Your Personal Buying Guide to Electrical Material

Electricity is a widely used commodity worldwide. According to the EIA (Energy Information Administration) report, the US is the second-largest electricity user worldwide. In 2020, 3,802 terawatts of electricity were used in the US. With major users being the manufacturing, mining and construction industries. 

To sustain electricity and burn fewer fossil fuels, many companies have manufactured various electrical lamps that produce bright light by using less power. This guide will tell you about the good quality lamps you can use and why buying from good electrical material suppliers is essential for high-quality and secure purchases.

Ballast fluorescent lamps

The ballast (also known as control gear) is a small device connected to the fluorescent lamps circuitry that controls the amount of electrical current passing through it. The ballast gives the lamp a brief boost of voltage to start at and then just enough of a supply to keep it operating securely because your home’s main power has a higher voltage than the light requires for functioning.

In fluorescent lamps, electronic or magnetic ballasts are used to control the electrical flux. But the magnetic ballasts are an out-of-date technology that manufacturers are phasing out. Thus they’re only seen on older variants of fluorescent lights these days.

Why is ballast needed in fluorescent lamps?

Inside a fluorescent light, electricity heats mercury gas molecules, making them more conductive. Unfortunately, there would be too much electricity for the light to handle without ballast, and it would burn out and possibly catch fire.

Benefits of ballast fluorescent lamps

·  It can adapt to voltage changes and allows a consistent flow of electricity to light the lamp.

· It preheats the lamp at the starting that helps extend lamp life, lower costs, and improve environmental protection.

·  It is useful for protection against anomalous states of pressure, flow, and output

·  It removes fluctuations of light and improves stability. Moreover, it assists in safeguarding eyesight while improving the vision, efficiency and reducing the effect of continuous operation fatigue.

Ballast fluorescent lamps buying guide

·  Choose by power usage

To check the power, locate F on the tube; beside it, the number of watts is displayed. For example, an F8 tube rated at 24 watts is designated as F24T8. The wattage of the fluorescent tube is also affected by the amount of light it produces. The fluorescent tube’s efficiency ranges from 16 lumens per watt for a 4-watt tube with a traditional ballast to more than 100 lumens per watt for a tube with a sophisticated electronic ballast. In addition, the lamp temperature at the coolest part will also affect the amount of light emitted by the fluorescent tube.

·  Choose by size

Fluorescent tubes are measured in eighths of an inch, drawing the measurement from pin to pin at the tube’s end. The fluorescent tube’s length determines the wattage level. Fluorescent tubing comes in sizes ranging from T2 (7 mm) to T12. Unfortunately, the largest size, T12 (38mm), is no longer produced. However, they have the G13 cap the same as the T8 tube. This means that a more efficient T8 (25 mm) tube of the same length can be used in place of the T12 tubes.

LED lights

LED (Light Emitting Diode) is a modern lamp that can last as long as 50,000 hours. They can cost more than incandescent bulbs but can repay their price after some time. Soon after, the launch of LED became an advanced way to light up the home and offices.

Benefits of LED light

·  Efficiency

LED lighting outlasts traditional incandescent lamps. They are more robust and are nearly five times more efficient than traditional lamps. LED bulbs typically consume 2 to 10 watts of power.

·  Brightness

The light emitted from an LED lamp is measured in lumens.

·  Cost

LED lighting fixtures are more expensive up front, but they last longer and can cover their initial cost.

·  Design

LEDs’ small size makes them a very adaptable design element, allowing designers and manufacturers to develop designs, silhouettes, and technologies that were previously difficult to achieve.

·  Mercury

In the production of LED lights, no mercury is used.

·  Dimming of light

The LED light bulbs do not outburst abruptly but slowly dim out at the end of their life span.

LED Efficiency

LEDs have a brightness that is more than five times that of incandescent bulbs. This is because they use 20% of the energy used by an incandescent bulb to produce the same light. A good LED bulb can last between 20,000 and 50,000 hours. So your LED bulb could last 20 years if you use it for 6 hours every day, 365 days a year.

LED buying guide

·  Check for lumen 

Lumen is to LED lights as Watts are to CFL. LED bulbs are also rated in watts. However, comparing them to incandescent bulbs is problematic due to the lack of consistency. As a result, using lumens as a base to evaluate brightness is more appropriate; for example, a 60-watt incandescent light produces light similar to an 800 lumen LED light.

·  Cost-saving

Although an LED may appear to be costly at first, it is a very cost-effective investment in the long term. This was proven in a study conducted by, where a 60-watt incandescent bulb was compared to a 12-watt LED bulb.

·  Heating of LED bulbs

LED bulbs emit very little heat, yet they are extremely vulnerable to heat damage. When LEDs are used in enclosed lamps, the heat is trapped inside the bulb, causing damage to the LED lights. Therefore, it is best to use LED bulbs ata standard temperature to have a longer life span. Neither too hot nor too cold.


These are the tips you can use to buy the right lamp according to your needs. If you are planning to buy in bulk for your business, home or industry, you must buy from a verified electrical material supplier to ensure the quality and efficiency of your purchase. To buy LED lights or lamps from a trusted electrical material supplier, visit