Construction:
Ace high stability Carbon Film Resistors are coated with a thin film of highly pure carbon on high alumina ceramic rods by pyrolysis, under controlled conditions. The final ohmic value is achieved to close tolerances by uniformly helixing on precision imported machines using low IRV, to ensure high stability and long life. The lead wires are welded to the end caps with Electro Tinned Copper wire, weld strength tested online, pulsed to withstand short term overload, coated with multiple layers of epoxy and colour coded with four colour bands (E-24 Series) to international standards.

Construction:
Nickel Chromium alloy deposited by sputtering process on high alumina ceramic rods.

The film is fully stabilized to ensure long life and reliability. Fine helixing is done to get accurate values. Axial leads made of high conductivity Electro Tinned Copper wire are welded to the pressed end caps to ensure rigid construction. Multiple layers of light blue color epoxy is coated to ensure high insulation, voltage proof and protection against severe tropical environmental conditions.

Construction:
Ace Metal Oxide Resistors offer excellent performance in applications where stability and uniformity of characteristics are desired. Metal oxides can also replace many wire-wound applications. Ace Metal Oxide Resistors are protected by special grade silicon resins to ensure rated power dissipation and long term stability.

Features:

The special deposited conductive film on high grade alumina ensures controlled TCR and long term stability.
High Surge overload capability.
High Power-to-Size ratio for significant space saving