加工定制:是 甲醛凈化率:99.9（％） 病毒凈化率:99.9（％） 氨氣凈化率:99.9（％） 氡氣凈化率:99.99（％） 苯系物凈化率:99.9（％） 顆粒物凈化率:99.997（％） 空氣凈化技術(shù):吸附技術(shù),HEPA高效過濾技術(shù) 適用對象性質(zhì):低溫物料,高衛(wèi)生要求物料 適用對象:空氣 設(shè)備重量:15 EWO？系列環(huán)保煙霧過濾凈化系統(tǒng)專門針對焊錫浸錫沾錫、波峰焊回流爐、激光加工、實驗室等各種煙霧、粉塵、微粒、氣味的過濾凈化。本機特點有吸力大、耗電低、過濾效率高、操作簡單、移動靈活等特點，產(chǎn)品已被國內(nèi)外眾多企業(yè)所采用。 產(chǎn)品特點： ●箱式設(shè)計，體積小巧，移動靈活，安裝簡便，占用空間小 ●進口無刷馬達，質(zhì)量穩(wěn)，壽命長，吸力更強勁，風(fēng)量大小可調(diào) ●三重過濾設(shè)計，過濾效率更高，單獨更換過濾芯，使用成本更低 ●多工位設(shè)計，吸煙臂360 自由定型 ●方便配合各種生產(chǎn)線、流水線作業(yè) ●超靜音設(shè)計，無噪音污染 適用場合： ◎烙鐵焊錫、錫爐沾錫 ◎波峰焊、回流爐 ◎激光焊接、雕刻、打標、切割 ◎打磨、拋光、印刷 ◎化學(xué)實驗室 This illustration distinctly shows the importance of using a fume extraction system, even when soldering only once in a while or for just a few hours a day. The captured particles are primarily condensed residues from flux. Without a filter system these particles ill be partly inhaled the operator with the remainder spread over the work object and workplace. In contrast, a proper filter system will eliminate not only the particles, but will also catch and eliminate dangerous gases created in the soldering process. 煙塵過濾（凈化）原理: 用風(fēng)機將煙霧抽入機箱，通過內(nèi)置的濾芯進行過濾，主要能夠起到過濾粉塵 、異味、有毒氣體和殺滅部分細菌的作用。濾網(wǎng)又分：集塵濾芯、玻纖濾芯、 HEPA濾芯、活性炭濾芯等。其中最關(guān)鍵就是活性炭濾芯，它能起到分解有毒氣體 和殺菌作用，特別是抑制二次污染。產(chǎn)品的特點是風(fēng)機功能以及濾芯的質(zhì)量決定 凈化效果，機器的放置以及室內(nèi)布局影響凈化是否完全，室內(nèi)凈化效果是否均衡 。濾芯需定期更換。 煙霧組成成分及危害: 通常在焊接煙霧中有95％是焊料及助焊劑在高溫下?lián)]發(fā)出的微粒，這些微粒 飄浮在空氣中在一定的光線照射下人眼可以觀察到，即我們能夠看到的煙霧。而 另外有5％是以氣體方式散發(fā)在空氣中，我們的肉眼是看不到的，而這些氣體中 含有大量的一氧化碳、二氧化碳、甲醇、乙醇、甲烷、甲醛等有害性成分。 操作者長時間在以上環(huán)境下工作，吸入過量有毒物質(zhì)，將會引起頭痛、惡心、哮 喘、慢性支氣管炎等癥狀，嚴重影響身體健康，同時也影響正常生產(chǎn)。 Hazardous smoke and fumes, harmful to your health if inhaled, are present in many workplace environments. Operations using lead-free solder, lasers, solvents, and glues are especially at risk. Overexposure can lead to serious – and possibly long term – medical problems.Health difficulties such as nosebleed, eye irritation, and sore throat are occurring with increasing frequency in the workplace, as are incidences of dermatitis, occupational asthma, and, in some cases, permanent lung damage. 購買煙霧凈化器與安裝大型管道優(yōu)劣比較： 億沃電子--專注環(huán)保，關(guān)注健康. TEL： 86（0）186-0769-5075 Email：world208@163.comQQ：19223 61016 FAX：0769-85024569 更多億沃EWO？產(chǎn)品： OCCUPATIONAL ASTHMA “Occupational Asthma is a disease characterized by variable air flow limitation and/or airway hyper-responsiveness due to causes and conditions attributable to a particular occupational environment and not to stimuli encountered outside the workplace.” (Bernstein et al 1993) Fumes and gases in industrial areas are often dangerous to the people working in those areas. Some of these substances are readily visible or have a distinct odor; others are invisible and odorless. Many are toxic and can lead to allergic reactions, sometimes progressing to occupational asthma. Occupational asthma is a major issue in electronics manufacturing because when a worker develops occupational asthma, they must be removed from the working area, sometimes permanently. In some countries, cases of occupational asthma due to flux fumes and/or isocyanates have already lead to legal claims against employers. Occupational asthma is often indicated by symptoms common to hay fever – an itchy, blocked, or runny nose, often accompanied by sneezing and glazed, itchy, or watering eyes. LEAD-FREE SOLDER The transition to lead-free soldering has reduced strain on the environment, but for the operator, the hand soldering process has become more dangerous. The lead in the solder is gone, but to get the solder wire to flow properly, substantially more flux must be used. The temperature needed to create a good solder joint using lead-free solder is also higher, causing a stronger reaction within the flux and creating more solder smoke with a greater number of particles. Lead- free soldering produces up to 250 % more particles between 0.5 and 1.0 microns in diameter, the size that is the most dangerous to inhale. In addition to particles, solder smoke can contain isocyanates, aldehydes, and other unhealthy substances. Lead-free soldering causes up to 250 % more particles in the breathing zone … roughly 20 million particles between 0.3 and 1.0 microns in diameter per cubic foot, or about 700 million particles per cubic meter. How particles of different size get caught in different parts of the human respiratory system: