تجهیزات خاص

Features

• The closures are available to suit a wide variety of pressure vessel sizes and pressures, from 6” up to 120” diameter and any pressures from class 150 # up to class 2500 #.
• The closures are designed to meet requirements of ASME VIII Div.1. Furthermore, alternative pressure vessel design codes, such as ASME VIII Div.2, PD5500 and EN13445 can also be accommodated.
• The locking mechanism incorporates a hand operated pressure warning screw and a Safety locking device and Stopper, which prevents the door being unlocked until there is no residual pressure inside the vessel.
• The closure hub and door are manufactured from materials that fully comply with the requirements of NACE MR 75-01 / ISO 15156 Latest Edition, HIC and SSC test resistance. – The stress and strain analysis has been successfully performed by finite element (Ansys software) and NPI calculation.
• Datasheet

Features

• The closures are available to suit a wide variety of pressure vessel sizes and pressures, from 6” up to 120” diameter and any pressures from class 150 # up to class 2500 #.
• The closures are designed to meet requirements of ASME VIII Div.1. Furthermore, alternative pressure vessel design codes, such as ASME VIII Div.2, PD5500 and EN13445 can also be accommodated.
• The locking mechanism incorporates a hand operated pressure warning screw and a Safety locking device and Stopper, which prevents the door being unlocked until there is no residual pressure inside the vessel.
• The closure hub and door are manufactured from materials that fully comply with the requirements of NACE MR 75-01 / ISO 15156 Latest Edition, HIC and SSC test resistance. – The stress and strain analysis has been successfully performed by finite element (Ansys software) and NPI calculation.
• Datasheet

Features

• The closures are available to suit a wide variety of pressure vessel sizes and pressures, from 6” up to 120” diameter and any pressures from class 150 # up to class 2500 #.
• The closures are designed to meet requirements of ASME VIII Div.1. Furthermore, alternative pressure vessel design codes, such as ASME VIII Div.2, PD5500 and EN13445 can also be accommodated.
• The locking mechanism incorporates a hand operated pressure warning screw and a Safety locking device and Stopper, which prevents the door being unlocked until there is no residual pressure inside the vessel.
• The closure hub and door are manufactured from materials that fully comply with the requirements of NACE MR 75-01 / ISO 15156 Latest Edition, HIC and SSC test resistance. – The stress and strain analysis has been successfully performed by finite element (Ansys software) and NPI calculation.
• Datasheet

Features

• The closures are available to suit a wide variety of pressure vessel sizes and pressures, from 6” up to 120” diameter and any pressures from class 150 # up to class 2500 #.
• The closures are designed to meet requirements of ASME VIII Div.1. Furthermore, alternative pressure vessel design codes, such as ASME VIII Div.2, PD5500 and EN13445 can also be accommodated.
• The locking mechanism incorporates a hand operated pressure warning screw and a Safety locking device and Stopper, which prevents the door being unlocked until there is no residual pressure inside the vessel.
• The closure hub and door are manufactured from materials that fully comply with the requirements of NACE MR 75-01 / ISO 15156 Latest Edition, HIC and SSC test resistance. – The stress and strain analysis has been successfully performed by finite element (Ansys software) and NPI calculation.
• Datasheet