PTFE Serrated Stirring Blade 49mm Diameter

Price 165.0 USD ($)/ Piece

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MOQ : 3 Pieces

PTFE Serrated Stirring Blade 49mm Diameter Specification

Type
Serrated Stirring Blade

Material
PTFE (Polytetrafluoroethylene)

Working Temperature
-200 to +250 Celsius (oC)

Density
2.2 Gram per cubic centimeter(g/cm3)

Corrosion Protection
Yes

Tensile Strength
0 Megapascals (MPa )

Thickness
5 Millimeter (mm)

Melting Point
327 C

Size
49 mm Diameter

Width
49 Millimeter (mm)

Length
900 Millimeter (mm)

Magnetic Compatibility
Yes (for magnetic stirring configurations)

Minimum Order Quantity
1 Piece

Compliance
Conforms to laboratory standards

Color
White

Autoclavable
Yes

Non-reactivity
Non-reactive with most chemicals

Chemical Resistance
Resistant to acids, bases, solvents

Reusability
Yes

Blade Edge
Serrated

Application
Laboratory stirring and mixing

Surface Finish
Smooth, non-stick

Sterilizable
By steam, chemical, or dry heat

PTFE Serrated Stirring Blade 49mm Diameter Trade Information

Minimum Order Quantity
3 Pieces

Payment Terms
Telegraphic Transfer (T/T), Paypal

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About PTFE Serrated Stirring Blade 49mm Diameter

Discover the premier PTFE Serrated Stirring Blade, 49mm Diameter, renowned for its non-stick, smooth finish and astonishing chemical resistance. This latest laboratory essential is expertly engineered from venerable PTFE, offering exceptional corrosion protection and non-reactivity to most substances. Ideal for stirring and mixing, it features a uniquely serrated edge, ensuring efficient performance. Enjoy generous savings with our current promotion and low minimum order, ensuring you receive exceptional value. Autoclavable and magnet-compatible, this stirring blade is perfect for repeated, reliable use in any advanced laboratory setting.

Versatile and Reliable for Laboratory Applications

The PTFE Serrated Stirring Blade, 49mm diameter, is highly suitable for laboratory use, particularly in processes requiring vigorous mixing and stirring of chemicals, solutions, and suspensions. Its smooth, non-stick surface ensures easy cleaning, while its serrated edge enhances mixing efficiency. Compatible with both manual and magnetic stirrers, this blade is ideal for usage across research, pharmaceutical, and educational laboratories on various application surfaces, including glass and plasticware.

Efficient Delivery and Flexible Supply Terms

With a robust supply system, the PTFE Serrated Stirring Blade (49mm) is available for immediate delivery across global locations. Exported directly from China, transportation is managed with efficiency and reliability to accommodate varying order rates. We accept flexible payment terms to suit your procurement process, and sample availability ensures customers can assess product suitability before large-scale purchases. Trust in our seamless logistics for expedited order fulfillment and satisfaction.

FAQ's of PTFE Serrated Stirring Blade 49mm Diameter:

Q: How does the serrated edge of the PTFE stirring blade enhance laboratory mixing?

A: The serrated edge creates increased turbulence during stirring, promoting more efficient mixing and homogenization of solutions, especially in viscous or multi-phase applications.

Q: What is the process for sterilizing the PTFE Serrated Stirring Blade?

A: You can sterilize the blade by steam autoclaving, using chemical disinfectants, or applying dry heat, thanks to its high chemical and thermal resistance.

Q: When should I use a PTFE stirring blade over other materials?

A: Opt for PTFE stirring blades when working with aggressive chemicals, high temperatures, or requiring a non-stick and non-reactive surface during laboratory procedures.

Q: Where can the PTFE Serrated Stirring Blade be used?

A: It's suitable for use in a variety of laboratory environments including research institutes, pharmaceutical labs, academic settings, and quality control departments, compatible with both manual and magnetic stirrers.

Q: What are the main benefits of using this stirring blade in laboratory setups?

A: Benefits include superior chemical inertness, easy cleaning due to the non-stick finish, excellent corrosion protection, and robust reusability-making it an efficient and cost-effective choice for rigorous laboratory mixing.

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