	139.07	0.94	5.33	0.13
-358	5 5/8	3/16	5.600	0.093	0.210	0.005	142.24	0.94	5.33	0.13
-359	5 3/4	3/16	5.725	0.093	0.210	0.005	145.42	0.94	5.33	0.13
-360	5 7/8	3/16	5.850	0.093	0.210	0.005	148.59	0.94	5.33	0.13
-361	6	3/16	5.975	0.093	0.210	0.005	151.77	0.94	5.33	0.13
-362	6 1/4	3/16	6.225	0.041	0.210	0.005	158.12	1.02	5.33	0.13
-363	6 1/2	3/16	6.475	0.041	0.210	0.005	164.47	1.02	5.33	0.13
-364	6 3/4	3/16	6.725	0.041	0.210	0.005	170.82	1.02	5.33	0.13
-365	7	3/16	6.975	0.041	0.210	0.005	177.17	1.02	5.33	0.13
-366	7 1/4	3/16	7.225	0.041	0.210	0.005	183.52	1.14	5.33	0.13
-367	7 1/2	3/16	7.475	0.041	0.210	0.005	189.87	1.14	5.33	0.13
-368	7 3/4	3/16	7.725	0.041	0.210	0.005	196.22	1.14	5.33	0.13
-369	8	3/16	7.975	0.041	0.210	0.005	202.57	1.14	5.33	0.13
-370	8 1/4	3/16	8.225	0.041	0.210	0.005	208.92	1.27	5.33	0.13
-371	8 1/2	3/16	8.475	0.041	0.210	0.005	215.27	1.27	5.33	0.13
-372	8 3/4	3/16	8.725	0.041	0.210	0.005	221.62	1.27	5.33	0.13
-373	9	3/16	8.975	0.041	0.210	0.005	227.97	1.27	5.33	0.13
-374	9 1/4	3/16	9.225	0.093	0.210	0.005	234.32	1.40	5.33	0.13
-375	9 1/2	3/16	9.475	0.093	0.210	0.005	240.67	1.40	5.33	0.13
-376	9 3/4	3/16	9.725	0.093	0.210	0.005	247.02	1.40	5.33	0.13
-377	10	3/16	9.975	0.093	0.210	0.005	253.37	1.40	5.33	0.13
-378	10 1/2	3/16	10.475	0.093	0.210	0.005	266.07	1.52	5.33	0.13
-379	11	3/16	10.975	0.093	0.210	0.005	278.77	1.52	5.33	0.13
-380	11 1/2	3/16	11.475	0.093	0.210	0.005	291.47	1.65	5.33	0.13
-381	12	3/16	11.975	0.093	0.210	0.005	304.17	1.65	5.33	0.13
-382	13	3/16	12.975	0.093	0.210	0.005	329.57	1.65	5.33	0.13
-383	14	3/16	13.975	0.093	0.210	0.005	354.97	1.78	5.33	0.13
-384	15	3/16	14.975	0.093	0.210	0.005	380.37	1.78	5.33	0.13
-385	16	3/16	15.955	0.093	0.210	0.005	405.26	1.91	5.33	0.13
-386	17	3/16	16.955	0.093	0.210	0.005	430.66	2.03	5.33	0.13
-387	18	3/16	17.955	0.093	0.210	0.005	456.06	2.16	5.33	0.13
-388	19	3/16	18.955	0.093	0.210	0.005	481.45	2.29	5.33	0.13
-389	20	3/16	19.955	0.093	0.210	0.005	506.85	2.41	5.33	0.13
-390	21	3/16	20.955	0.093	0.210	0.005	532.25	2.41	5.33	0.13
-391	22	3/16	21.955	0.100	0.210	0.005	557.65	2.54	5.33	0.13
-392	23	3/16	22.940	0.105	0.210	0.005	582.68	2.67	5.33	0.13
-393	24	3/16	23.940	0.110	0.210	0.005	608.08	2.79	5.33	0.13
