Product Description
MRC Impeller No. 6
is a four-blade axial-flow propeller that produces strong top-to-bottom circulation for liquid blending, solids suspension, powder incorporation, heat transfer, and other low-to-moderate-viscosity mixing applications. It is available in 30, 70, and 100 mm (1.18, 2.76, and 3.94 in.) diameters for different vessel sizes and pumping requirements.
Applications
General Liquid Blending
Provides axial circulation for dilution, reagent preparation, pH adjustment, liquid-additive incorporation, and routine laboratory batch mixing.
Solids Suspension and Powder Incorporation
The strong top-to-bottom flow pattern can help distribute fine particles, lift settling solids, incorporate readily wetted powders, and maintain uniform suspensions.
Heat Transfer and Temperature Equalization
Bulk circulation repeatedly moves liquid past vessel walls, heating or cooling surfaces, immersion coils, and temperature probes to support more uniform batch temperatures.
Laboratory Formulation and Process Development
Suitable for buffers, reagents, solutions, suspensions, chemical formulations, and other processes that benefit from efficient vessel turnover without concentrated high-shear dispersion.
Features
- Four pitched blades generate axial flow parallel to the stirring shaft.
- Produces strong top-to-bottom circulation for efficient bulk vessel turnover.
- Supports liquid blending, solids suspension, powder incorporation, and heat transfer.
- Open propeller design provides substantial pumping with low to moderate localized shear.
Specifications
| Specification | Details |
|---|---|
| Impeller Type | Four-blade axial-flow propeller stirrer |
| Primary Flow Pattern | Axial flow |
| Blade Configuration | Four pitched blades arranged around a central hub |
| Impeller Diameter | 30, 70, and 100 mm (1.18, 2.76, and 3.94 in.) |
| Material | 316 Stainless Steel |
| Shaft Compatibility | 8mm, 10mm |
FAQs
What type of impeller is the MRC Impeller No. 6?
It is a four-blade axial-flow propeller stirrer designed to move liquid parallel to the shaft and create strong top-to-bottom vessel circulation.
How should I choose an impeller diameter?
Choose the diameter according to the vessel size, batch volume, desired circulation rate, fluid properties, and available stirrer torque. Larger impellers generally move more liquid but place greater hydraulic and mechanical load on the stirrer and shaft.
What is axial flow?
Axial flow moves liquid primarily parallel to the stirring shaft. This produces broad top-to-bottom circulation and efficient bulk mixing throughout the vessel.
Warranty
The MRC Impeller No. 6 is warranted against defects in materials and workmanship under normal use and service. For warranty assistance, replacement parts, product support, or application guidance, contact LabGear USA technical support. Warranty valid for 12 months.
Ordering
Have additional questions? Contact LabGear USA at (650) 254-8333 or sales@labgearusa.com
Default Currency
EURO
ARA - ARGENTINA
AUD - AUSTRALIA
BRL - BRAZIL
CAD - CANADA
CHF - SWITZERLAND
CLP - CHILE
CNY - CHINA
CZK - CZECH REPUBLIC
DKK - DENMARK
GBP - GREAT BRITAIN
IDR - INDONESIA
ILS - ISRAEL
INR - INDIA
JPY -JAPAN
KRW - SOUTH KOREAN REPUBLIC
MXN - MEXICO
MYR - MALAYSIA
NOK - NORWAY
NZD - NEW ZEALAND
PAB - PANAMA
PHP - PHILIPPINES
PKR - Pakistan
PLN - POLAND
RUB - RUSSIA
SAR - SAUDI ARABIA
SEK - SWEDEN
SGD - SINGAPORE
THB - THAILAND
TRY - TURKEY
TWD - TAIWAN
UAH - UKRAINE
ZAR - SOUTH AFRICA