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Industrial Product Services

Leading Supplier of Industrial Valves, Automation Solutions, Mechanical Seals, and High-Performance Fittings.

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Precision Power Solutions

Heavy-duty engineering for thermal, hydro, and solar plants requiring 24/7 reliability and performance.

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Oil & Gas Infrastructure

Advanced flow control and automation for upstream and downstream operations in extreme conditions.

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High-Performance Industrial Systems

Robust valve and instrumentation solutions designed for critical manufacturing and high-pressure processes.

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Industrial Pressure Gauge

Pressure Gauge Main
Pressure Gauge 1
Pressure Gauge 2
Pressure Gauge 3
Accurate Process Monitoring
Dial Size40mm, 50mm, 63mm, 100mm, 150mm
Case MaterialStainless Steel (SS304 / SS316)
Pressure RangeVacuum to 1000 Kg/cm² (Bar)
Connection1/4", 3/8", 1/2" NPT/BSP
TypeBourdon Tube, Diaphragm, Liquid Filled

Working Principle

Pressure gauges utilize a curved Bourdon tube that straightens slightly as internal pressure increases. This microscopic movement is transferred via a precision mechanical gear movement to a pointer, giving a highly accurate visual readout of the pressure in the system, preventing dangerous overpressure scenarios.

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Key Features

  • Liquid filled options for high vibration areas.
  • Blow-out back safety design available.
  • Clear, high-visibility shatterproof dials.
  • Precision laser-welded sensing elements.
  • NABL traceable calibration certificates.

Applications

  • Pump discharge and suction pipelines.
  • Hydraulic and pneumatic power systems.
  • Boiler and steam generation monitoring.
  • HVAC and chilling plants.
  • Chemical and petrochemical refining.

Advantages

  • Instant, reliable localized pressure readings.
  • Does not require external electrical power.
  • Extremely rugged in harsh environments.
  • Easy to calibrate and verify accuracy.
  • Wide availability of ranges and materials.

Industrial Instrument Valve

Instrument Valve Main
Instrument Valve 1
Instrument Valve 2
Instrument Valve 3
Isolation & Bleed Control
Valve TypesNeedle, Manifold, Gauge Root Valve
MaterialSS316, Hastelloy, Monel, Duplex
Max Pressure6000 PSI / 10000 PSI
End ConnectionsNPT, BSP, Socket Weld, Tube Ends
Packing MaterialPTFE, Grafoil (for high temps)

Working Principle

Instrument valves, such as needle valves and manifolds (2, 3, or 5-valve setups), are designed for precise flow throttling, isolation, and bleeding of process lines before they reach sensitive instruments like pressure gauges and transmitters, allowing safe calibration and replacement without shutting down the main process.

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Key Features

  • Non-rotating stem tip to prevent galling.
  • Multi-valve manifolds reduce leak points.
  • Bubble-tight shut-off in gas service.
  • Forged body for superior strength.
  • Integrated vent ports for safe pressure bleed.

Applications

  • Pressure and differential pressure transmitters.
  • Analytical sampling systems.
  • Test benches and calibration labs.
  • Oil and gas wellhead control panels.
  • Steam tracing and instrumentation lines.

Advantages

  • Allows live maintenance of instruments.
  • Extremely precise flow regulation capability.
  • Manifolds save space and installation time.
  • Handles extremely high pressures safely.
  • Robust construction prevents fugitive emissions.

Industrial RTD Sensor

RTD Sensor Main
RTD Sensor 1
RTD Sensor 2
RTD Sensor 3
Precision Thermal Sensing
Sensor TypePT100, PT1000 (Simplex / Duplex)
Temp Range-200°C to +600°C
Wiring2-Wire, 3-Wire, 4-Wire Configurations
Sheath MaterialSS316, SS310, Inconel, Teflon
Accuracy ClassClass A, Class B, 1/3 DIN

Working Principle

Resistance Temperature Detectors (RTDs) use a pure platinum wire whose electrical resistance changes predictably with temperature. The PT100 sensor provides exactly 100 ohms at 0°C. By measuring this resistance with a controller, highly accurate and stable temperature readings can be captured over a wide range.

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Key Features

  • Unmatched stability over long periods.
  • Interchangeable without system recalibration.
  • Available with flameproof connection heads.
  • High purity platinum element for accuracy.
  • Mineral insulated (MI) cables for flexibility.

Applications

  • Pharmaceutical process temperature mapping.
  • Food and beverage pasteurization.
  • Cold storage and HVAC control.
  • Bearing and motor winding temp monitoring.
  • Chemical reactor cooling jackets.

