After the hot water plate heat exchanger should be met.
而经过板式换热器的热水应满足。
Products through the plate heat exchanger for re-heating cycle.
产品通过板式热交换器循环进行再加热。
Thereby, a very compact plate heat exchanger (1) can be obtained.
这样可以得到一个非常紧凑的板式热交换器(1)。
Plate heat exchanger of sealing gasket slip off the gasket groove.
板式换热器的密封垫片滑离了垫片槽。
Design and heat transfer characteristic of new plate heat exchanger.
新板型板式换热器的研究。
The spiral plate is the main pressurized element in the spiral-plate heat exchanger.
螺旋板是螺旋板换热器的主要受压元件。
Usually, the corrugated plate heat exchanger is used on the low temperature equipment.
波纹板式换热器通常用于低温设备上。
According to customer needs and timely maintenance for all types of customers plate heat exchanger.
根据客户需要，并能及时为客户维修各类板式换热器。
A new type of plate heat exchanger using low-pressure secondary steam was introduced in this article.
介绍了一种能利用低压二次蒸汽的新型板式换热器在味精厂的应用。
The energy saving of the application of the plate heat exchanger with some practical cases was introduced.
本文结合工程实例对板式换热器应用在三甘醇脱水装置中的节能效果进行了介绍。
This paper presents the design method of a kind of highly effective compact perforated-plate heat exchanger.
论述一种高效紧凑孔板换热器的设计方法。
Plate heat exchanger is applied in refrigerating system widely with the features of high efficiency and compact.
板式换热器在制冷系统中得到了广泛的应用，它具有高效、紧凑等优点。
In titanium and titanium alloy manufacturing of plate heat exchanger used in seawater desalination is anticipated.
以钛及钛合金制造成的板式换热器在海水淡化中的运用很受期待。
The use of general plate heat exchanger is limited due to high temperature, pressure environment and erodent medium.
普通板式换热器在高温、高压和腐蚀介质等情况下的使用受到了限制。
The application of plate heat exchanger in heavy water system gives good experience for future research reactor design.
板式换热器在重水系统中的应用对研究堆的设计具有一定的参考价值。
Flow fields were simulated by mathematical software between two corrugated plates in a chevron-type plate heat exchanger.
应用数值计算软件对人字形波纹板式换热器内板片间的流场进行了模拟。
The refrigeration system employs a plate heat exchanger to provide on demand refrigeration of an intermittent water flow.
制冷系统采用板式热交换器，以便按需提供中间水流的制冷。
In design, selection of plate heat exchanger and generally have a request for the pressure drop, so deal with it to check.
在板式换热器的设计选型使，一般对压降有一定的要求，所以应对其进行校核。
A calculation method is presented for heat transfer and flow resistance of a spiral plate heat exchanger for the gas-liquid.
提出了螺旋板式换热器用于气-液热交换时的流动阻力以及传热设计的计算方法。
Since the company started in 1988 manufacturing plate heat exchanger, have pASsed ISO9001-2000 quality system certification.
本公司自1988年开始生产制造板式换热器，已通过ISO 9001- 2000质量体系认证。
The heat transfer characteristics of flowing granular waved plate heat exchanger under vibration condition are investigated.
研究了波面板换热器在振动情况下的传热特性。
The article introduces the heat recovery project and its running effect for the TMP plant effluent using the plate heat exchanger.
介绍了采用板式热交换器对tmp制浆车间的排放污水进行热能回收的实施方案及其运行效果。
By chemical composition analysis, SEM and other analytical methods, the cause of cracking of plate heat exchanger was investigated.
采用化学成分分析、电镜扫描等方法，对出现裂纹的换热器板片样品进行了逐项分析。
Plate heat exchanger current has been extensively used in industry, is a kind of high efficient and compact heat exchange equipment.
板式换热器当前已大量地使用于工业中，是一种高效、紧凑的热交换设备。
Plate air-cooled cooler is a new kind of coolers that combines the merits of both plate heat exchanger and air-cooled heat exchanger.
板式空冷器是一种将板式换热器与空冷式换热器的优点结合的新型空冷器。
The paper introduces the main characteristics, choice conditions, basic principle and its successful application of plate heat exchanger.
介绍了板式换热器的主要特点、选型条件、基本原理及其在生产中的成功应用情况。
Heat transfer mechanism, structure and its fabrication of spiral plate heat exchanger are introduced. Its application in converter is described.
介绍螺旋板式换热器的传热机理、结构和制造工艺，列举了该换热器在合成塔中的应用。
Some experimental investigations were made of the heat transfer performance and resistant drop characteristics of the temp plate heat exchanger.
研究一种新型高效型板换热器，对型板换热器的传热特性及阻力降性能等进行了实验研究。
The regulation mode of variable flow heat-supply system where the plate heat exchanger is used as heat exchange device in substation is discussed.
探讨了采用板式换热器作为热力站换热设备的变流量供热系统的调节方式。
The preheating method includes heat-pipe exchanger, tubular heat exchanger, plate heat exchanger, heat medium exchanger and regenerative hot stove.
预热法包括用热管换热器、管式换热器、板式换热器、热媒式换热器和蓄热式热风炉。
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