Leverage the Power of Heat with the Komax Klean-Wall™ Heat Exchanger Across industry lines, saving energy is a huge problem for many organizations, and heat exchangers were designed to utilize as much of that energy as possible, but they’re not always quite as efficient as they could be. Komax systems, though, has implemented state of […]
Description of Komax InLine Sanitary Steam Heater The Komax sanitary inline steam heater is made of stainless steel, polished (or electropolished), and designed for CIP process. The typical applications for the sanitary inline steam heater in the food and beverage industry are heating of water, CIP (clean in place) solutions, and other heavy viscous slurries […]
Description of Komax Motionless Mixer – Channel (Square) Komax large-scale static mixers are designed to be installed in water treatment channels of any cross section including open and closed ducts. Low-pressure drop designs for chlorinating can be supplied as complete assemblies or in component form for on site assembly where access is difficult. For example, […]
Static Liquid and Gas Mixer When pipeline space is limited for installing a traditional static mixer, the patented Komax Wafer Type Static Mixer solves space and mixing problems. The Wafer mixer can be installed between the two pipe flanges in the main water stream. Komax Wafer Static Mixer offers advantages over traditional mixers: Designed to […]
Steam Heater – Scepter™ Tank Heater Direct Injection Steam Tank Heater This versatile series of steam heaters are designed for the direct injection of steam into tanks for heating water-compatible products in a quiet, vibration-free, and 100% efficient fashion. In addition, the tank heater develops a strong stirring action to help keep any solids or […]
Take a Look at the Komax Desuperheater Superheat is almost always an aspect of a steam generation because, without it, the steam that must travel from the boiler to the point of use cools and condenses. Superheating can prevent that process, but it does require a small increase in energy. As a result, at the […]