Products

PTFE triangular magnetic stir bars are designed for efficient mixing in laboratory applications. Its unique triangular shape enhances fluid dynamics for efficient stirring of a variety of solutions, including viscous liquids. The stirring rod is made of high-quality PTFE and has strong acid and alkali resistance, ensuring safe use in various chemical environments. Its durable construction minimizes wear and tear, extending its lifespan. The design of the stir bar also improves stability during mixing, making it ideal for precise mixing tasks. 

For effective mixing in scientific settings, the PTFE Magnetic Stir Bar Single Crosshead Shape was created. Because of its special single crosshead design, which improves fluid dynamics, it can effectively agitate a variety of solutions, including ones with higher viscosities. This stir bar is made of premium PTFE and has a high level of acid and alkali resistance, making it safe to use in a variety of chemical situations. The stir bar's lifespan is increased and wear is reduced by its sturdy design. It is perfect for applications requiring precise mixing because of its shape, which encourages stability during stirring. All things considered, the PTFE Single Crosshead Magnetic Stir Bar is a crucial instrument for getting accurate and consistent findings in research studies.

Double crosshead PTFE magnetic stir bars are designed for efficient mixing in laboratory applications. Its unique crosshead design enhances fluid dynamics and ensures thorough mixing of various solutions. It is made of high-quality PTFE, has excellent acid and alkali resistance, and is very suitable for various chemical environments.

Magnetic stir bars in the shape of PTFE dumbbells are essential for laboratory mixing applications. Its distinctive shape improves fluid dynamics to stir a range of solutions—including viscous and particle mixtures—efficiently. It is safe to use in a range of chemical situations since it is made of high-quality polytetrafluoroethylene, which is resistant to acids and alkalis. The dumbbell design reduces the possibility of moving by offering stability during blending. Accurate experimental findings depend on homogeneous mixing, which this stir bar is perfect for attaining. All things considered, the PTFE dumbbell-shaped magnetic stir bar is a vital instrument for dependable, efficient mixing in scientific investigations.

1. High temperature
Working temperature up to 110℃
2. Low temperature
Have some mechanical toughness,it canhave 5% elongation even when the temperature drops to -196 ℃.
3. Plastic king
PTFE is known as the"“plastic king”.lt is polymerized from PTFE,high molecular compound which is relatively stable.
4. Service life
Have a longer usage time compared as plastic.

PTFE snowflake magnetic stir bars are designed for efficient mixing in laboratory applications. Its unique snowflake design enhances fluid dynamics for efficient stirring of a variety of solutions, including viscous and granular mixtures. The stirring rod is made of high-quality PTFE and has strong acid and alkali resistance, ensuring safe use in various chemical environments. Durable construction minimizes wear and extends the life of the stirrer. Its unique shape improves stability during mixing, making it ideal for precise mixing tasks. Overall, the PTFE Snowflake Magnetic Stir Bar is an important tool for obtaining reliable, consistent results in scientific experiments.

1. High temperature
Working temperature up to 110℃
2. Low temperature
Have some mechanical toughness,it canhave 5% elongation even when the temperature drops to -196 ℃.
3. Plastic king
PTFE is known as the"“plastic king”.lt is polymerized from PTFE,high molecular compound which is relatively stable.
4. Service life
Have a longer usage time compared as plastic.

Magnetic stir bars from the PTFE sector are made to mix materials well in scientific settings. For effective stirring of a range of solutions, including viscous and particle combinations, its distinctive fan form improves fluid dynamics. Because to its robust acid and alkali resistance and premium PTFE construction, the stirring rod may be used safely in a variety of chemical situations. For a longer lifespan, the non-stick surface reduces contamination and is simple to clean. Furthermore, the fan design lowers the chance of movement by offering stability while mixing. All things considered, PTFE magnetic stir bars are a crucial instrument for ensuring accurate and consistent mixing outcomes in research studies.