-394	25	3/16	24.940	0.115	0.210	0.005	633.48	2.92	5.33	0.13
-395	26	3/16	25.940	0.120	0.210	0.005	658.88	3.05	5.33	0.13
-425	4 1/2	1/4	4.475	0.093	0.275	0.006	113.67	0.84	6.99	0.15
-426	4 5/8	1/4	4.600	0.093	0.275	0.006	116.84	0.84	6.99	0.15
-427	4 3/4	1/4	4.725	0.093	0.275	0.006	120.02	0.84	6.99	0.15
-428	4 7/8	1/4	4.850	0.093	0.275	0.006	123.19	0.84	6.99	0.15
-429	5	1/4	4.975	0.093	0.275	0.006	126.37	0.94	6.99	0.15
-430	5 1/8	1/4	5.100	0.093	0.275	0.006	129.54	0.94	6.99	0.15
-431	5 1/4	1/4	5.225	0.093	0.275	0.006	132.72	0.94	6.99	0.15
-432	5 3/8	1/4	5.350	0.093	0.275	0.006	135.89	0.94	6.99	0.15
-433	5 1/2	1/4	5.475	0.093	0.275	0.006	139.07	0.94	6.99	0.15
-434	5 5/8	1/4	5.600	0.093	0.275	0.006	142.24	0.94	6.99	0.15
-435	5 3/4	1/4	5.725	0.093	0.275	0.006	145.42	0.94	6.99	0.15
-436	5 7/8	1/4	5.850	0.093	0.275	0.006	148.59	0.94	6.99	0.15
-437	6	1/4	5.975	0.093	0.275	0.006	151.77	0.94	6.99	0.15
-438	6 1/4	1/4	6.225	0.041	0.275	0.006	158.12	1.02	6.99	0.15
-439	6 1/2	1/4	6.475	0.041	0.275	0.006	164.47	1.02	6.99	0.15
-440	6 3/4	1/4	6.725	0.041	0.275	0.006	170.82	1.02	6.99	0.15
-441	7	1/4	6.975	0.041	0.275	0.006	177.17	1.02	6.99	0.15
-442	7 1/4	1/4	7.225	0.041	0.275	0.006	183.52	1.14	6.99	0.15
-443	7 1/2	1/4	7.475	0.041	0.275	0.006	189.87	1.14	6.99	0.15
-444	7 3/4	1/4	7.725	0.041	0.275	0.006	196.22	1.14	6.99	0.15
-445	8	1/4	7.975	0.041	0.275	0.006	202.57	1.14	6.99	0.15
-446	8 1/2	1/4	8.475	0.093	0.275	0.006	215.27	1.40	6.99	0.15
-447	9	1/4	8.975	0.093	0.275	0.006	227.97	1.40	6.99	0.15
-448	9 1/2	1/4	9.475	0.093	0.275	0.006	240.67	1.40	6.99	0.15
-449	10	1/4	9.975	0.093	0.275	0.006	253.37	1.40	6.99	0.15
-450	10 1/2	1/4	10.475	0.093	0.275	0.006	266.07	1.52	6.99	0.15
-451	11	1/4	10.975	0.093	0.275	0.006	278.77	1.52	6.99	0.15
-452	11 1/2	1/4	11.475	0.093	0.275	0.006	291.47	1.52	6.99	0.15
-453	12	1/4	11.975	0.093	0.275	0.006	304.17	1.52	6.99	0.15
-454	12 1/2	1/4	12.475	0.093	0.275	0.006	316.87	1.52	6.99	0.15
-455	13	1/4	12.975	0.093	0.275	0.006	329.57	1.52	6.99	0.15
-456	13 1/2	1/4	13.475	0.093	0.275	0.006	342.27	1.78	6.99	0.15
-457	14	1/4	13.975	0.093	0.275	0.006	354.97	1.78	6.99	0.15
-458	14 1/2	1/4	14.475	0.093	0.275	0.006	367.67	1.78	6.99	0.15
-459	15	1/4	14.975	0.093	0.275	0.006	380.37	1.78	6.99	0.15
