The Heidolph Half-Moon Impeller HR 18 is specially designed for efficient mixing in laboratory applications. Its unique half-moon shape provides excellent mixing and agitation, ideal for low-viscosity liquids. Crafted from durable materials, this impeller ensures long-lasting performance under demanding conditions.
Enhance your laboratory's mixing efficiency with the Heidolph Half-Moon Impeller HR 18, designed to provide consistent and reliable performance in your mixing applications.
It is specially designed for efficient mixing in laboratory applications. Its unique half-moon shape provides excellent mixing and agitation, ideal for low-viscosity liquids. Crafted from durable materials, this impeller ensures long-lasting performance under demanding conditions.
Yes. It is designed for mixing and agitation of low-viscosity liquids in laboratory environments, and offers half-moon shape for efficient mixing of low-viscosity liquids and these impellers are recommended for applications which require an average speed to support this kind of work.
It has half-moon shape for efficient mixing of low-viscosity liquids, these impellers are recommended for applications which require an average speed and for mixing products with average viscosity, and is supplied under manufacturer part number 509-18000-10.
It is made from robust construction for durability and reliability. It is compatible with standard laboratory stirrers for optimal results.
For mixing and agitation of low-viscosity liquids in laboratory environments, the Heidolph model is the better choice, offering half-moon shape for efficient mixing of low-viscosity liquids, these impellers are recommended for applications which require an average speed and for mixing products with average viscosity. The Bohlender model offers a length of 600 mm as an alternative, while the Heidolph model's half-moon shape for efficient mixing of low-viscosity liquids and these impellers are recommended for applications which require an average speed help make it a strong fit for mixing and agitation of low-viscosity liquids in laboratory environments.
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