Page 13 - Parker - Inks, Paints and coating filtrations

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Quantitative particle counting can give an indication of the expected workload of a fi lter system.

This can identify the need for prefi ltration or the use of an alternative technology.

Identifi cation of the particulate loading within a process fluid or the analysis of fi ltrate through various fi ltration grades and materials can identify the optimum filtration system. Specifi c particulates can also be identifi ed through light microscopy and SEM to establish the Chemical testing can be conducted to characterize retained materials on a fi lter media, aiding in identifi cation of the source of a blockage material. Various a

contaminant source. to aid in fi ltration related diagnosis. hardware installation and replacement element cost. appropriate for these changed process demands. in minimizing the risk of recurrence.

Laser particle size analysis Particulate analysis Chemical and analytical techniques Filterability index analysis Existing system optimization Fault diagnosis

We provide technical support to assist in carrying out and training operators on a wide range of activities related to using our products, system sizing and performance optimization. Results can be utilized to lter nal fi manipulate pre and fi trains to achieve the desired throughput and quality, without over processing. An overview of the services provided include:

Services Technical Support Group (TSG) Coatings manufacturers and end-users face stringent environmental and operational compliances, where the trend is to ensure low VOC exposure and spillage of hazardous coatings and provide a more user friendly process environment. Combined with the market demands for high quality coatings, this means that the raw materials and chemistries used in formulations result in higher manufacturing costs. Parker domnick hun