-460	15 1/2	1/4	15.475	0.093	0.275	0.006	393.07	1.78	6.99	0.15
-461	16	1/4	15.955	0.093	0.275	0.006	405.26	1.91	6.99	0.15
-462	16 1/2	1/4	16.455	0.093	0.275	0.006	417.96	1.91	6.99	0.15
-463	17	1/4	16.955	0.093	0.275	0.006	430.66	2.03	6.99	0.15
-464	17a	1/4	17.455	0.093	0.275	0.006	443.36	2.16	6.99	0.15
-465	18	1/4	17.955	0.093	0.275	0.006	456.06	2.16	6.99	0.15
-466	18 1/2	1/4	18.455	0.093	0.275	0.006	468.76	2.16	6.99	0.15
-467	19	1/4	18.955	0.093	0.275	0.006	481.46	2.29	6.99	0.15
-468	19 1/2	1/4	19.455	0.093	0.275	0.006	494.16	2.29	6.99	0.15
-469	20	1/4	19.955	0.093	0.275	0.006	506.86	2.41	6.99	0.15
-470	21	1/4	20.955	0.093	0.275	0.006	532.26	2.41	6.99	0.15
-471	22	1/4	21.955	0.100	0.275	0.006	557.66	2.54	6.99	0.15
-472	23	1/4	22.940	0.105	0.275	0.006	582.68	2.67	6.99	0.15
-473	24	1/4	23.940	0.110	0.275	0.006	608.08	2.79	6.99	0.15
-474	25	1/4	24.940	0.115	0.275	0.006	633.48	2.92	6.99	0.15
-475	26	1/4	25.940	0.120	0.275	0.006	658.88	3.05	6.99	0.15
AS568 MENSURA	Nominal ID		Id est in pollices mensurae	±ID	Mensurae CS in pollices	±CS	Mensurae ID in mm	±ID	Mensurae CS in mm	± C/S
-901	3/32		0.185	0.005	0.093	0.003	4.70	0.13	1.42	0.08
-902	1/8		0.239	0.005	0.093	0.003	6.07	0.13	1.63	0.08
-903	3/16		0.301	0.005	0.093	0.003	7.65	0.13	1.63	0.08
-904	1/4		0.351	0.005	0.072	0.003	8.92	0.13	1.83	0.08
-905	5/16		0.414	0.005	0.072	0.003	10.52	0.13	1.83	0.08
-906	3/8		0.468	0.005	0.078	0.003	11.89	0.13	1.98	0.08
-907	7/16		0.530	0.007	0.093	0.003	13.46	0.18	2.08	0.08
-908	1/2		0.644	0.009	0.093	0.003	16.36	0.23	2.21	0.08
-909	9/16		0.706	0.009	0.097	0.003	17.93	0.23	2.46	0.08
-910	5/8		0.755	0.009	0.097	0.003	19.18	0.23	2.46	0.08
-911	11/16		0.863	0.009	0.116	0.004	21.92	0.23	2.95	0.10
-912	3/4		0.924	0.009	0.116	0.004	23.47	0.23	2.95	0.10
-913	13/16		0.986	0.013	0.116	0.004	25.04	0.25	2.95	0.10
-914	7/8		1.047	0.013	0.116	0.004	26.59	0.25	2.95	0.10
-916	1		1.171	0.013	0.116	0.004	29.74	0.25	2.95	0.10
-918	1 1/8		1.355	0.012	0.116	0.004	34.42	0.30	2.95	0.10
-920	1 1/4		1.475	0.014	0.118	0.004	37.47	0.36	3.00	0.10
-924	1 1/2		1.720	0.014	0.118	0.004	43.69	0.36	3.00	0.10
-928	1 3/4		2.090	0.018	0.118	0.004	53.09	0.46	3.00	0.10
-932	2		2.337	0.018	0.118	0.004	59.36	0.46	3.00	0.10

