What control processes ensure the quality of micro channel heat exchangers? At Zantherm, quality is integrated into every stage of micro channel heat exchanger manufacturing. Every batch of custom or standard micro channel heat exchangers undergoes our quality control process to ensure precision, reliability, and long-term operational stability. Our quality

We offer four surface finish options for laser welded pillow plates: pickling, passivation, coating, and brushing. Each option serves a different purpose. Pickling removes scale and oxide layers.1 Passivation enhances stainless steel’s natural corrosion resistance.2 Coating adds a protective or cosmetic layer.3 Brushing improves appearance and surface uniformity.4 The selection

As long as the customer has a clear understanding of their needs for pillow plate and specific design requirements, most design parameters can be customized. We support customization of heat transfer capacity, pressure parameters, materials, contours, dimensions, welding methods, connection methods, and opening locations. During the design process, we take

In traditional heat exchangers, heat transfer typically relies on relatively fixed flow paths and large gaps between heat exchange surfaces. While this works effectively in many systems, the heat transfer efficiency is often lower compared to pillow plate heat exchangers. The pillow plate heat exchanger uses double-layered metal plates welded

Standard microchannel heat exchangers often fail to meet specific project requirements such as space constraints, thermal performance, or pressure limits1. Designing a custom micro-channel heat exchanger requires integrating thermal performance, manufacturability,regulatory compliance2 , and actual installation conditions into a single cohesive solution, while providing the client with a clear and