MCR Counterflow Film Fill

冷却塔部件
品牌: 马利 | 产品类型: 冷却塔部件
MCR Counterflow Film Fill

Overview

MCR is a film fill system designed to significantly reduce the risk of biological fouling while minimizing the loss of high performance heat transfer.

Open, offset vertical corrugations allow debris and biological growth foulant to pass, while providing maximum surface area and turbulence to develop evaporative heat transfer.

Proof In Performance
MCR is a film fill system designed to significantly reduce the risk of biological fouling while minimizing the loss of highperformance heat transfer.

Open, offset vertical corrugations allow debris and biological growth foulant to pass, while providing maximum surface area and turbulence to develop evaporative heat transfer. Smooth surfaces without sharp intersections maintain water velocities and reduce the number of restrictions where biological growth begins.

MCR fill is thermoformed from .015 thick, chemically-resistant PVC (polyvinyl chloride). Material thicknesses of .020 and thicker are also available.

MCR is easily adapted to any tower’s configuration. The fill pack depth (fill height) is variable to provide the proper heat transfer area within a single fill layer. MCR counterflow fill can be hung from structural members or it can be bottom-supported in virtually all counterflow cooling towers, regardless of a cooling tower’s age or manufacturer.

  Vertical-flute film fill
  Efficient thermal performance
  Low maintenance
  Low clog design
  Hanging or bottom support design
Genuine Marley OEM parts are precision-engineered to provide you with a reliable product. While other suppliers may offer parts at an initial savings, you risk lowering performance — and losing FM and CTI ratings. Marley OEM parts provide the durability you can trust because we design and manufacture them exclusively for cooling towers.

With plant operation relying on your cooling tower performance, it’s important to select the parts that are among the highest quality available — Marley OEM parts.

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