Glass Jacket System

 
Pleas use the tabs to display the product type (Experiments, Sets, Products or Lit./Softw.).
 

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Determination of enthalpies of combustion

Principle

To determine the enthalpy of combustion of high-boiling-point, low-flammability liquids such as olive oil, they are burned in a pure oxygen atmosphere. The substances to be burned are placed in a small glass container, which is placed into the vertically arrange ...

 
Details

Product-No: P1309000

Gas laws

Principle

The experiments for deriving the three gas laws with the glass jacket system can also be performed very conveniently on the comprehensive chemistry/biotechnology experiments panel.
To display the temperature and pressure measured during the demonstration, t ...

 
Details

Product-No: P1310300

Gas chromatography

Principle

This educationally vivid complete experimental set-up of a gas chromatograph makes it possible to separate substances which are highly volatile at up to 100°C. A butane mixture is a suitable choice here, for example.
System components include such elem ...

 
Details

Product-No: P1311000

Steam distillation

Principle

The experiment on steam distillation with the glass jacket system can also be set up conveniently as a complete experiment on the comprehensive experiment panel.


 
Details

Product-No: P1311500

Charles' law

Principle

The ideal gas equation describes the thermal state of an enclosed gas with regard to the parameters of state; pressure p, volume V, temperature T and number of gas molecules n. It enables three different gas laws to be derived, each for the behaviour ...

 
Details

Product-No: P1350060

Charles's (Amontons') law

 
Details

Product-No: P1350100

Amontons law

Principle

The ideal gas law describes the thermal state of the gas enclosed in a vessel relative to the properties pressure p, volume V, temperature T, and amount of substance n.  It can be used to derive three different laws which describe how a gas behav ...

 
Details

Product-No: P1350160

Boyle-Mariotte law

Principle

The general gas equation describes the relationship between pressure, volume and temperature of an enclosed gas volume. A gas syringe is used for measuring the relationship between the volume and the pressure, which is sealed with the help of motor oil. In addition ...

 
Details

Product-No: P1350200

Boyle's law

Principle

The general gas equation describes the relationship between pressure, volume and temperature of an enclosed gas volume. A gas syringe is used for measuring the relationship between the volume and the pressure, which is sealed with the help of motor oi ...

 
Details

Product-No: P1350260

Gay-Lussac's law

The general gas equation describes therelationship between pressure, volumeand temperature in an enclosed volume ofgas. A gas syringe serves to heat a volume of gas at constant pressure, whichis held at a constant temperature withthe aid of a water bath in the glassjacket. In contrast to the ? ...
 
Details

Product-No: P1364100

Charles's (Amontons') law - variant B

Principle

The general gas equation describes the relationship between pressure, volume and temperature of an enclosed volume of gas. A distillation insert serves to heat a volume of gas at constant volume, which is held at a constant temperature with the aid of a water bath i ...

 
Details

Product-No: P1364300

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X-ray expert unit

This product is a world first

PHYWE presents the new x-ray unit: innovative technology, top safety, maximum comfort!

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