LAB PTFE magnetic stirrer stir bar cross shape

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.

product details

KEY ATTRIBUTES

Product name	PTFE Magnetic Stir Bar- Cross
Application	Laboratory, chemical
Main purpose	Experimental solvent stirring
Material	Magnet, PTFE
Color	White
Specification	310mm ~ 1550mm
Shape	Cross 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**

	3*10mm
	7*15mm
	8*20mm
	9*25mm
	10*30mm
	10*40mm
	10*50mm
	15*50mm

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. When using PTFE cross-shaped magnetic stir bars, especially in a laboratory environment, several important precautions should be followed to ensure safety and optimal performance. First, it is important to confirm that the stir bar is compatible with the chemicals being used, as it is designed to be resistant to acids and alkalis, but some corrosive solvents may still pose risks.

3. Before starting the blending process, make sure the stirring rod is clean and free of contaminants to prevent unwanted reactions. It is also important to choose the appropriate stirring speed; too fast a speed may cause splashing or vortex formation, which may compromise the integrity of the sample.

4. Monitor the temperature of the solution, as overheating can affect the stir bar and sample. Always use the stirrer in a suitable container to avoid breakage or damage. Finally, clean your stir bar thoroughly after use to preserve its longevity and performance, ensuring it’s ready for future applications. Following these guidelines will improve the safety and efficiency of laboratory work.