Advantages

  • More accurate and linear than thermocouples.
  • Immune to electrical noise in 4-wire setups.
  • Robust construction survives vibration.
  • Custom sheath lengths and diameters available.
  • Direct integration with SCADA and PLCs.

Industrial Level Indicator

Level Indicator Main
Level Indicator 1
Level Indicator 2
Level Indicator 3
Visual & Electronic Level Tracking
TypeMagnetic Bypass, Tubular, Reflex, Float
MaterialSS316, PP, PVDF, Glass
Max LengthUp to 6000mm (Single Piece)
Output Options4-20mA Transmitter, Alarm Switches
Process TempUp to 350°C (Special Designs)

Working Principle

Magnetic Level Indicators feature a float containing a magnet inside a bypass chamber connected to the tank. As the liquid level changes, the float moves, magnetically flipping bicolor indicators on the outside rail, providing a highly visible, leak-proof indication of the tank's exact level without glass tubes.

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Key Features

  • Unbreakable design (Magnetic bypass type).
  • Highly visible bi-color flapper display.
  • Add-on limit switches for pump automation.
  • Handles aggressive, toxic, and flammable liquids.
  • PTFE lined options for strong acids.

Applications

  • Chemical storage and process tanks.
  • Boiler drums and feedwater heaters.
  • Oil separators and refined fuel storage.
  • Water treatment dosing tanks.
  • Condensate receivers and accumulators.

Advantages

  • Eliminates the safety hazard of broken glass tubes.
  • Visible from a distance in poor lighting.
  • Combines local visual and remote electronic signals.
  • Virtually zero maintenance required.
  • Safe for highly pressurized vessels.

Industrial Tube Fitting

Tube Fitting Main
Tube Fitting 1
Tube Fitting 2
Tube Fitting 3
Leak-Free Tube Connections
Fitting TypeDouble Ferrule Compression
MaterialSS316, Brass, Monel, Hastelloy
Size Range (OD)1/16" to 2" | 2mm to 50mm
Max PressureExceeds tubing burst pressure
ConfigurationsUnions, Tees, Elbows, Bulkheads, Crosses

Working Principle

The twin-ferrule design grips the tubing via mechanical compression. As the nut is tightened, the front ferrule forms a primary seal against the fitting body and tube, while the back ferrule hinges inward to strongly grip the tube. This separates the sealing and gripping functions, resulting in a leak-proof, vibration-resistant joint.

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Key Features

  • Gas-tight seal under severe conditions.
  • Highly resistant to vibration and impulse.
  • Easy to assemble and re-assemble multiple times.
  • Does not twist the tubing during installation.
  • Internally polished for clean gas flows.

Applications

  • Analytical gas chromatography lines.
  • Impulse lines for pressure transmitters.
  • High-pressure hydraulic and pneumatic circuits.
  • Instrument air distribution systems.
  • Semiconductor clean room gas panels.

Advantages

  • Provides a significantly safer connection than threading.
  • Allows rapid installation without welding.
  • Minimizes pressure drop through the fitting.
  • Traceable materials ensure safety compliance.
  • Reduces overall maintenance costs for instrument lines.

Industrial Sight Glass

Sight Glass Main
Sight Glass 1
Sight Glass 2
Sight Glass 3
Inline Flow Observation
TypeDouble Window, Full View, Tubular
Glass MaterialToughened Borosilicate, Quartz
Body MaterialCast Iron, WCB, CF8, CF8M, PP/PTFE Lined
Size Range1/2" to 8" (Flanged / Threaded)
OptionsWipers, Illumination Lamps, Flappers

Working Principle

A sight glass is installed directly into a pipeline, allowing operators to visually observe the flow direction, color, clarity, and consistency of the liquid or gas. Inside, features like a rotating flapper, drip tube, or floating ball enhance visibility of the fluid's movement, especially for clear media.

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Key Features

  • High-strength toughened borosilicate glass.
  • Dual windows for light transmission.
  • FEP/PFA lined variants for extreme corrosives.
  • Drip tubes for low-flow visualization.
  • Easily replaceable glass without removing the body.

Applications

  • Distillation columns and condenser lines.
  • Lube oil lines on heavy rotating equipment.
  • Pharmaceutical reactor drainage lines.
  • Brewing and beverage clarification processes.
  • Condensate recovery networks.

Advantages

  • Instant verification of blockages or dry running.
  • Requires no power or complex calibration.
  • Extremely reliable safety monitoring tool.
  • High temperature and thermal shock resistance.
  • Improves operational oversight and quality control.