Secundo -Compression rate et extendens quantum adorings

O-anulus sigillum typicum est extructum.Compressionis ratio et extensio moles crucis-sectionalis diametri O-anuli sunt principalia contenta consilio signandi, quae magnae sunt significationis ad signationem vitae perficiendi et serviendi.Bonus effectus signandi O-anuli late dependet ex recta adaptatione magnitudinis O-anuli et magnitudinis sulci, quae rationabili compressione et extensione quantitatem annuli signandi efformans.

1. Cogo rate

pressio rate W vulgariter exprimitur hoc modo;

W=(d0 h)/d0× 100%

In formula, d0- diametri sectionis transversalis in libero statu O-anuli (mm);

H - Distantia inter imum sulcus anuli et superficiem signatam (profunditatem sulcam), ie crux sectionis altitudinis O-anuli post compressionem (mm)

2. Cum seligendis compressionis rationem anuli O-anuli, tres sequentes rationes considerandae sunt:

(1).Sufficere debet area contactus signandi;(2).Conare vim frictionem minuere;(3).Vitare deformatio permanens.

Non difficile est videre ex his quae inter eos sunt contradictiones.Magna pressio rate altam pressionem contactum consequi potest, at rate nimis pressio proculdubio illapsam frictionem et deformationem permanentem auget.Si rate compressio nimis parva est, potest ob errorem coaxiality et error O-anuli signandi sulcus requisitis non occurrentibus, inde in ablatione alicuius quantitatis compressionis et lacus causandi.Cum igitur rationem compressionis O-anuli eligens, necesse est varias causas ponderare.In universum, pressio rate sigillorum staticorum maior est quam sigillorum dynamicorum, at valor extremus eius minor quam 25% debet esse.Alioquin vis pressio signanter relaxat et immoderata deformatio permanentis occurret, praesertim in condiciones operationis gravissimae.Delectu compressionis ratio W pro sigillis O-anulis considerare debet condiciones usus, sicut signa static vel dynamica;Sigillum statice dividi potest in obsignationem radialem et axialem obsignationem;Lacunae hiatus sigillorum radialium (vel sigillorum stabilium cylindricorum) est hiatus radialis, dum lacus rima sigillorum axium (vel sigillorum staticorum planorum) est hiatus axialis.Sigillum axiale in duas partes dividitur secundum utrum pressionis medii agat in diametro interiore vel exteriore diametri O-anuli: pressionis internae et pressionis externae.Augmentum pressionis internae inducit ad extensionem, dum pressionis externa initialem extensionem O-anuli minuit.Variae formae statice sigillorum supra dictarum diversam partem habent actionis obsignationis medium in O-anulo, ita etiam alia ratio prae pressionis.Ad sigilla dynamica, necesse est inter sigilla motus reciproci et motus gyratorii sigilla distinguere.

(2).Static signatio: Sicut mutui machinis obsignandis, cylindricae statice machinis obsignatio plerumque capiunt W=10% ad 15%;Plana static signationem machinam accipit W=15%~30%.Ad signationem dynamicam, in tres casus dividi potest;Motus reciprocus plerumque sumitur ut W=10% ad 15%.Cum ratio compressionis ad motus gyratorias sigilla eligenda, Joule calor effectus considerari debet.Fere diametri O-anuli ad motum rotarii adhibitum est 3%-5% maior quam scapus diametri, et compressio diametri exterioris ratio W=3%-8% est.Pro frictioni ludi, O-annuli plerumque seliguntur cum ratione compressionis minoris W=5%-8% ad resistentiam frictionem reducendam.Praeterea expansio materiae iuvantis per medium et temperatum causata considerari debet.Fere, ultra pressionem deformationem datam, maximae divulgationis licita est 15%.Hoc ambitus valde indicat electionem materialem non esse idoneam, et inaures aliarum materiarum loco adhibendas esse, vel pressio deformationis data corrigi debet.

