pressure vessel

>Category I PV >Design Pressure 0.1Mpa-3Mpa >Design Tem.-70 - 500 >ISO9001 ISO14001 GB28001

Presure Vessel Volume Table (cubic inches)
Inside   Depth
(inches)	1"	2"	3"	4"	5"	6"	7"	8"	9"	10"
4"	3.1	12.5	28.2	50.2	78.5	113.1	153.9	201.1	254.5	314.2
6"	4.7	18.8	42.4	75.4	117.8	169.6	230.9	301.6	381.7	471.2
8"	6.2	25.13	56.5	100.5	157.1	226.2	307.9	402.1	508.9	628.4
10"	7.8	31.4	70.69	125.7	196.3	282.7	384.8	502.6	636.2	785.2
12"	9.4	37.7	84.82	150.8	235.6	339.3	461.8	603.2	763.4	942.4
14"	11	43.9	98.96	175.9	274.9	395.8	538.8	703.7	890.6	1100
16"	12.5	50.2	113.1	201.1	314.2	452.4	615.8	804.2	1018	1257
18"	14.1	56.5	127.2	226.2	353.4	508.9	692.7	904.8	1145	1415
20"	15.7	62.8	141.4	251.3	392.7	565.5	769.7	1005	1272	1571
22"	17.2	69.1	155.5	276.5	432	622	846.7	1106	1400	1728
24"	18.8	75.4	169.6	301.6	471.2	678.6	923.6	1206	1527	1885
26"	20.4	81.6	183.8	326.7	510.5	735.1	1001	1307	1654	2042
28"	21.9	87.9	197.9	351.8	549.8	791.7	1078	1407	1781	2199

Pressure vessels are designed to operate safely at a specific pressure and temperature, technically

referred to as the "Design Pressure" and "Design Temperature". A vessel that is inadequately desi

-gned to handle a high pressure constitutes a very significant safety hazard. Because of that, the

design and certification of pressure vessels is governed by design codes such as the ASME Boiler a

-nd Pressure Vessel Code in North America, the Pressure Equipment Directive of the EU (PED), Japa

-nese Industrial Standard (JIS), CSA B51 in Canada, Australian Standards in Australia and other int

-ernational standards like Lloyd's, Germanischer Lloyd, Det Norske Veritas, Société Générale de Sur

-veillance (SGS S.A.), Stoomwezen etc.

Our PV follow the standard listed in ISO9001,ISO14001 and GB/T28001

pressure vessel