Multi-Position Heating Magnetic Stirrers
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H01-1D Multi-Position Digital Magnetic Stirrer
I. H01-1D digital temperature-controlled magnetic stirrer specifications: AC220V±10%; heating power per position adjustable up to 350W; maximum stirring capacity per position 3000ml; temperature control accuracy ±1℃.
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H05-1 Four-Position Temperature-Controlled Magnetic Stirrer with Strong Magnetic Drive
Four-position temperature-controlled magnetic stirrer with brushless DC motors, strong high-quality magnets and stepless speed control. An electrical-contact mercury thermometer enables automatic temperature control. Heating…
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H04-1 Small-Capacity Multi-Position Temperature-Controlled Heating Magnetic Stirrer
Features: 1. Independent control of each position; 2. Stainless steel work surface; 3. Brushless DC drive. Specifications: 10 positions; stirring and heating; maximum stirring capacity per position 1L; speed range 1…
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523G Digital Temperature-Controlled Magnetic Stirrer
523G digital temperature-controlled magnetic stirrer: the 523G automatically controls both heating plate and liquid temperatures. Operating conditions vary, including the vessel…
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526G Digital Temperature-Controlled Magnetic Stirrer
526G digital temperature-controlled magnetic stirrer: the 526G automatically controls both heating plate and liquid temperatures. Operating conditions vary, including the vessel…
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524G Digital Temperature-Controlled Magnetic Stirrer
524G digital temperature-controlled magnetic stirrer: the 524 controls heating plate and liquid temperatures automatically. Operating conditions vary, including vessel base flatness…
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522G Dual-Position Magnetic Stirrer
522G digital temperature-controlled magnetic stirrer: the 522 automatically controls heating plate and liquid temperatures. Operating variables include vessel base flatness…
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About Multi-Position Heating Magnetic Stirrers
Explore Meiyingpu Multi-Position Heating Magnetic Stirrers with model images, key specifications, features and application information. Equipment serves laboratory, research, teaching, testing and pilot-production applications. Compare processing capability, controls and configurations against sample properties, experimental objectives and existing equipment.
When choosing Multi-Position Heating Magnetic Stirrers, establish batch volume, sample viscosity or state, target speed, temperature, accuracy and continuous operating time. Then check dimensions, installation, wetted materials, accessories and power supply. Similar model names may cover different applications; use the specifications and actual conditions as the basis for selection.
Find Meiyingpu Multi-Position Heating Magnetic Stirrers models, quotation information, specifications and selection guidance. If the listed parameters do not directly match your needs, provide sample type, vessel specifications, procedures and intended results so technical staff can confirm equipment and accessory combinations.
Compare Meiyingpu Multi-Position Heating Magnetic Stirrers models, images, specifications and selection information against sample properties, volume, speed, temperature, accuracy, operating time and installation conditions. Confirm the model using vessel dimensions, accessories and actual laboratory procedures.
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.