(3)Tendens quantum ,Postquam in sulco obsignando installatus est, O-anulus fere certam quantitatem extendendi habet.Sicut pressio rate, extensio etiam moles notabilis ictum in obsignatione observantiae et muneris vita O-anuli habet.Magna vis extensionis non solum difficilem efficit ut anulum O-instituat, sed etiam rate compressionem reducat propter mutationes in diametro crucis-sectionali d0, ducens ad ultrices.Extensio quantitatem exprimi potest sic:α= (d+d0)/(d1+d0)In formula, d - scapus diametri (mm);D1-- Diameter interior O-anulus (mm).Circumspectio extensionis moles 1% -5% est.Valores commendati pro extensione quantitatis O-anuli in mensa traduntur.Extensio moles O-anuli eligi potest secundum magnitudinem scapi diametri secundum modum electionis mensae.Praelatio range compressionis ratio et extensio quantum ad O-anulum

Tertia - relatio inter diametri interiorem (ID), diametri exterioris (OD), et filum diametri (C/S) ipsius O-anuli.

OD=ID+C/S*2 Ut: ID=3MM C/S=1MM OD=3MM+1*2=5MM

Quartum-Materiales communiter in productione O-annulorum

NBR :NBR O-RING

Egregiam oleum habet resistentiam, benzenam resistentiam, resistentiam caloris, proprietates physicas et mechanicas, et una ex materia cruda communis olei cum rubber products repugnant.Late usus est in fabricandis gaskets repugnantis, gaskets, globulos hoses, mailboxes aircraft, fasciculos flexibiles, imprimendi ac tingendis globulos globulos, cables materias et adhesivas.

EPDM:EPDM O-RING

praestantibus proprietatibus mechanicis, resistentia chemica, resistentia caloris, resistentia etiam valida exhibens.Ethylene propylene diene monomer (EPDM) praeclaras possessiones in terminis resistentiae ozonis, resistentiae caloris, resistentiae tempestatis, et mollitiem humilem ostendit, aptam faciens applicationibus ozono repugnantibus, tempestatibus resistentibus et UV resistentibus.Tamen, ob proprias structuras notas, flamma retardatio, resistentia oleum, et adhaesio EPDM Flexilis relative pauperes sunt.Nihilominus hoc genus Flexilis praecipuam catenam habet saturatam structuram et cum aliis materiis misceri potest ad meliorem perfectionem cognoscendam ab invicem viribus et infirmitatibus.

VMQ(SILICONE);SILICONE O ANULUS

cum caloris et olei resistentia.Silicone Flexilis humilis temperaturae resistentiam bonam habet et plerumque operari ad -55 . potest℃.Post phenyl introductionem, pervenire potest -73 .℃.Calor resistentiae siliconis Flexilis etiam praestantior est, et in 180 . diu laborare potest℃.Potest sustinere plures septimanas vel plures elasticitates vel paulo supra CC℃et statim potest sustinere caliditas supra 300℃.Silicone Flexilis spirabilitatis bonum habet et permeabilitas oxygenii summa est inter polymeros synthetica.Praeterea silicone Flexilis etiam inertiae physiologicae praecipuas notas habet et coagulationem non facit, late in re medica usus.

VITON(FKM FPM);VITON O-RING

Praeclara caloris resistentia, oxidatio resistentia, resistentia oleum, resistentia corrosio, resistentia atmosphaerica senescit, et in campis ut aerospace, aviation, autocinetum, petroleum, et adjumenta domestica late adhibita sunt.Materia clavis est quae reponi non potest in incisurae industriae defensionis nationalis

HNBR :HNBR O-RING

resistentia boni olei (resistentia boni olei, lubricationis oleum, et menstrua aromatica);Et ob eius valde saturatam structuram, resistentiam caloris bonam habet, resistentiam chemicae corrosionis optimam (resistentiam bonam Freon, acidum et alcali), optimum ozonum resistentiam, et compressionem altam deformationem permanentem resistentiam;Eodem tempore, Flexilis nitrile hydrogenatus, etiam indoles habet ut vires altae, lacrimae resistentiae, et optimae gerunt resistentiae, unum ex praestantissimis fricatoribus in terminis comprehensivis faciendis facit.

