Powder Metallurgy
Established in 1983, the powder metallurgy plant is one of the leading manufacturers of sintered components in India. High precision components made of sintered rate, find wide application in the powertrain components in automobiles.
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Powder Metallurgy
Established in 1983, the powder metallurgy plant is one of the leading manufacturers of sintered components in India. High precision components made of sintered rate, find wide application in the powertrain components in automobiles.
Powder Metallurgy
Established in 1983, the powder metallurgy plant is one of the leading manufacturers of sintered components in India. High precision components made of sintered rate, find wide application in the powertrain components in automobiles.
Powder Metallurgy
Established in 1983, the powder metallurgy plant is one of the leading manufacturers of sintered components in India. High precision components made of sintered rate, find wide application in the powertrain components in automobiles.
Powder Metallurgy
Established in 1983, the powder metallurgy plant is one of the leading manufacturers of sintered components in India. High precision components made of sintered rate, find wide application in the powertrain components in automobiles.
Powder Metallurgy
Established in 1983, the powder metallurgy plant is one of the leading manufacturers of sintered components in India. High precision components made of sintered rate, find wide application in the powertrain components in automobiles.
Powder Metallurgy
Established in 1983, the powder metallurgy plant is one of the leading manufacturers of sintered components in India. High precision components made of sintered rate, find wide application in the powertrain components in automobiles.
Powder Metallurgy
Established in 1983, the powder metallurgy plant is one of the leading manufacturers of sintered components in India. High precision components made of sintered rate, find wide application in the powertrain components in automobiles.

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Our facilities include state of the art multi level powder compacting presses ranging from 6T to 650T, sintering furnaces, sizing presses upto 1000T, secondary finishing equipment like precision grinding, honing and lapping equipment, sealed quench furnaces for case carburising, induction hardening equipment and stem treatment furnace.
Our sophisticated machinery also include exclusive secondary machining lines having CNC ID grinding, Multi stage ID honing, OD grinding, surface grinding, lapping, planetary deburring, washing for manufacturing oil, fuel pump gears and rotor.
Our PM plant is equipped with high precision tool room machines like EDM spark erosion, wire cutting, 5 axis vertical machining centre, Dia form Profile grinding and jig grinding for the manufacture of complex profile tooling.
The sintered plant has the expertise and bandwith to explore and convert parts made of traditional manufacturing methods to sintering process, thereby enhancing quality and reducing cost.
Read More
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances

Engine Parts

  • Timing pulley and timing sprocket and fuel injection pump pulley
  • Variable valve timing pulley, sprocket, rotor and stator
  • Variable displacement pump rotor and stator
  • Vacuum pump rotor for brake system
  • Oil pump rotors and gears
  • Valve train parts – Valve guide and valve seats
  • Bearing cap for holding crankshaft and camshaft
  • Injector clamps
  • Power steering pump rotor
  • Rocker arm supports
  • Fuel injection pump parts

Transmission Parts

  • Synchronizer hubs – 9.8 kgm to 45 kgm torque
  • Shifter parts - arm select, arm shift, interlock and fingers
  • Shocker Parts - rod guide, piston, base valve and piece bottom
  • Iron and bronze bushes for automotive and home appliances
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.
Product Applications
Rotors & Gears for lubricating oil pumps are used in diesel and petrol engine lubricating systems.  A wide variety of profiles have been developed to suit the design parameters of customers. The sintering method offers considerable saving in raw material and processes as compared to conventional manufacturing methods.
Synchroniser Hubs for Transmissions are used in manual gear transmissions. Capabilities to make multilevel parts to near net shape, result in improved quality levels and considerable cost savings. These parts find application in passenger cars and multi utility vehicles.
Shock Absorber Components represent one of the largest segments for PM applications, from simple rod guides to complex piece bottoms, pistons and base valves.
Valve Train Components include valve seat inserts and valve guides for new generation high-speed engines. Low thermal Coefficient of Expansion, hot hardness, wear resistance and easy machinability are possible through the sintering process.

Iron Powder

The company’s Iron Powder unit is a leading manufacturer of iron powder in the country with a capacity of 10,000 T per annum. It uses the modern water atomization process to produce high quality economically viable iron powder.  Product type includes various plain iron and steel powders, diffusion alloyed powders and pre-alloyed sinter hardening powders.

Field of application is predominantly for production of Sintered Powder Metal parts. Other applications include welding electrode fluxes, steel industry for flame cutting and the iron powder briquettes of controlled chemistry are used as melting additive in stainless steel foundry.

The facility includes a mixing shop which can cater to the specific customer requirements of press ready mixes and also bonded mixes which reduce segregation which leads to better properties.

Iron Powder

The company’s Iron Powder unit is a leading manufacturer of iron powder in the country with a capacity of 10,000 T per annum. It uses the modern water atomization process to produce high quality economically viable iron powder.  Product type includes various plain iron and steel powders, diffusion alloyed powders and pre-alloyed sinter hardening powders.

