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Magnetic Stirrers, Hot Plates & Hot Plate Stirrers

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Magnetic stirrers, hot plates, and hot plate stirrers heat substances and keep contents moving to prevent scorching and separation. Magnetic stirrers gently and thoroughly stir the contents of a laboratory vessel to prevent separation and ensure solutions are thoroughly combined. Hot plates gently warm contents. Hot plate stirrers can be used to stir, heat, or stir and heat simultaneously.

Single-Position Magnetic Stirrers

Single-Position Magnetic Stirrers
Single-position magnetic stirrers hold one vessel. Magnetic stirrers gently and thoroughly stir the contents of a laboratory vessel. A magnetic stir bar is added to the vessel and the stirrer's magnetic platform spins the stir bar to stir the contents. Variable speed control spins the bar faster or slower to adjust stirring speed as needed.

Ceramic Plate

Ceramic is chemical resistant and provides uniform heating. It is less prone to cracking than glass and has a slightly textured surface that could result in make cleaning more difficult than glass.

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Plastic Plate

Plastic is lightweight, easy to clean, and most often used with magnetic stirrers.

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Glass Plate

Glass is chemical resistant, provides more uniform heating than ceramic, and can be prone to cracking when exposed to rapid temperature changes.

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Stainless Steel Plate

Stainless Steel is durable, chemical resistant, and suitable for high-temperature applications.

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Aluminum Plate

Aluminum conducts heat well and is suitable for applications requiring rapid heating or cooling. Aluminum is lighter than ceramic, glass, and stainless steel and is easy to clean.

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Multiposition Magnetic Stirrers

Multiposition Magnetic Stirrers
Multiposition magnetic stirrers simultaneously process one or more vessels at the same speed to ensure consistent processing when performing high-precision testing. Magnetic stirrers gently and thoroughly stir the contents of a laboratory vessel. A magnetic stir bar is added to the vessel and the stirrer's magnetic platform spins the stir bar to stir the contents. Variable speed control spins the bar faster or slower to adjust stirring speed as needed.

Stainless Steel Plate

Stainless Steel is durable, chemical resistant, and suitable for high-temperature applications.

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Glass Plate

Glass is chemical resistant, provides more uniform heating than ceramic, and can be prone to cracking when exposed to rapid temperature changes.

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Plastic Plate

Plastic is lightweight, easy to clean, and most often used with magnetic stirrers.

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Single-Position Hot Plates

Single-Position Hot Plates
Single-position hot plates hold one vessel to warm and boil chemical solutions. Solutions are placed in a beaker or other vessel and placed on the hot plate for warming.

Ceramic Plate

Ceramic is chemical resistant and provides uniform heating. It is less prone to cracking than glass and has a slightly textured surface that could result in make cleaning more difficult than glass.

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Stainless Steel Plate

Stainless Steel is durable, chemical resistant, and suitable for high-temperature applications.

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Aluminum Plate

Aluminum conducts heat well and is suitable for applications requiring rapid heating or cooling. Aluminum is lighter than ceramic, glass, and stainless steel and is easy to clean.

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Single-Position Hot Plate Stirrers

Single-Position Hot Plate Stirrers
Single-position hot plate stirrers hold one vessel. Hot plate stirrers heat, mix, or heat and mix solutions simultaneously. They save workbench space over individual lab stirrers and hot plates. Stirring heated contents ensures heat is more evenly distributed and can help prevent scorching.

Ceramic Plate

Ceramic is chemical resistant and provides uniform heating. It is less prone to cracking than glass and has a slightly textured surface that could result in make cleaning more difficult than glass.

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Aluminum Plate

Aluminum conducts heat well and is suitable for applications requiring rapid heating or cooling. Aluminum is lighter than ceramic, glass, and stainless steel and is easy to clean.

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Multiposition Hot Plate Stirrers

Multiposition Hot Plate Stirrers
Multiposition hot plate stirrers process one or more vessels simultaneously to ensure consistent processing when performing high-precision testing. Hot plate stirrers heat, mix, or heat and mix solutions simultaneously. They save workbench space over individual lab stirrers and hot plates. Stirring heated contents ensures heat is more evenly distributed and can help prevent scorching.

Ceramic Plate

Ceramic is chemical resistant and provides uniform heating. It is less prone to cracking than glass and has a slightly textured surface that could result in make cleaning more difficult than glass.

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Stainless Steel Plate

Stainless Steel is durable, chemical resistant, and suitable for high-temperature applications.

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Aluminum Plate

Aluminum conducts heat well and is suitable for applications requiring rapid heating or cooling. Aluminum is lighter than ceramic, glass, and stainless steel and is easy to clean.

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Note: Product availability is real-time basis and adjusted continuously. The product will be reserved for you when you complete your order.
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