CR(neoprene) :CR O-RING

cum bonis proprietatibus physicis et mechanicis, resistentia olei, resistentiae caloris, resistentiae flammae, resistentiae solis, resistentiae ozonis, resistentiae acidi et alcali, et resistentiae chemicae.Incommodum est miserum frigus resistendi et stabilitatem repono.Magnam habet vim distrahendi, elongationem, crystallinitatem convertibilem, et adhaesionem bonam.Senescit et calor resistit.Optimum oleum et chemica resistentia

FVMQ: FVMQ O-RING cum Bonis proprietatibus physicis et mechanicis et stabilitate chemicis, diuturni temporis usu in CC capax.℃et brevis-terminus usus apud 250℃;Ex fragilitate iugis punctum -20℃ut -40℃;Praeclara resistentia media, optima stabilitas contra menstrua organica, acida inorganica, et oxidantes, praesertim optima resistentia acidi;Habet praeclaram tempestatem resistentia et ozono resistentia.Post aliquot annos atmosphaerae obnoxii, eius proprietates physicae et mechanicae minimum mutant, et effectus in microorganismis etiam relative stabilis est.

FEPM(Aflas);FEPM O-RING

firmam bonam habet, resistentia chemica, praesertim resistentia ad concentrationes altorum acidarum, alcali, et agentium validorum oxidantium ad varias fuels vehiculorum genera, unguenta, olea, mineralia, et olea silicona, necnon optimam resistentiam ad pressionis aquae altae. vapor, aqua et vis electrica.Habet humilem respirabilitatem et ad temperaturae -400 et 200 gradus Celsius adhiberi potest

FFKM:FFKM O-RING

Elasticitatem et scelerisque et chemicam stabilitatem polytetrafluoroethylene habet.Diu terminus temperatus laborantis -39~288 gradus Celsius, breve tempus usque ad 315 gradus Celsius, adhuc aliquem gradum plasticitatis habet sub aegra temperantia, dura sed non fragilis, et flecti potest.Firmum omnibus oeconomiae praeter tumorem in solventibus fluorinatis.est Currently pretiosissimum Flexilis in mundo.Brand:Kalrez

Quintum - Flexilis Anulus Specificationes Mensurae Modi ac Instrumenti.

Communia instrumenta mensurae habet :

1-Subtilitas projector

Instrumentum characteres:Mensuratio non contactu, mensurans invisibilis et apta ad partes tenuissimas et molles metiendas, validam imaginem habet munus magnificationis et parvae magnitudinis mensurae facultatem validiorem; Celeritas mensurae celeritas mensurae efficientiam valde meliorem efficit; alta densitas sampling punctorum efficit altam mensurae constantiam; Commodum clamping.

2-Electronic caliper digitalis

Instrumentum characteres:Longitudo mensurae instrumentum, quo systemata mensurae utitur, ut grides capacitivae et magneticae ad valores mensuras digitally proponendi.Communis solutionis usus est 0.01mm, cum errore licito ± 0.03mm/150mm.Etiam summus praecisio caliperarum digitalium cum resolutione 0.005mm, cum errore licito ± 0.015mm/150mm.Etiam multi propositi digitales propono micrometer caliper cum resolutione 0.001mm (quae nationalis patent instrumenta pro Anyi mensurandi et solum producere possunt), cum errore licito ± 0.005mm/50mm.Ob intuitivam et perspicuam lectionem, mensura efficientia alta est.

3-π princeps(PITAPE)

Instrumentum characteres:

1. π rector componitur ex habena chalybe elastica.Duo eius fines cum praecipuis et auxiliaribus praepositis respective insculpuntur.Valor graduatio minimi principis principalis est 0,5mm vel 1mm;Valores graduatio minimi principis auxiliaris sunt 0.02mm, 0.05mm, 0.01mm, 0.1mm, etc.

2. Cum in usu est, rectorem π involvite circa fabricam et verniorem legendi methodum utere ut recta diametri partem metiri medius legas.

