PTFE magnetic stir bar single crosshead shape
KEY ATTRIBUTES
|
Product name |
PTFE Magnetic Stir Bar-Single crossheard |
|
Application |
Laboratory, chemical |
|
Main purpose |
Experimental solvent stirring |
|
Material |
Magnet, PTFE |
|
Color |
White |
|
Specification |
18*10mm ~ 34*12mm |
|
Shape |
Single crosshead shape |
|
Composite |
NdFeB Magnet |
|
Processing Service |
Moulding |
|
Place of Origin |
Zhejiang, China |
|
Design |
OEM Acceptable |
|
Packing |
Carton |
|
Feature |
High Temperature Resistance |
|
Characteristic |
Strong Acid and Alkali Resistance |
Packaging and delivery
|
Packaging Details |
1. Standard carton package 2. Support customization |
|
Port |
Ningbo/ Shanghai |
Lead time
|
Quantity(Pieces) |
Lead time(days) |
|
1-500 |
5-10 days |
|
＞500 |
Confirmed by email |
Samples
|
Maximum order quantity: |
5 piece |
|
Sample price: |
USD 5.00 per piece |
Sizes can select ( Diameter * Length ) mm
|
|
7*8mm |
10*11mm |
Customization Size
|
Min order qty |
10000pcs |
Product Description
1. Chiling Lab Strong Stir Bar Magnet With PTFE Coating Magnetic Stirrer A/B/C Laboratory
2. To guarantee safety and optimum performance, certain precautions and instructions must be adhered to when using the PTFE Magnetic Stir Bar Single Crosshead Shape in a laboratory setting. First, make sure the chemicals being used and the stir bar are compatible. Even though it's made to withstand acids and alkalis, some caustic solutions can still be dangerous.
3. To avoid unintended reactions, make sure the stir bar is clean and clear of impurities before you start. Select a stirring speed that is acceptable; too fast a speed could result in splashing or the production of a vortex, which could jeopardize the sample's integrity. Although the single crosshead design increases mixing efficiency, it must be used in a container to ensure the best possible movement without running the risk of breakage
4. Keep an eye on the solution's temperature because too much heat can harm the sample and stir rod. To preserve the stir bar's longevity and functionality, properly clean it after each use using an appropriate solvent. To avoid physical harm, keep it in a secure location. You may increase the productivity and safety of your laboratory work by following these principles, which will guarantee correct and dependable mixing outcomes for a range of scientific applications.
