Introduction
Temperature Uncontrolled Heating Mantle features a capacity of 3000 ml for reliable sample heating. It operates efficiently at a temperature of up to 380℃, ensuring uniform heat distribution (temperature deviation ≤ ±2°C). Its anti-corrosion shell material provides resistance to harsh laboratory conditions. heating mantle supports continuous operation for precise sample preparation.
Applications
Temperature Uncontrolled Heating Mantle is used for heating chemical solutions in various settings. It is ideal for laboratories, research facilities, industrial applications, and testing centers.
Specifications
| Capacity | 3000 ml |
| Temperature Range | RT to 380℃ |
| Working Time | Continue |
| Shell Material | Supper metal, anti-aging, anti-corrosion |
| Power Consumption | 730 W |
| Power Supply | 220V to 240V ,50Hz, 110V to 120V ,60Hz |
| Gross Weight | 4 kg |
Features
Wide temperature range
Durable construction
Easy handling
Low maintenance
FAQ
Q1: What is the main application of this laboratory equipment?
A1: It is mainly used for general laboratory sample processing in laboratory settings, such as sample preparation, analysis, or processing.
Q2: Does the product come with a warranty?
A2: Yes, it provides a 1-year warranty for the main unit (excluding consumable parts), covering manufacturing defects and quality issues.
Q3: Is installation required after receiving the product?
A3: No, it is ready to use after unpacking. Simply connect the power supply (confirm the voltage matches) and follow the operation manual.
Q4: What are the power supply requirements?
A4: It supports AC 220V/50Hz or 110V/60Hz (selectable based on region), please confirm the voltage specification before use.
Q5: How to get technical support if there is a problem?
A5: You can contact our technical support team via email or phone. We provide online troubleshooting guidance and on-site service if needed.
Tips: For more details, quotes and customized solutions, please contact us anytime. We’re always ready to serve you professionally.

