Product Categories

Equipment

Labware & Consumables

Chemicals & reference standards

Vitlab magnetic stirring bar 6x15mm

SKU: 301797

Brand

Quantity

Need consultation?

The Vitlab 6x15mm magnetic stir bar is equipped with an AlNiCo V (Aluminum - Nickel - Cobalt alloy) permanent magnet core, ensuring strong and stable magnetism over prolonged use. The specialized angular design enhances turbulence in the liquid, thereby increasing mixing efficiency, even at low rotation speeds. The product is ideal for applications requiring homogeneous sample mixing in chemical, biological, microbiological, or food industry laboratories. Origin: Germany.

Introduction to Vitlab magnetic stir bar 6x15mm

Vitlab 6x15mm magnetic stir bar (Cat. No. 301797) is a specialized magnetic stirring accessory manufactured by Vitlab (Germany). The product is used in combination with a magnetic stirrer to mix, dissolve, and homogenize liquid sample solutions in the laboratory.

Outstanding features

Equipped with an AlNiCo V permanent magnet core (Aluminum – Nickel – Cobalt alloy), maintaining strong and long-term stable magnetic force.
The special angular design enhances turbulence in the liquid, improving mixing efficiency even at low rotational speeds.
Compact actual dimensions of 6x15mm, suitable for a wide variety of containers and labware with small to medium volumes.
Made in Germany, ensuring technical precision and durability to Vitlab standards.

Applications

Stirring chemicals and preparing standard solutions in chemical laboratories.
Dissolving culture media and preparing test samples in biological and microbiological research.
Homogenizing test sample solutions in food industry quality control procedures.

Frequently Asked Questions

What type of magnet core does the Vitlab 6x15mm magnetic stir bar use?
The product uses an AlNiCo V permanent magnet core made of an Aluminum – Nickel – Cobalt alloy, maintaining strong and stable magnetism over a long period.

What benefits does the angular design of the magnetic stir bar offer?
The angular shape creates additional turbulence in the fluid flow, supporting effective dispersion and uniform sample mixing even when operating at low speeds.