Busbars for United Arab Emirates projects, made in India

Yes, and this is the standard export scenario rather than the exception. Send the drawing with hole positions, bend angles and tolerances, and the busbar gets sheared, punched and bent to match, then tinned or sleeved as specified, so it installs directly with no on-site fabrication needed.

Our mainstream export product is solid flat copper busbar, cut and formed to drawing, and that covers the large majority of switchgear, panel and substation requirements. Flexible laminated busbar, thin copper foils built for vibration-tolerant connections, is a specialised product. Tell us your specific requirement and we can confirm whether a solid busbar with a flexible jumper section meets the same need.

Copper carries roughly 1.6 times the current of aluminium for the same cross-section and holds up better through repeated jointing, which is why it's the default for compact panels, data centres and anywhere space is tight. Aluminium is lighter and cheaper per unit of conductivity, and it works well where space isn't constrained and joints are torqued and maintained properly. The catch: it needs larger cross-sections and more careful joint design to avoid the oxide-layer and creep problems aluminium connections are known for.

A compliant MTC for IS 1897 / ASTM B187 ETP busbar must show: copper purity ≥99.9 % (chemical analysis with heat/cast number), electrical conductivity ≥100 % IACS tested per IEC 60468 or ASTM B193, dimensional check (cross-section area, mass per metre), tensile strength, and an NABL-accredited lab stamp or ISO 17025 equivalent. Reject on the spot if conductivity is absent or stated only as '>98 %', there is no heat or batch number, no lab stamp, or the composition shows Sn, Pb or Zn above trace levels, those impurities directly reduce conductivity and accelerate joint corrosion. We supply fully compliant MTCs with every export batch, including the NABL lab reference number.