Description

The YG1027 Hot Plate Laboratory Magnetic Stirrer delivers industrial-strength performance in a precision-engineered package, offering 1,000W heating power and 15L mixing capacity for pharmaceutical, chemical, and research applications. This heavy-duty unit features:

• Expanded work surface – 280×280mm ceramic-coated plate for large-volume vessels
• Precision temperature control – PID-regulated heating (RT-380°C) with ±1°C accuracy
• Advanced mixing capability – 100-1,800 RPM speed range for various viscosities
• Lab-safe construction – Spill-proof housing and dual thermal protection
• Extended operation – Programmable 9,999-minute timer for unattended processes

The YG1027 provides exceptional value for research labs, quality control departments, and pilot plants.

Frequently Asked Questions

What’s the advantage of the larger 280mm plate? The expanded surface:

• Accommodates larger flasks (up to 15L)

• Enables multiple small vessels simultaneously

• Provides better heat distribution for uniform mixing

How does the PID control benefit sensitive experiments? The proportional-integral-derivative algorithm:

• Prevents temperature overshooting

• Maintains ±1°C stability

• Compensates for ambient changes

Can this stirrer handle corrosive materials? Yes, thanks to:

• Ceramic-coated aluminum heating plate

• Anodized aluminum alloy housing

• Chemical-resistant electronic encapsulation

Advantages & Disadvantages

Key Benefits:

• High-capacity performance – 50% larger than standard models
• Precision engineering – Lab-grade accuracy for sensitive work
• Industrial durability – 9kg heavy-duty construction

Considerations:

• Requires substantial bench space (550×420mm footprint)
• Higher power consumption (1,000W)
• Not suitable for explosive atmospheres

Industrial & Research Applications

The YG1027 is ideal for:

• Pharmaceutical compounding – Uniform drug formulation

• Chemical synthesis – Controlled reaction mixing

• Biotech research – Cell culture media preparation

• Material science – Nanoparticle dispersion

Expert Recommendations

• For best results: Preheat to 50°C below target temp before adding samples
• Maintenance: Perform monthly calibration checks
• Accessory: Use high-temperature stir bars (up to 400°C)

Technical Specification