Enamel glass disc condenser

The glass lined disc condenser reduces the thickness of each piece and increases the cooling water flow rate; Adopting a six hole design, the fluid distribution is uniform. Compared with standard condensers of the same area, the heat transfer efficiency has been improved by more than 50%, and it is less prone to scaling.

Using a 10mm thick gasket, it has small expansion and contraction, high pressure resistance, and is suitable for high vacuum sealing.

According to the material, it is divided into three types: carbon steel tube condenser, stainless steel tube condenser, and carbon steel and stainless steel mixed tube condenser. According to the form, it is divided into fixed tube plate, floating head, and U-shaped tube heat exchangers. According to the structure, it is divided into single tube side, double tube side, and multi tube side. The heat transfer area is 0.5-500m2, which can be customized according to user needs.

The enamel glass disc condenser is an overlapping assembly structure composed of enamel glass disc upper and lower covers, a single piece body, chloroprene rubber gaskets or asbestos gaskets wrapped with "PTFE" film, U-shaped rubber hoses, and fasteners.

The condensation area of this device has great flexibility and adjustability, and users can increase or decrease the number of body pieces for assembly according to production process needs, thereby obtaining the required heat exchange area. Compared with the same area of glass lined sleeve condenser, this device has the advantages of small volume, light weight, compact structure, high condensation efficiency, and easy installation.

Glass lined plate condenser, which condenses hot air flow and exchanges heat through the reverse flow of hot air flow and cooling water, with small and uniform interlayer spacing; The repeated diffusion and convergence of the medium effectively improves the condensation efficiency. Generally, tap water can be used as the cooling liquid to achieve good condensation effect. If any parts are damaged during the use of the equipment, they can be replaced locally, greatly extending the service life of the entire equipment.