High Performance Tubes (Condenser)
- Wieland Thermal Solutions (Shanghai) Co., Ltd.
- product brand:Wieland
- Numéro de stand:W1F59
- product specification:OD: 5/8", 3/4" and 1"
- product category:Air Conditioning-Central air conditioning plants-
- product introduction:It is important to enhance the condenser heat transfer performance by either enlarging the heat transfer surface area or increasing the heat transfer coefficient. In a condenser, heat is transferred from the hot, high-pressure refrigerant vapor to relatively cool water inside the tube. This reduction in the enthalpy of the refrigerant vapor causes it to condense. It changes from vapor to condensate, and is further subcooling before leaving the condenser. The traditional low fin tube is quite effective compared with the bare tube in enlarging the heat transfer surface area and rapidly drip the condensate. And the WTS condensing tube is even more enhanced. The improved characteristic of high efficiency condensing tube is the staggered serrated fin configuration. It makes the liquid condensing flow on the surface become turbulent which enhances the “Gregoring” effect and enhances the convection heat transfer of the condensing liquid film sequentially. On the other hand, the special kind of 3D configuration improve the surface tension effect of the condensing liquids which will accelerate the drainage of condensing liquid flow from the fin tip to the helically arranged fin root channel. Adding of inner ridges will further enhance the overall thermal performance since it has increased the internal heat transfer surface area and the caused more turbulent flow effect.
Turbo –CII, Turbo-CSL condenser tubes were developed for refrigerant condenser or condensing process of other light hydrocarbon. In order to acquire the best heat transfer performance, both OD and ID sides can be enhanced according to the customer specified requirement when high tube side fouling is expected. Turbo-CLF and smooth bore Turbo-CII & Turbo-CSL, GEWA-C+LW, GEWA-C5 are good choice.