Hydrothermal synthesis bombs and mineralization reactors
Top Industrie’s mineralization reactors, also known as synthesis bombs or digestion bombs, are essential and versatile equipment for any laboratory. Designed with ease of use, affordability, and safety in mind, these reactors are fundamental for various experimental applications. Their compact and lightweight design allows for easy handling and placement in furnaces, ovens, or thermostatically controlled baths, where they can be heated up to 220°C. The reactors are available in a wide range of volumes, from 20 ml to 1000 ml, making them adaptable to different experimental needs
Technical specifications
specification
details
operating pressure
Up to 200 bar
operating temperature
Up to 220°C
body material
Stainless Steel 316 L (1.4404)
available volumes
23 to 1000 ml
closing mechanism
Easy manual closing with screwed breeches
internal liner
PTFE liner for corrosion protection
stirring options
Mgnetic ar or "Rocking" type device in climatic chamber
Key features
- Ease of Use:
These reactors are designed to be simple to operate, with easy manual closing mechanisms and lightweight construction that make them easy to handle. - Affordability:
As a basic piece of laboratory equipment, these reactors are cost-effective, providing reliable performance at an economical price point.
- Versatility:
With a wide range of volumes available and a corrosion-resistant PTFE liner that is easily replaceable, these reactors can be used with a variety of fluids and for numerous experimental purposes. - Safety:
An integrated safety system is built into the shutter mechanism, ensuring safe operation even under high-pressure and high-temperature conditions.
applications
- Hydrothermal Synthesis:
Ideal for experiments where pressure and temperature are directly related, such as hydrothermal synthesis processes. - Material Digestion:
Suitable for the digestion of materials in preparation for further analysis, ensuring complete breakdown of samples. - Corrosion Studies:
The PTFE liner allows for experiments involving corrosive fluids, making these reactors versatile for a variety of chemical processes. - Thermal Decomposition:
The reactors can be used for controlled thermal decomposition experiments, providing a safe and reliable environment for high-temperature studies.