SHIG Series - Fuel Injection Internal Gear Pumps

About SHIG Series

The SHIG Series are precision Fuel Injection Internal Gear Pumps from Shark Pump Engineering Pvt. Ltd.. With compact design and tight internal clearances, these pumps transfer oils, fuels, and lubricants with accurate flow and pressure — making them ideal for fuel injection and lubrication systems.

Key Features

  • Internal gear design — low pulsation and high volumetric efficiency.
  • Suitable for both clockwise and anti-clockwise rotation.
  • Handles viscous fluids up to 450 CST.
  • Compact, quiet operation suitable for continuous duty.
  • Ideal for oils, fuels, lubricants, and hydraulic applications.

Technical Specifications

Parameter Specification
CapacityUp to 6000 LPH
Discharge Size3/8" to 1"
TemperatureUp to 200°C
PressureUp to 30 kg/cm²
Speed1400 RPM & 2880 RPM
ViscosityUp to 450 CST
Direction of RotationClockwise [R] & Anti-Clockwise [L] (viewed from shaft end)
Material (M.O.C)C.I. / C.S.

Scope of Applications

  • Oil burners and boiler fuel systems.
  • Hydraulic dry pressure systems and PHF units.
  • Lubrication oil and hydraulic oil circulation.
  • Diesel boosting for locomotives and heavy vehicles.
  • Refineries and fuel transfer systems.
  • Force-feed lubrication and pressure regulation systems.

Advantages

  • High volumetric efficiency and precise flow.
  • Handles thin to viscous liquids without performance loss.
  • Compact design for tight installations.
  • Reliable performance at high pressures.
  • Long service life and low maintenance.

Product Information

  • Product :

    SHIG Series – Fuel Injection Internal Gear Pumps

  • Category :

    Industrial / Hydraulic Pumps

  • Type :

    Positive Displacement — Internal Gear

  • Material :

    C.I. / C.S.

  • Brand :

    Shark Pump Engineering Pvt. Ltd.

  • Origin :

    Kathwada GIDC, Ahmedabad, India

Get Expert Assistance

Need help selecting a gear pump for your oil or hydraulic system? Contact our experts for configuration and sizing assistance.

Go Back Top