Commoda et incommoda

(1).Altus accurate: Cum diameter per circumferentiam π rectoris mensuratur, notatio erroris in productione principis reduci potest per π tempora et in eventus mensurae reflecti.Ita in φ in mensuris magnis diametri supra 500mm, accuratio eius altior est quam caliperi vernier.sede φ Haec utilitas maxime eminet in mensuris supra 1000mm.

(2).Cum partes chalybeas cum π principe metiaris, caloris operis fragmentum non afficitur.Hoc est, quia princeps π tenuissimus est, et in mensura probata erit altera pars brevissimo temporis spatio.Accedit, quod coëfficientes earum scelerisque expansio arctissima sunt, basically superans influxum temperaturae.

(3. In mensuratione magnarum et extra magnarum diametrorum, usus partium auxiliarium (pontibus magneticis patentibus) permittit ut facilem operationem per unum hominem uno tempore permittat.

(4).Partes tenues muratas metientes haud facile est ut partem operis deformet.(5).Commodum ad portandum et horreum (6).Pretium humile.

(7).Incommodum: 'non claudunt lectionem';Deviationes geometricae quales ovalitas metiri non possunt.

Sexto o anulo usus et o anulus institutionis.

1. Usus Domine anulum

O-anulus late in articulis variarum partium hydraulicarum et pneumaticorum, superficierum cylindricarum et superficierum cylindricarum adhibetur.Nam O-anuli in motu usi sunt, cum pressionis laborat maior quam 9.8Mpa et unidirectionali pressioni subiecta, anulus retentio institui debet ex altera parte O-anuli in directione pressionis;Si compressioni bidirectionali subiectae, anulum retinentem in utraque parte O-anuli pone.Ad frictionem reducendam, annuli cuneis retentis etiam adhiberi possunt.Cum pressione liquida a sinistra applicatur, anulus retinens dextrorsum impellitur, et sinistra anulus retinens superficiem signatam non attingit, ita friction vi reducendo.Super, usus retinendi annulorum attritionem vim signandi fabrica auget, et cuneum formatum annulorum retinendorum magni momenti sunt in hac frictione vi minuendo.Pro anulis fixis, annulus retentio etiam requiritur, cum pressionis laborantis maior est quam 32Mpa.

2. Oring institutionem

Institutionem qualitas O-annulorum notabilem habet ictum in obsignatione vitae perficiendi et serviendi.Quaestiones ultrices saepe causantur per institutionem pauperum. Durante processu institutionis, non licet habere anulum sculpi, misalignum, vel contortum habere.Ante ecclesiam, sulcus obsignatio et superficies coniugationis obsignatio stricte purganda est;Eodem tempore, uncto lubricandi ad superficiei applicate quae durante conventu O-ringi debet transire. Ut ne anulus O-incisus vel acutis marginibus impingatur, ut angulis ac stamina in institutione acutis, XV. ad 30º angulum plumbeum relinquendum est ad extremum stipitem et foramen finem institutionis.Cum anulus O-anulus per fila externa transire debet, dux manica metalli tenuis peculiaris ad filum externum operiendum adhibeatur;Si O-anulus necesse est ut per orificium transeat, orificium invertatur in debitam figuram diagonalem ne fricat in O-anulo.Scopuli angulus sulcus fere est = 120 º~ 140 º

Multum hinc cognitum relatis discere potes.Postea aliquam notitiam dabimusoleum signacula, sigillum hydrau;vel aliusnativus rubber partium, utCat oleum sigillum, NBR oleum sigillum, sigillum olei FKM,TC sigillum oleum, sigillum olei TB , sigillum olei TA , sigillum olei SB , sigillum olei SB ,piston sigillum , Virga sigillum ,vere sigillum ,sigillum bonded, u scyphus, sigillum, pulvis, sigillum,Wiper sigillum, anulum gestare , anulum recipere ,globulus funibus ; O funibus circulumEt ideo oportet nos hanc cognitionem ad omnes inducere.Gratias pro tempore tuo !