( Brand: Chemglass ), ( Manufacturer Part Number: CG-2045-01 ), ( Part Type: Drive Stirrer Shaft )
The CG-2045-01 10mm Flex-Drive Coupling Stirrer from Chemglass is a versatile and reliable lab equipment designed for efficient stirring in various applications. This stirrer features a 10mm diameter shaft, which is perfect for vessels of different sizes, ensuring optimal stirring performance.
The standout feature of this stirrer is its Flex-Drive coupling, which provides smooth and quiet operation, reducing noise pollution in the lab environment. The coupling system also allows for easy attachment and detachment of the shaft, making it convenient for cleaning and maintenance.
The stirrer shaft is made of high-quality Chemglass Od (Outside Diameter) borosilicate glass, known for its durability, chemical resistance, and ability to withstand high temperatures. This material ensures the longevity of the stirrer and its resistance to corrosion, making it an ideal choice for chemical applications.
The CG-2045-01 10mm Flex-Drive Coupling Stirrer is also equipped with a 120V motor, which delivers sufficient power for effective stirring. The motor's variable speed control allows for precise adjustment of stirring speed, ensuring optimal mixing conditions for your specific application.
In summary, the CG-2045-01 10mm Flex-Drive Coupling Stirrer is a high-quality, reliable, and versatile lab equipment that is perfect for stirring applications in a variety of environments. Its Flex-Drive coupling system, high-quality glass shaft, and variable speed motor make it an excellent choice for researchers and lab technicians.
Pros of buying a CG-2045-01 10mm Flex-Drive Coupling Stirrer from Chemglass:1. Adjustable Speed: The flex-drive coupling allows for adjustable speed, providing better control over the stirring process.
2. Durable Construction: Chemglass is known for its high-quality, durable glassware, ensuring the stirrer lasts for a long time.
3. Od Shaft: The Od (outer diameter) shaft is compatible with most reactor vessels, making it a versatile choice.
4. Easy to Clean: The glass material is easy to clean, reducing the risk of contamination.
Cons of buying a CG-2045-01 10mm Flex-Drive Coupling Stirrer from Chemglass:1. High Price: Compared to other materials, glass stirrers can be more expensive.
2. Fragility: Glass is more fragile than other materials, increasing the risk of breakage during use or transportation.
3. Requires Care: Glassware requires more care and handling to prevent damage.
Conclusion:The CG-2045-01 10mm Flex-Drive Coupling Stirrer from Chemglass is a high-quality, adjustable speed stirrer that is easy to clean and compatible with various reactor vessels. However, its high price and fragility are drawbacks. If these cons are not a major concern for you, the benefits of this product make it a worthwhile investment for your lab or chemical processing needs.
Recommendation:If you are looking for a durable, adjustable speed stirrer that is easy to clean, the CG-2045-01 10mm Flex-Drive Coupling Stirrer from Chemglass is a suitable choice. It may be more expensive than other materials, but its durability and versatility make it a valuable addition to any lab or chemical processing equipment.
Stirrer motor shafts. Lower end of coupling has a Ceylon compression nut which secures the glass shaft to the coupling via a silicone rubber insert.
Chemglass flex drive coupling for 10mm od stirrer shaft the flex drive stirrer coupling eliminates the need to use rubber hose or universal adapters to attach your glass stirrer shafts to overhead motors.
This is surplus from a retired, major pharmaceutical lab. Top epoxy coated bushing is fitted with an Allen screw and will accept. Item is used and is sold as is.
The silicone insert, along with the knurled compression nut, permits hand tightening of both ground and polished shafts. Adapters to 1 4, are available to permit use of coupling with stirrer motors having different drive shaft diameters.
Coupling incorporates a 3 long epoxy coated spring to compensate for misalignment and to help isolate breakage.