Field of application is predominantly for production of Sintered Powder Metal parts. Other applications include welding electrode fluxes, steel industry for flame cutting and the iron powder briquettes of controlled chemistry are used as melting additive in stainless steel foundry.

The facility includes a mixing shop which can cater to the specific customer requirements of press ready mixes and also bonded mixes which reduce segregation which leads to better properties.

Iron Powder

The company’s Iron Powder unit is a leading manufacturer of iron powder in the country with a capacity of 10,000 T per annum. It uses the modern water atomization process to produce high quality economically viable iron powder.  Product type includes various plain iron and steel powders, diffusion alloyed powders and pre-alloyed sinter hardening powders.

Field of application is predominantly for production of Sintered Powder Metal parts. Other applications include welding electrode fluxes, steel industry for flame cutting and the iron powder briquettes of controlled chemistry are used as melting additive in stainless steel foundry.

The facility includes a mixing shop which can cater to the specific customer requirements of press ready mixes and also bonded mixes which reduce segregation which leads to better properties.

Iron Powder

The company’s Iron Powder unit is a leading manufacturer of iron powder in the country with a capacity of 10,000 T per annum. It uses the modern water atomization process to produce high quality economically viable iron powder.  Product type includes various plain iron and steel powders, diffusion alloyed powders and pre-alloyed sinter hardening powders.

Field of application is predominantly for production of Sintered Powder Metal parts. Other applications include welding electrode fluxes, steel industry for flame cutting and the iron powder briquettes of controlled chemistry are used as melting additive in stainless steel foundry.

The facility includes a mixing shop which can cater to the specific customer requirements of press ready mixes and also bonded mixes which reduce segregation which leads to better properties.

Iron Powder

The company’s Iron Powder unit is a leading manufacturer of iron powder in the country with a capacity of 10,000 T per annum. It uses the modern water atomization process to produce high quality economically viable iron powder.  Product type includes various plain iron and steel powders, diffusion alloyed powders and pre-alloyed sinter hardening powders.

Field of application is predominantly for production of Sintered Powder Metal parts. Other applications include welding electrode fluxes, steel industry for flame cutting and the iron powder briquettes of controlled chemistry are used as melting additive in stainless steel foundry.

The facility includes a mixing shop which can cater to the specific customer requirements of press ready mixes and also bonded mixes which reduce segregation which leads to better properties.

Iron Powder

The company’s Iron Powder unit is a leading manufacturer of iron powder in the country with a capacity of 10,000 T per annum. It uses the modern water atomization process to produce high quality economically viable iron powder.  Product type includes various plain iron and steel powders, diffusion alloyed powders and pre-alloyed sinter hardening powders.

Field of application is predominantly for production of Sintered Powder Metal parts. Other applications include welding electrode fluxes, steel industry for flame cutting and the iron powder briquettes of controlled chemistry are used as melting additive in stainless steel foundry.

The facility includes a mixing shop which can cater to the specific customer requirements of press ready mixes and also bonded mixes which reduce segregation which leads to better properties.

Iron Powder

The company’s Iron Powder unit is a leading manufacturer of iron powder in the country with a capacity of 10,000 T per annum. It uses the modern water atomization process to produce high quality economically viable iron powder.  Product type includes various plain iron and steel powders, diffusion alloyed powders and pre-alloyed sinter hardening powders.

Field of application is predominantly for production of Sintered Powder Metal parts. Other applications include welding electrode fluxes, steel industry for flame cutting and the iron powder briquettes of controlled chemistry are used as melting additive in stainless steel foundry.

The facility includes a mixing shop which can cater to the specific customer requirements of press ready mixes and also bonded mixes which reduce segregation which leads to better properties.

Iron Powder

The company’s Iron Powder unit is a leading manufacturer of iron powder in the country with a capacity of 10,000 T per annum. It uses the modern water atomization process to produce high quality economically viable iron powder.  Product type includes various plain iron and steel powders, diffusion alloyed powders and pre-alloyed sinter hardening powders.

Field of application is predominantly for production of Sintered Powder Metal parts. Other applications include welding electrode fluxes, steel industry for flame cutting and the iron powder briquettes of controlled chemistry are used as melting additive in stainless steel foundry.

The facility includes a mixing shop which can cater to the specific customer requirements of press ready mixes and also bonded mixes which reduce segregation which leads to better properties.

Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.
Structural Parts include timing pulleys, sprockets, fuel injection governor levers and weights, engine mounting bearing caps and thrust plates.  The required properties in terms of strength, hardness and wear resistance can be engineered into the product by a suitable combination of materials and processes.
Bushes - Plain, flanged and spherical bushes are manufactured using combinations of iron, copper and bronze.  Vacuum oil impregnated, sintered bushes and bearings are generally used in automobiles, home appliances and general engineering goods.