India Brass Works Bhaktinagar, Rajkot, Gujarat

Performance Benefits:. Lowers Lub. Oil Consumption. Maintains specified fuel Consumption for longer service. Can be used against hardened as well as unhardened shaft. Protects shaft from extensive damage Special Features:. Reduces operating cost Considerably.. Lined with Genuine Tin Base 90% While Metal. Retains Lubricants. Embeds dust and debris carried by the Lubricant and prevents scoring at high loads. Highly compatible to avoid seizure. Conforms to misperfection in Shaft geometry. High Strength to resist deformation by both steady & fluctuating loads. Resists corrosion by lubricants. Good thermal conductor, dissipates heat faster from the mating surface and runs cool. Excellent resistance to wear under conditions imposed in journal

Lowers Lub. Oil Consumption, Maintains specified fuel Consumption for longer service, Can be used against hardened as well as unhardened shaft, Protects shaft from extensive damage, Embeds dust and debris carried by the Lubricant and prevents scoring at high loads.

Tin strengthens copper and hardens it sufficiently to be compatible with unhardened steel. The protective Organo-tin films formed with oils have a high desorption temperature. Hence the copper-tin bronzes result in better bearings than the copper-zinc brasses. Copper alloys usually have a face-centered-cubic structure while the mating surface is usually a ferrous alloy with a body-centered-cubic structure. This difference contributes to the anti-seizure characteristics of copper alloys against iron alloys.

The steel backing to give the bearing strength and regidity, The copper-lead-tin intermediate, alloy linin is permanently bonded to the steel back by intering process. It is the lining alloy that will stand up under extreme bearing loads.A nickel plate or nickel barrier - just 2-3 microns thick - preventing the tin.

Shaft bearings, Performance Benefits:. Lowers Lub. Oil Consumption . Maintains specified fuel Consumption for longer service . Can be used against hardened as well as unhardened shaft . Protects shaft from extensive damage. . Reduces operating cost Considerably. . Lined with Genuine Tin Base 90% While Metal . Retains Lubricants . Embeds dust and debris carried by the Lubricant and prevents scoring at high loads

Pump set oil, Performance benefits : . Works under severe conditions of extreme heat or cold.The performance levels of IBW "Engine Guard" exceeds the standards of API - SCCC; US MIL-L-2104B AND IS 13656 : 1993 (E-PL1E-DL1) TOP . Gives your Pump set instant start. . Carries longer drain period.

Application : The IBW "Engine Guard" is specially formulated for Pump sets, Gen sets, Stationery diesel engines, Threshers, Sugarcane crushers and Mills. Performance benefits : . Works under severe conditions of extreme heat or cold. . Gives your Pump set instant start. . Carries longer drain period.

Lowers Lub. Oil Consumption . Maintains specified fuel Consumption for longer service . Can be used against hardened as well as unhardened shaft . Protects shaft from extensive damage

Specialities : . Retains Lubricants . Resists corrosion by lubricants etc.

The lead-tin-copper plate that easily confirms to slight irregularitie in the crankshaft journals during engine run-in, The pure tin flash plate which provides corrosion and rust resistance all over.

 Copper Powder Metallurgy for Bearings:. Copper readily forms a protective oxide film when heated in air. . Copper readily forms a protective sulphide film with oils containing only traces  of sulphur compounds. . Copper has a high thermal conductivity for the dissipation of the frictional heat,  thus reducing the surface temperature. . Tin strengthens copper and hardens it sufficiently to be compatible  with unhardened steel. . The protective Organo-tin films formed with oils have a high  desorption temperature . Hence the copper-tin bronzes result in better bearings than the  copper-zinc brasses. . Copper alloys usually have a face-centered-cubic structure while the  mating surface is usually a ferrous alloy with a body-centered-cubic structure.  This difference contributes to the anti-seizure characteristics of copper  alloys against iron alloys.  Overlay Plated Copper-Lead Bearings for Heavy Duty Service:. The Copper-Lead Bearings when plated have higher load carrying capacity  than straight copper-lead alloys.. These overlays are very soft and have excellent embeddability,  conformability and corrosion resistance without impairing higher fatigue  strength of inner copper-lead-tin alloy.

Copper readily forms a protective oxide film when heated in air, Copper readily forms a protective sulphide film with oils containing only traces of sulphur compounds, Copper has a high thermal conductivity for the dissipation of the frictional heat, thus reducing the surface temperature, Tin strengthens copper and hardens it sufficiently to be compatiblewith unhardened stee, Copper alloys usually have a face-centered-cubic structure while the mating surface is usually a ferrous alloy with a body-centered-cubic structure. This difference contributes to the anti-seizure characteristics of copper alloys against iron alloys.

Bush plate, Overlay Plated Copper-Lead Bearings for Heavy Duty Service: . The Copper-Lead Bearings when plated have higher load carrying capacity than straight copper-lead alloys. . These overlays are very soft and have excellent embeddability, conformability and corrosion resistance without impairing higher fatigue strength of inner copper-lead-tin alloy.

The Copper-Lead Bearings when plated have higher load carrying capacit than straight copper-lead alloys. These overlays are very soft and have excellent embeddability, conformability and corrosion resistance without impairing higher fatigue strength of inner copper-lead-tin alloy.