紫外光源用于光化學(xué)過程

紫外光源用于光化學(xué)過程
提高產(chǎn)量，更換燈泡更少拍鲤，無汞浪費(fèi)

特定的紫外線波長強(qiáng)度組合會產(chǎn)生分子相互作用贴谎，從而導(dǎo)致化合物的合成或分離。從抗癌（Hydroxycamptothecin）或抗瘧疾（青蒿素）藥物到強(qiáng)大的前體（四氯化碳）季稳，光化學(xué)已成為制藥擅这，農(nóng)業(yè)，化妝品景鼠，石油化工仲翎，塑料痹扇，染料和有毒物質(zhì)中許多化合物生產(chǎn)系統(tǒng)的理想機(jī)理廢物處理應(yīng)用。光化學(xué)正在徹底改變工業(yè)化學(xué)領(lǐng)域溯香，然而鲫构，長期以來，光化學(xué)卻與紫外線汞燈的局限性息息相關(guān)玫坛。

UV LED紫外線燈是高壓汞燈的完美替代品结笨，解決了目前使用的紫外光源的常見缺點(diǎn)。

led紫外光源--窄波長光
使用單個（窄帶）波長的光湿镀，UV LED紫外燈可通過減少副反應(yīng)的不良產(chǎn)物并降低原材料生產(chǎn)成本來確保更高的產(chǎn)量炕吸。

led紫外光源--燈泡壽命更長，更換次數(shù)更少
Phoseon的燈泡壽命測試已經(jīng)超過了60,000個小時的LED燈泡壽命勉痴，相當(dāng)于典型業(yè)務(wù)的LED開啟時間為30年赫模。

led紫外光源--節(jié)省電力成本
通過優(yōu)化，例如簡化電源蒸矛，Phoseon LED能夠?yàn)榭蛻艄?jié)省成本瀑罗。

led紫外光源--無汞
不含汞，不允許二次隔離莉钙，并且消除了在燈泡破裂的情況下必須清潔儲罐和生產(chǎn)線的風(fēng)險廓脆。

led紫外光源--一生中始終如一的性能
led光化學(xué)反應(yīng)儀從第1天到使用壽命結(jié)束，LED都會給出相同的結(jié)果磁玉。從運(yùn)行的天起停忿，高壓汞燈就會因日曬和汞凝結(jié)而降解。

led紫外光源--降低表面溫度
較少的熱量添加到反應(yīng)中蚊伞，較少需要二次密封席赂。

Phoseon的Semiconductor Light Matrix?（SLM）?技術(shù)涵蓋LED陣列，光學(xué)时迫，熱和電管理颅停，以確保zui佳性能÷尤可靠性工程是我們的核心癞揉。Phoseon在全球擁有300多項(xiàng)專利，在創(chuàng)新溺欧，質(zhì)量和可靠性方面贏得了聲譽(yù).我們準(zhǔn)備用的UV LED光化學(xué)反應(yīng)儀系統(tǒng)來改變工業(yè)化學(xué)領(lǐng)域喊熟。此外，Phoseon在該領(lǐng)域的專家提供的客戶支持使我們的客戶收益提高了2-3倍姐刁。

UV Light Sources for Photochemical Processes

Improved Yields, Fewer Lamp Replacements, No Mercury Waste
UV LED Light Sources for Photochemistry

Overview
Specific UV light wavelength-intensity combinations create molecular interactions that result in the synthesis or separation of chemical compounds. From anti-cancer (Hydroxycamptothecin) or anti-malaria (artemisinin) drugs to powerful precursors (carbon tetrachloride), photochemistry has been the ideal mechanism for many chemical compound production systems in pharmaceutical, agricultural, cosmetic, petrochemical, plastics, dyes, and toxic waste disposal applications.

Photochemistry is revolutionizing the industrial chemistry landscape, however, it has long been tied to the limitations of UV mercury lamps. UV LED lamps are the perfect substitute to mercury and solve common shortcomings of the currently used light source.

UV LED Light Sources for Photochemistry
The Benefits of UV LED Lamps in Photochemistry far Surpass those of Mercury

Narrow Wavelength Light
With a single (narrow band) wavelength light, UV LED lamps ensure better yields by reducing undesirable products of secondary reactions and reducing raw material production cost.

Longer Lamp Life & Fewer Replacements
Phoseon’s lamp life tests have surpassed 60,000 hours of LED lamp lifetime, which equates to thirty years of LED on-time for a typical business.

 
Saves Power Costs
With optimizations, such as simplicity of the power supplies, Phoseon LED is able to save costs for customers.

Mercury-free
Mercury-free allows for no secondary containment and eliminates the risk of having to clean tanks and production lines in case of lamp breakage.

Consistent Performance Over Life
LEDs give the same results on day 1 through day until end of life. Hg lamps degrade through solarization and mercury condensation from day 1 of operation.

Lower Skin Temperature
Less heat added to reaction, less need for secondary containment.

Phoseon’s patented Semiconductor Light Matrix? (SLM)? technology encompasses LED arrays, optics, thermal and electrical management to ensure optimal performance. Reliability Engineering is at our core. With over 300 patents worldwide, Phoseon has earned the reputation for innovation, quality and reliability.

We are ready to revolutionize the industrial chemistry landscape with the world’s first and best UV LED system. In addition, Phoseon’s customer support with experts in the field have driven our clients yield up 2-3x.

Update your lamps now!