EB100 Omni II Style NoFill Cavity Free, Full Bore专有微空间设计有助于减少无功的积累。在处理产品常见的问题，如苯乙烯单体和丁二烯反应不等的淀粉和泥浆的是，他们可以做，建立 - 发酵，聚合或 - 在“空洞”或内部的控制过程阀门休憩用地。一个更完整的解决方案是KTM的NoFill阀。根据不同的阀门大小，即微空间的范围从0.5至1.0毫米。
详细介绍
EB100 Omni II Style NoFill Cavity Free, Full Bore 专有微空间设计有助于减少无功的积累。在处理产品常见的问题，如苯乙烯单体和丁二烯反应不等的淀粉和泥浆的是，他们可以做，建立 - 发酵，聚合或 - 在“空洞”或内部的控制过程阀门休憩用地。一个更完整的解决方案是KTM的NoFill阀。根据不同的阀门大小，即微空间的范围从0.5至1.0毫米。
EB100 Omni II Style NoFill Cavity Free, Full Bore
Description
Specifications
Documentation
Proprietary Micro-space Design Helps Reduce Reactive Buildup. A frequent problem in processing products ranging from reactive monomers such as styrene and butadiene to starches and slurries is that they can, and do, build up – and polymerize or ferment – within the “cavities” or open spaces inside the valves controlling the process. Until now the response to this problem has been to fill the cavities with PFA, FEP or another “foreign” material. A more complete solution is KTM’s NoFill valve. As its name implies, the NoFill uses no filling material of any kind. Instead, the cavity has been completely eliminated – except for the micro-space required for ball movement (shown here in red). Depending upon the valve size, that micro-space ranges from 0.5 to 1.0 millimeter. All wetted surfaces are stainless steel, polished to a mirror finish.
Features & Benefits:
The micro-space is designed to severely restrict the area where product can collect and build up over time.
The mirror-finished interior helps drastically reduce the potential for bonding.
There is no excess material to flake off with wear, helping reduce product contamination.
Solidification of media is much more manageable, should a severe process change occur.
The stainless steel interior lasts much longer, resulting in less down-time. This, plus easy maintenance, translates to a lower total cost of ownership.
