VBC
Product Details
- Heat Losses
- Equipment connection
- Two phase flow
- Quality Control
- Design Assistance
Syetem Design
- Easy Installation
- Cost Savings
- Minimal Maintenance
- Service and support
Our line of cryogenic pipe/hose allows for versatile routing from large bulk storage tanks or portable Dewars. All cryogenic pipe/hose is vacuum jacketed and operates frost free.
Vacuum Barrier's line of liquid nitrogen injection/inerting systems and cryogenic sealed and dynamically pumped bendable piping has allowed liquid nitrogen consumption to be reduced by 80% within the food and beverage industry.
Features of VBC System
- Thermal Efficiency
- Two phase flow
- Quality control
Points to Consider in (LN2) Pipe System
Nitrogen makes up the major portion of the atmosphere (78.03% by volume, 75.5% by weight). It is formed from air through fractional distillation or liquefaction. It is colorless, odorless, tasteless, almost totally inert, and a poor conductor of heat and electricity. Its boiling point at atmospheric pressure is -196oC. Therefore, It is fluidic and transparent. Basically, liquid nitrogen is said to be used a component in synthesis of Ammonia. There are a number of growing needs in chemical, steel and electronic industry due to the fact that it is inactive and extremely cold temperature liquid. As well, its application is expanding as safe freezing material in food industry.
What is LN2 (Liquid Nitrogen)?
VBC is the abbreviation of Vacuum Barrier Corporation, which is the world's leading manufacturer of sealed and dynamicallypumpedliquid nitrogen (LN2)injection systems. Since 1958, the company has focused on solving problems in various industries associated with handling cryogen and developing bendable vacuum piping systems. They have installed more than 650KM of SEMIFLEX pipe around the world. The system is applied to various industries such as food & beverage, semiconductor, automotive, and the aero space industries. As a sole Korean agent of VBC, Evertech Enterprise plays a vital role in increasing efficiency and productivity in various industrial fields in Korea.
Overview
