Single-embossed laser-welded jacketed vessels are made of two stainless steel Pillowplates of different thickness, welded together by using laser welding. Through a special inflation process, fluid channels are created between the Pillowplates. Together with the fittings, these channels form a pressure chamber, through which a fluid will pass to transfer heat transfer to and from the chamber, enclosing the single-embossed laser-welded jacketed vessel. A well-designed jacketed tank with a thermal fluid system is a seamless way to achieve the temperatures that are needed to heat or cool the product within.

Single embossed laser-welded jacketed vessels are mostly integrated into process tank cooling and heating steps, the jacketed vessel heat transfer is one of the most optimal solutions for heat transfer. Individual design in measurement, shape and material, allow flexible use in numerous industries and extend the normal standard. Single embossed laser-welded jackets may be rolled to a cylindrical half-jacket and be clamped on to existing tanks retroactively. Or being welded to rings to build a tank.

Jacketed design is used in many industries and are mainly used as process tank plates. For example in heating and cooling food- and pharmaceutical tanks. The use of single-embossed Pillowplates, already deformed, combine the advantage of compressive strength and required smooth interior of the inner tank wall. The large dimpled jacketed vessel ensures safe process control with homogeneous temperature control. Manufactured tanks out of laser-welded jackets have also less weight, above all, because of less stainless steel material. Tanks can be manufactured cost efficient by even higher product quality.