B One Multi-Row Analog Mantle SAHM4-1000
Rp123
The B One Multi-Row Analog Mantle SAHM4-1000 is a highly versatile and high-capacity laboratory heating instrument designed to deliver precise and even heating for multiple round-bottom flasks simultaneously. Featuring four independent heating stations, this mantle is an essential solution for laboratories, research centers, and industrial facilities that require efficient and large-scale heating. With its robust construction, dependable performance, and intuitive analog controls, it is perfectly suited for tasks such as distillation, sample preparation, and extraction processes.
B One Multi-Row Analog Mantle SAHM4-1000
The B One Multi-Row Analog Mantle SAHM4-1000 is a versatile and high-capacity laboratory heating device designed for precise and uniform heating of multiple round-bottom flasks simultaneously. Equipped with four independent heating stations, this mantle is an essential tool for laboratories, research institutions, and industrial facilities requiring efficient, large-scale heating. Its durable construction, reliable performance, and user-friendly analog controls make it ideal for applications such as distillation, sample preparation, and extraction.
Features
- Four Heating Stations: Enables simultaneous heating of up to four round-bottom flasks, improving productivity and operational efficiency.
- Uniform Heating: Ensures even heat distribution across all stations, delivering consistent and precise results.
- Analog Temperature Control: Provides simple, precise, and independent temperature adjustments for each heating station.
- High Capacity: Supports round-bottom flasks with a capacity of up to 1000 mL, suitable for large-scale laboratory tasks.
- Durable Build: Constructed from heat-resistant, high-quality materials for long-term reliability and safety.
- Integrated Safety Features: Includes overheat protection and stable flask holders for secure and safe operation.
- Compact Design: Space-saving layout ideal for laboratories with limited workspace while maintaining high functionality.
Applications
The B One Multi-Row Analog Mantle SAHM 4 – 1000 is ideal for:
- Chemical Laboratories: Performing simultaneous distillation, reflux, and solution heating for multiple samples.
- Pharmaceutical Industry: Assisting in drug formulation, sample preparation, and quality control testing.
- Educational Institutions: Supporting hands-on experiments and training in academic laboratories.
- Food and Beverage Testing: Ensuring accurate heating for multi-sample quality analysis.
- Industrial Applications: Facilitating efficient material testing and preparation in manufacturing environments.
Technical Specifications
Parameter | Details |
---|---|
Model | SAHM 4 – 1000 |
Number of Rows | 4 Heating Stations |
Flask Capacity | 1000 mL per station |
Heating Type | Uniform mantle heating |
Temperature Control | Analog |
Max Temperature | Up to 450°C |
Power Supply | 220V / 50Hz |
Safety Features | Overheat protection, stable holders |
Dimensions | Compact and space-efficient design |
Weight | Lightweight and portable |
Why Choose B One Multi-Row Analog Mantle SAHM 4 – 1000?
- Increased Productivity: Four independent heating stations enhance efficiency by allowing multiple samples to be heated simultaneously.
- Precise Temperature Control: Analog controls enable easy and accurate adjustment for each station.
- Durable and Safe: Made with high-quality materials and integrated safety features for reliable operation.
- Versatile Applications: Suitable for a wide range of laboratory and industrial heating needs.
- Compact and Space-Saving: Designed to fit seamlessly into laboratory workspaces without compromising functionality.
- Cost-Effective Solution: Maximizes operational output, saving time and resources.
The B One Multi-Row Analog Mantle SAHM 4 – 1000 is a dependable and efficient heating solution for laboratories and industries requiring precise, multi-station heating. Its advanced features, robust construction, and reliable performance make it an essential tool for professionals in scientific research, education, and industrial applications.
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