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Published:2018/05/26 Anti-corrosion pipe Steel Pipe 标签:FBE Pipeviews:1393

Low Application Temperature Fusion Bond Epoxy Powder Coating

Low Application Temperature Fusion Bond Epoxy (LAT-FBE ) is a plant applied powder coating for strain based pipeline designs that require a low application temperature. This coating has high operating temperature capabilities, up to 110°C*, combined with superior handling characteristics especially on pipe above 16” outer diameter.

* Dependent on soil and environment conditions

  1. LAT Fusion Bonded Epoxy

Features & Benefits

Lower Application Temperature

  • Applied at a much lower temperature (200°C) than conventional FBE (245°C).
  • Maintains steel’s initial design mechanical properties even for high strength pipelines (eg: X80 – X120 steel pipe) LAT FBE can be used as an epoxy primer to support a 3-layer system on high strength steel for tough terrain conditions.

Long term corrosion protection

  • FBE’s excellent adhesion to steel provides superior long term corrosion resistance and protection of pipelines operating at moderate temperatures for the designed life.
  • The superior adhesion properties also provide excellent resistance to cathodic disbondment which reduces the total cost of cathodic protection during the operation of the pipeline.

Related Standards and Specifications

  • CSA Z245.20
  • AWWA C 213
  • AS3862:2002
  • GAZ de France R 09
  • GBE/CW 6
  • NACE RP 0394
  • NF A 49 706
  • ISO 10080
  • ISO 9001


Typical Plant Capabilities and Product Properties

Capablity/Property LAT-FBE
Minimum Pipe Diameter 90 mm (3.5”)
Maximum Pipe Diameter 1220 mm + (48”)
Minimum Pipe Length 5.5 m (18’)
Maximum Pipe Length 25 m (82’)
Minimum Recommended Handling & Construction Temperature -30°C (-22°F)**
Maximum Recommended Operating Temperature 110°C (230°F)*

Values shown are typical and may vary from plant to plant.

* Soil type, moisture content, temperatures & coating thickness all influence the upper operating temperature limit as per manufacturers’ published literature.




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