Riser for furnace transformer with complete fg board

For Furnance Transformer:

• Risers are Brazed Copper Terminals carrying very high Current outputs from furnace transformers.
• Ultrasonic Tested High Conductivity Copper Flats are Fabricated and brazed with high end brazing technology.
• Brazing done by Qualified and Highly Experienced Brazers With Silver Brazing Rods to ensure no leakages throughout the transformers life tune.
• Ready to use Copper Risers duly assembled with H-C1385 Fiber Glass Epoxy Board. 
• Testing:Complete Risers with Fiber Glass Epoxy Board . Assembly are tested for Leak Proof against Transfer oil at 100 °C and et a pressure of 3 kg / sq cm.
• Lacquer compatible with Transformer Oil at 100 °C is used for protection having 50 microns thickness covering all sides of Fiber Glass Epoxy Board.
• Lacquer gwes an added protection of withstanding atmospheric pollution present in chemical plants like caustic soda.
• All Holes and Slots made on Fiber Wass Board are covered with 50 microns lacquer on all the sides.
• All Gaskets used are of the Grade: RC-70C.
• All Studs, Nuts and washers used are of S.S.
• Both Single and Double Risers can be supplied with complete ready to use assembly.
• We specialize in both flat type &cylindrical type Copper Riser Assembly supplied as per customers requirements and drawings.
• Complete assembly is supplied in ready to use condition packed in heavy wooden crates.
• Finish and Plating: Tin Plating with 10-12 microns guaranteed plating thickness.

• Ready to use kit of Copper Riser with complete Fiber Glass Epoxy Board Assembly gaskets and all S.S.hardwares.
• Horizontal Flat i.e. the flat used to mount over the Fiber Glass Epoxy Board can be used of Brass for major reduction in cost.
• Super Fast Deliveries. when time is at a premium with late changes and deadlines.
• Saving very tedious assembly time of Copper Risers with FG Board and in turn saves money.
• Accurate Holes to avoid mismatch during transformer tanking.
• Available in all Sizes of Copper Flats. No Size Constraints to get optimal design results.
• Saving Process Cost and further reduction of cast by procuring Just In Time.