針對持續離心風機的采（cǎi）用使用者來說，破壞實際問題（tí）隨時到（dào）處與世（shì）長辭，這樣的話持續離心風機在運用完整過程中會發生破壞進行劃成多種不同的狀況，重點hi指滾珠軸承彼此之間的破壞，再就是（shì）說葉輪、整機的破壞（huài）上述這些（xiē）破壞要樣兒重要的話會直來直去進行引起持續離（lí）心風機的采用實際效果無（wú）法充分發揮呈（chéng）現出來，因為破壞（huài）的（de）層麵比（bǐ）價多（duō），我們在關於本章節重點（diǎn）以葉輪的破壞實際問題進行著手（shǒu）點，為使用者進行物色（sè）小意思能處理葉輪破壞實際問題的（de）辦法和技能，因（yīn）為能相對更好的采用風機。
For the use of centrifugal fans users, wear problems are ubiquitous, then the centrifugal fans in the use of the process of wear can be divided into a variety of situations, mainly hi refers to the wear between bearings, and then impeller, machine wear these serious wear phenomenon will directly lead to the use of centrifugal fans can not play a role In this chapter, we mainly start with the problem of impeller wear and tear, and find several methods and skills to deal with the problem of impeller wear and tear for users, so that we can better use the fan.
進行（háng）改造生產工（gōng）藝線路是其中一個進行比較原型的辦法（fǎ），盡可能將（jiāng）持續離心風機放置除塵器隨後（hòu），如：風機放置增濕塔或彈道增濕隨後，吹幹（gàn）熱源抽風（fēng）機放置除塵器隨後均伯母有助於避免風機的破壞，要樣兒膠合或銲接金屬陶瓷，將耐磨工（gōng）程金屬陶瓷使用高極限（xiàn）抗拉（lā）強度耐恒溫黏著（zhe）劑或較為額外銲接生產工（gōng）藝合成在風機風向標要樣兒上，該技（jì）術要核心要點加以解決防進行遺漏實際問題。等離子化堆焊，堆焊時風向標蛻變大，並且多次銲接會進行引起吐出麵形成裂隙，易形成意外事故。對風向標要樣兒能夠開展（zhǎn）滲碳，滲碳生產（chǎn）工藝高難度大，真實情況滲碳時，滲碳層的（de）位置和（hé）厚薄要由風向標（biāo）厚薄和破壞（huài）狀（zhuàng）況還（hái）有滲碳生產工藝（yì）作（zuò）出決定。熱噴塗，使用等離（lí）子化噴塗辦法（fǎ）或氧（yǎng）乙（yǐ）炔火燄，在風向標破壞要樣兒噴塗金屬陶瓷或幹餾鎢或是噴焊鎳基+幹餾鎢鋁合（hé）金。
Improving the technological route is a typical method. Putting the centrifugal fan behind the dust collector as far as possible, such as: the fan after humidifying tower or pipeline, drying heat source fan after the dust collector are greatly beneficial to prevent the fan from wearing, surface pasting or welding ceramics, wear-resistant engineering ceramics will use high strength and resistance. High temperature adhesives or special welding processes are combined on the surface of the fan blades, and the anti-shedding problem should be solved. Plasma surfacing welding, surfacing blade deformation, and repeated welding will lead to cracks on the blade surface, easy to cause accidents. It is difficult to carburize the blade surface. The position and thickness of carburizing layer are decided by the blade thickness, wear and carburizing process. Thermal spraying, using plasma spraying method or oxyacetylene flame, spraying ceramic or tungsten carbide or spraying welding nickel-based + tungsten carbide alloy on blade wear surface.
進一步降低葉輪破壞的辦法（fǎ）還有必要使用者從冬防（fáng）蝕作（zuò）出，許許多多期間風機的破壞會進一步增加風機的破壞要樣兒，因為這個原因怎麽樣在運（yùn）用中進（jìn）一步降低風機的破（pò）壞要樣兒，也是使用者采用風機的完整過（guò）程中有必要深入研究的其中一個考題，保證風機的較為（wéi）順當誰用隻不過從上述這些層麵（miàn）來（lái）著手是極為缺乏的，我們都了解風職能無法繼（jì）續維持更加最長的采用實（shí）際效果，和平常對風機的保（bǎo）得住進行維護具體（tǐ）程度是分不開的，其中一個使內容（róng）更加完整的保得住具體（tǐ）方案是使（shǐ）用者一定要要具有的。
The method of reducing impeller wear also needs the user to start from anticorrosion. In many cases, the corrosion of the fan will aggravate the wear phenomenon of the fan. So how to reduce the corrosion phenomenon of the fan in use is also a subject that the user needs to study in the process of using the fan. Hand is far from enough, we all know whether the fan can maintain the longest effect, and peacetime maintenance of the fan is inseparable, a perfect maintenance program is the user must have.
