PTFE Magnetic Stir Bar Retriever, Retriever Batang Pengaduk, 350 mm

Rp123.00

Our PTFE magnetic stir bar retriever is a crucial safety and efficiency tool used in laboratories to safely recover magnetic stirring bars from chemical solutions without physical contact or contamination. It consists of a strong magnet sealed within a long rod made of or coated with Polytetrafluoroethylene (PTFE).

Features:

  • Chemical Inertness: The robust PTFE coating provides universal resistance to virtually all corrosive chemicals, including strong acids and bases. This ensures the retriever will not corrode or contaminate the sample being handled.

  • Safety & Efficiency: It allows for the easy retrieval of a stir bar from potentially hazardous or hot solutions, keeping the user's hands at a safe distance and minimizing sample disturbance.

  • Wide Temperature Range: The device maintains its mechanical integrity across a broad spectrum of temperatures, typically from cryogenic levels up to 250°C.

  • Non-Stick Surface: The low-friction, non-stick properties of PTFE make the retriever simple to clean and prevent cross-contamination between experiments.

  • Durable Construction: A high-quality permanent magnet (often Alnico V) is permanently embedded within the sealed PTFE rod, ensuring long-lasting and consistent magnetic strength.

  • Autoclavable: The fully sealed and highly resistant construction means the retriever can be sterilized in an autoclave, suitable for sterile and cleanroom applications. 

Applications:

  • Chemical Laboratories: Safely recovering stir bars from beakers, flasks, and other vessels after mixing.

  • Pharmaceutical and Biomedical Research: Handling sensitive or sterile biological mixtures and active compounds without introducing contaminants.

  • Academic Institutions: Prioritizing operator safety and ease of use in teaching and research labs.

  • Industrial Use: Applicable in sectors where high purity and resistance to aggressive media are required for quality control or manufacturing processes.