We offer a wide range of capacitor and cables. These cables and capacitors are known for hgih prefromance and are availabe in different specifications. Our range include:

• Capacitors
• Agriculture Duty Capacitors
• Heavy Duty Capacitors
• Normal Duty Capacitors
• Super Heavy Duty Capacitors
• Electronic Switches
• Coral Switches
• Pearl Switches
• Energy Meters
• Electronic Trivector

These along with Energy Meter, Single Phase Meter, Static Whole Current KWH Meter, Lighting Modular Plate Switches, PVC Cables Power & Control Cables, PVC Insulated Cables are the other products which are supplied according to client specifications and demand.

We bring forth an international range of electronic switches for better electromic performance that come with the following specifications:

• Modules are firmly mounted on frames with two screws - this ensures sturdy mounting, which can handle enough wire pressure required especially in sockets
• All parts which are in contact with live 1 metal are made of thermoset material, which has excellent electrical insulation properties, does not melt on heating and does not catch fire. Owing to this, all our products are strong and sturdy with flame proof quality and capable of handling higher currents and operating temperatures.
• Thermoset material is normally used in industrial applications.
• Only the visible parts are made of polycarbonate which has high degree of surface finish and gloss.
• Visible parts are not in contact with any 'live metal' part and hence, it is safe to use polycarbonate for this purpose

Sockets: Spring loaded tubes to ensure uniform pressure and a firm unwavering contact Sockets.

Multi-Socket (3 2 pin) available which can take one 3-pin plug and one 2-pin plug simultaneously.

Fan Regulator: Step-type with 6 distinctive positions for excellent speed control. Unique selector switch with cam-type operation. Knob can be rotated full 360°, hence any amount of pressure can be applied while turning the knob.

We deal in the best quality electrical switchgeras that includes MCB and MCCB switchgears available in the market. We have range of MCB boxes with diverse metal configuration and styling. We choose only those MCB and MCCB for which the most contemporary manufacturing technology is employed. The MCB/ MCCB are then customized to meet the specifics provided to us by the clients.

Our Strainers are the best available strainers for your fluid straining needs. From portable systems to petroleum product systems, we have self-cleaning fluid strainers to provide the most efficient and reliable fluid filtration systems available.

Basket Strainer: We have the Widest Range of Basket Strainer.

Y-Strainers: are devices for mechanically removing solids from flowing liquids or gases by means of a perforated or wire mesh straining elements.

We have Steam Traps to fit all existing Universal Connectors and require no initial setting or readjustment. Our Steam Traps are Compact and Designed to Save Energy, according to the Company. We offer very reasonable prices for our products.

Moisture separator with drain module consists of moisture separator with completely assembled drain assembly consisting of ball float steam trap. We offer these joints with inbuilt blowdown valve and with deflector and isolating valve completely assembled with interconnecting piping and outlet nozzle as provision for bypass.

In process heating, more than 60% of thermal energy used is in the form of steam. Because of the ever increasing costs of energy, and because conservation of energy in all forms is imperative, we must seek to understand better and improve the process and energy conservation products by which we generate and use steam.

Fuel saving/ steam saving opportunities can be significant because companies can identify and implement multiple system improvements, which could collectively yield savings of 10 to 15% in many cases, with a general project payback period of less than 2 years. Steps in Energy Conservation System :

Identify steam system costs

• Cost of fuel
• Quantity of steam generated
• Cost of producing steam for the facility
• Cost of steam per unit of production

Identify properties of the steam system

• Temperature
• Pressure
• Saturation and other properties

Evaluate boiler efficiency

• Blow-down rate and heat recovery opportunities
• Feed-water condition
• Flue gas composition and temperature

Investigate energy losses in the steam distribution system

• Steam leaks
• Trap losses
• Condensate losses
• Insulation losses
• Flash steam losses

Assess opportunities for reducing distribution losses

• Stop all leaks
• Introduce a trap management system
• Install condensate return systems
• Invest in better insulation
• Recover and use flash steam

Steam Traps should be inspected to determine whether they are functioning properly or allowing live steam to blow through. Generate a program for periodic inspection and maintenance of traps. Ensure correct reporting and evaluate monetary savings. Typically, high pressure traps should be inspected at least twice a month, medium pressure traps once in two months, and low pressure traps once in six months. Plants where traps haven't been inspected or maintained for 3 years or more could have up to 30% of their traps blowing steam. This could be brought down to less than 5% with a well designed and executed maintenance program.