Transcription of SURFACE FINISH GUIDELINES
{{id}} {{{paragraph}}}
FINDING THE OPTIMUM SURFACE FINISHTo achieve the optimum seal performance it is critical for themating hardware SURFACE FINISH to have defined characteristicsthat address the roughness, directional orientation or lay andhardness for reliable seal efficiency and life. As the Aerospaceindustry transitions from the traditional hard chrome platingtoward the use of HVOF (High Velocity Oxygen Fuel) coatings, thedefinition of an optimum SURFACE FINISH has also recently hard chrome plating had been effectively utilizedfor dynamic surfaces as the traditional coating method. To thisend, Aerospace seal gland specifications have been publishedwhich include SURFACE FINISH requirements that are proven to becomplimentary to efficient seal performance, primarily when usedwith established elastomeric and PTFE contact is important to recognize the distinct differences between hardchrome plating and HVOF coating .
HVOF Runout In order to promote the proper installation of seals on HVOF, it is recommended that care be taken with the proper specification and manufacture of the coating runout onto the parent material
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document:
{{id}} {{{paragraph}}}
ELASTOMERIC COATING SYSTEM FOR, ELASTOMERIC COATING SYSTEM FOR CONCRETE, EPDM closed cell elastomeric thermal insulation, SYSTEM, Coating FR Jacket FR Steel Enclosure, Coating, GRANOR ELASTOMERIC LAMINATED BEARINGS, Elastomeric, The Protection of Structural Steelwork, Polyurea Elastomer Technology: History,, Polyurea Elastomer Technology: History, Chemistry & Basic