Hot Plate

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Laboratory hot plates; available in different sizes and temperature ranges. We make laboratory hot plates in both rectangular and round shapes with surface temperature range up to 350°C and optional 500°C. Heating surface is made of either MS, Stainless Steel or Cast Iron. Temperature is controlled through energy regulator or digital PID controller which efficiently controls temperature and also displays set value and process value. Other cabinet is made of powder coated mild steel. These lab grade heating plates are light weight and durable, and can be bought at reasonable price in India.

Best Laboratory Hot Plate

 We supply a wide range of Laboratory hotplate. Here are the most recommended:

Temp. range: 40-300°C (optional 400°C
Heating plate surface: Stainless Steel 304 / Mild Steel / Cast Iron
Temp. stability: ±1° W500xH150xD250mm 3000W 6.6kg
Temp stability: ±1°

Power supply: 220 Volts 50Hz
Overall dimensions: W500xH150xD250mm, 6.6 Kg
3000W

Hot plates and magnetic stirrers are critical components in almost any laboratory as they assist in the basic heating and mixing of chemicals or samples.

What Is a Hot Plate?

Hot plates are used in a laboratory as a heat source that can uniformly heat solutions and materials. They are considered much safer than traditional Bunsen burners because there is no open flame involved, just a heated plate.

Types of Hot Plate?

Many different variations of hot plate have been developed to support a variety of needs. The plate can be made up of different materials and there are different layouts regarding temperature control.

Aluminum

Aluminum is a great conductor of heat which makes this kind of hot plate heat quickly and evenly. It is very easy to clean after cooling. However, an aluminum plate is not recommended if any of the materials to be heated are corrosive. Aluminum is susceptible to corrosive materials and will degrade and rust in their presence.

Ceramic

Aluminum is a great conductor of heat which makes this kind of hot plate heat quickly and evenly. It is very easy to clean after cooling. However, an aluminum plate is not recommended if any of the materials to be heated are corrosive. Aluminum is susceptible to corrosive materials and will degrade and rust in their presence.

Glass

Glass is another easy plate to observe your sample through. It is easy to clean, resistant to corrosion, and heats effectively. There is less heat transferred beyond the glass which may reduce the occurrence of accidental burns if other portions of the hot plate are touched.

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