近幾年來，不鏽鋼冷凝器應用越來（lái）越廣泛，為了避免固體反應（yīng）物（wù）料（liào）沉澱到不鏽鋼冷凝器底的（de）情況發生，一種新的不鏽鋼冷凝器應運而生（shēng）。該產品在原來不鏽鋼冷凝器的基本設計和（hé）加熱方式的基礎上，對不鏽鋼冷凝器底部（bù）做了一些調整。因為所有的問題都是因為固體反應物料沉澱（diàn）到不鏽鋼冷凝器底造成的。那麽主要的解（jiě）決辦法就是要在即使沒有混合或攪（jiǎo）拌的情況下也要避免發生沉澱。這可通過加進一個輔助（zhù）的不鏽鋼冷凝器底而實現，該輔（fǔ）助的不鏽鋼冷凝器底比實際的要稍（shāo）高一點，留出3～10厘米的間隙。這樣固體反應物將沉澱在這個輔助的不鏽鋼冷凝器底上（shàng），而不會在實（shí）際的不鏽鋼冷（lěng）凝器底（dǐ）上形成絕熱（rè）層。 In recent years, stainlesssteel reactor（www.gfanyingfu.com） is applied more and more widely, in order to avoid solid reactantprecipitation to stainless steel reaction kettle, a new stainless steel reactoremerges with the tide of the times. The products in the original stainlesssteel reactor design and heating method based, so the bottom of the reactionkettle do some adjustments.Because all of the problemsare due to solid reaction material to the stainless steel reaction kettlebottom caused by precipitation. So the main solution is to avoid precipitationeven if there is no mixing or stirring. It by adding an auxiliary stainlesssteel reaction kettle bottom and the realization and the auxiliary stainlesssteel reaction kettle bottom than the actual to slightly higher, leaving 3 ~ 10cm gap. This solid reactant will be deposited in the auxiliary stainless steelreaction kettle without actual stainless steel reaction kettle bottom formationheat insulating layer.
通過不鏽鋼（gāng）冷凝器底間（jiān）隙間的對流作用熱傳（chuán）遞將是（shì）連續均勻的。 輔（fǔ）助的不鏽鋼冷凝器底用高強度不鏽（xiù）鋼(SS314)製成，上麵帶有許多小孔，孔徑比反應物料的粒徑略小，將這種篩網切成圓形。其邊緣向下彎曲作支撐，當固體反應（yīng）物料負荷很重時，輔助（zhù）底下麵可以加一個金屬環作（zuò）為支承。這樣便可避免固體物料集（jí）中在不鏽鋼冷凝器底。
Through the convection heattransfer between the stainless steel reactor bottom gap will be continuous anduniform. Auxiliary stainless steel reaction kettle is made of high strengthstainless steel (SS314) and above with a plurality of small holes, apertureratio of reactants particle size smaller, will this kind of screen intocircular. The edge is bent down as a support, and when the solid reactionmaterial load is heavy, the auxiliary bottom can be added with a metal ring asa support. This is to avoid the solid material in stainless steel reactionkettle.
