• April 28th, 2026

    Bottled water is one of the most consumed beverages globally, surpassing carbonated soft drinks in many markets. As demand has grown, manufacturers have increasingly shifted toward lightweight bottles that use less plastic and reduce environmental impact. While beneficial for sustainability, this shift introduces a key challenge: lighter bottles are inherently [...]

  • April 24th, 2026

    Aseptic packaging has become a critical solution for manufacturers looking to extend shelf life without relying on preservatives or refrigeration. It originated from the need to safely distribute products over longer distances while maintaining quality and sterility. By sterilizing both the product and the packaging separately, then combining them in [...]

  • April 3rd, 2026

    Vacuum Jacketed (VJ) piping is the backbone of modern, high-performance cryogenic systems. It serves as the primary, high-efficiency conduit for transferring ultra-low-temperature fluids by creating a vacuum barrier that minimizes convective and conductive heat transfer. It eliminates frost buildup, minimizes liquid-to-gas losses, and provides superior durability over conventional insulation Vacuum-jacketed [...]

  • March 30th, 2026

    Liquid nitrogen dosing may appear simple.  As a container moves along the filling line, a small amount of LN₂ is dispensed, and the container continues on its way. But behind that moment of application is a carefully engineered dosing system that delivers a precise dose of LN2 with precision and [...]

  • March 2nd, 2026

    At a glance, piping looks like piping. To someone walking through a plant, a stainless-steel line carrying water, compressed air, or nitrogen gas may not look dramatically different from a line carrying liquid nitrogen. But from an engineering perspective, cryogenic piping exists in an entirely different category. The moment temperatures [...]

  • January 27th, 2026

    Liquid nitrogen (LN₂) dosing is one of the most effective ways packaging lines improve container performance, protect product quality, and extend shelf life, without sacrificing throughput. While the concept appears simple on the surface (a small LN₂ dose is dispensed into a container), the real value comes from what happens [...]

  • January 15th, 2026

    When manufacturers evaluate headspace oxygen control and packaging stability, the conversation typically centers around two technologies: liquid nitrogen (LN₂) dosing and traditional nitrogen gas inerting. Both methods can reduce oxygen exposure and improve packaging outcomes, but they function in fundamentally different ways, and those differences show up quickly in efficiency, [...]

  • July 3rd, 2025

    Plant managers and production managers in large facilities that produce a high volume of noncarbonated beverages — such as water, juices, teas, coffee products, energy drinks, and more — face an increasingly challenging production environment. At the same time that production volumes and line speeds are increasing — as fillers [...]

  • July 1st, 2025

    Vacuum Barrier Corporation (VBC) has long been recognized for its commitment to excellence in cryogenic systems and liquid nitrogen (LN2) solutions. Recently, the company has made significant strides in bolstering its customer support by establishing a dedicated department for reliability and technical support. Dana Muse, Reliability and Technical Support Manager, [...]

  • May 5th, 2023

    Molecular beam epitaxy (MBE) is an epitaxial deposition technique which consists of growing layers of atomically thin materials onto a substrate. The MBE process takes place inside an ultra-high vacuum chamber to make materials with high purity and precision. To achieve such low pressures, liquid nitrogen (LN₂) cryoshrouds are used to pump out residual gases.