Overhead Stirrers
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H2010G Overhead Stirrer
Features: 1. Brushless DC drive with closed-loop speed control; 2. Microcontroller and button operation; maximum timer entry: 39999 minutes. Specifications: AC220V±10%; motor torque 450mN·m; speed…
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H2015G Overhead Stirrer
Features: 1. Brushless DC drive with closed-loop speed control; 2. Microcontroller and button operation; 3. Maximum timer duration 9999 minutes. Specifications: AC220V±10%; motor torque 600m…
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H2004G Overhead Stirrer
Features: 1. Brushless DC drive with closed-loop speed control; 2. Microcontroller and button operation; 3. Maximum timer duration 9999 minutes. Specifications: AC220V±10%; motor torque 200…
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H2025G High-Power Overhead Stirrer
Features: 1. Brushless DC drive with closed-loop speed control; 2. Microcontroller and button operation; 3. Maximum timer duration 9999 minutes. Specifications: AC220V±10%; motor torque 1 N…
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About Overhead Stirrers
Overhead stirrers use a motor-driven shaft and impeller for liquid mixing, solid-liquid dissolution, small-scale reactor trials and viscous or larger-volume samples. Interchangeable impellers suit different materials, while mechanical drive provides sustained mixing. Applications include chemicals, pharmaceuticals, coatings, food, household products, research and quality testing.
Compare processing volume, viscosity, motor power, output torque, speed range and continuous operating time. Low-viscosity liquids may use lower power and higher speeds; more viscous materials generally require greater torque and an appropriate propeller, paddle, anchor or other impeller. Vessel diameter, liquid depth, shaft length and available stand space also affect stability.
Compare Meiyingpu overhead stirrer models, power, speeds, capacities, images and technical information, including digital and high-torque laboratory models. Do not select on rated capacity alone: consider load changes at the actual viscosity and speed, allowing suitable power and torque margins where needed.
Overhead stirrers handle liquid mixing, solid-liquid dissolution and medium- to high-viscosity samples. Compare capacity, viscosity, motor power, torque, speed, impeller type and continuous operating time, and check vessel dimensions, shaft length and stand space.
Before selecting equipment, record the sample, liquid volume, estimated viscosity, vessel dimensions, target speed, temperature range and daily working hours. For heated or temperature-controlled work, distinguish plate temperature from actual sample temperature and confirm sensors, accuracy and protection. For mechanical stirring, also check shaft, impeller, chuck and stand specifications. Clear operating information helps compare models and avoid excessive power, insufficient torque or incompatible accessories.
The capacities, speeds, power ratings, temperatures, ranges and configurations on Meiyingpu instrument pages support selection; actual results also depend on materials, environment and operation. Review full specifications on product pages before purchasing stirrers, viscometers, dispersers, emulsifiers or related equipment. Provide experimental requirements when requesting prices, delivery configurations or model comparisons.
Selection priorities: Define the application and key parameters, compare capacity, controls, continuous-operation requirements and accessories, and allow reasonable margin for actual loads.
