We manufacture and supply 5" size wheel rims for Go-Karts to clubs and go-karting schools all over india both for Karting as well as racing purpose. We offer high quality rims for Go-karts in sizes 5" x 125mm / 130mm / 180mm / 210mm in bearing and bolt on type.

We offer Gravity Die Casting based components for industries like engineering, process and automotive. We manufacture more than 70 different types of components in using Gravity Die casting technology. Some of the compnents we manufacture are Pnuematic Actuators castings, castings for paint industry, compressor parts, gear box housings & covers and various others.

We can also offer aluminum alloy wheels in size in 17” x 7". We offer alloy wheels which are made from an aluminum alloy. Alloy wheels differ from normal wheels because of their lighter weight, which makes steering more easy and increasing mileage of the vehicle. These are also better source of heat conductors, thus reducing the chance of brake failure by dissipating the heat in more demanding driving conditions.

We offer aluminum alloy wheels in size in 13” x 4.5". These are suitable for Indian cars such as Maruti Esteem, Maruti Zen, and other cars having the same specifications i.e. PCD     - 108 / 114.3Offset  - 38/45Size     - 13" x 4.5"
We offer alloy wheels which are made from an aluminum alloy. Alloy wheels differ from normal wheels because of their lighter weight, which makes steering more easy and increasing mileage of the vehicle. These are also better source of heat conductors, thus reducing the chance of brake failure by dissipating the heat in more demanding driving conditions.

We offer aluminum alloy wheels in size in 12” x 4". These are suitable for Indian cars such as Maruti 800, Alto, Maruti Omni and other cars having the same specifications i.e.PCD - 100 / 114.3 Offset  - 40 Size - 12" x 4"
We offer alloy wheels which are made from an aluminum alloy. Alloy wheels differ from normal wheels because of their lighter weight, which makes steering more easy and increasing mileage of the vehicle. These are also better source of heat conductors, thus reducing the chance of brake failure by dissipating the heat in more demanding driving conditions.