Two Neck Round Bottom Flask with Parallel Joints for Distillation and Reaction Systems
Product Specification Sheet
Two Neck Round Bottom Flask with Parallel Joints for Distillation and Reaction Systems
Model Number: MTBF-015
Micro Technologies offers two neck round bottom flasks with parallel interchangeable joints designed for advanced laboratory reactions and distillation setups. Manufactured from high-quality borosilicate glass, these flasks provide excellent resistance to heat and chemicals. The dual vertical neck configuration allows simultaneous attachment of multiple apparatus, ensuring efficient workflow in laboratories and research environments.
Product Specification
The Two Neck Round Bottom Flask with Parallel Joints for Distillation and Reaction Systems from Micro Technologies is engineered for versatile laboratory applications requiring dual vertical connections. Manufactured from premium borosilicate glass, this flask ensures excellent resistance to thermal stress and chemical exposure, providing long-lasting durability.
The round bottom design enables uniform heating, making it ideal for distillation and chemical reaction processes. It features a central vertical neck along with a parallel vertical side neck, allowing simultaneous attachment of equipment such as condensers, thermometers, dropping funnels, and columns. This configuration enhances flexibility and efficiency in complex experimental setups.
The Two Neck Round Bottom Flask with Parallel Joints for Distillation and Reaction Systems is widely used in research laboratories, chemical industries, and educational institutions. Designed by Micro Technologies, it ensures reliable and consistent performance.
Features
- Two vertical necks for multi-apparatus connection
- Parallel joint configuration for flexible setup
- Interchangeable joints for secure fitting
- Round bottom for uniform heat distribution
- Manufactured from borosilicate glass
- High resistance to thermal shock and chemicals
- Suitable for distillation and reaction processes
Benefits
- Enables complex laboratory configurations
- Improves efficiency in reactions and distillation
- Ensures safe and leak-proof connections
- Durable for long-term laboratory use
- Ideal for research and industrial applications
Product Specifications
| Attribute | Details |
|---|---|
| Product Name | Two Neck Round Bottom Flask (Parallel) |
| Model No. | MTBF-015 |
| Type | Boiling Flask (Round Bottom, Two Neck) |
| Material | Borosilicate Glass |
| Capacity Range | 100 ml to 20000 ml |
| Centre Joint Size | 19/26 to 55/44 |
| Side Joint Size | 14/23 to 24/29 |
| Design | Dual Vertical (Parallel) Neck |
| Usage | Distillation & Chemical Reactions |
Available Variants
- 100 ml (19/26 centre, 14/23 side)
- 250 ml (24/29 centre, 14/23 / 19/26 side)
- 500 ml (24/29 centre, 14/23 / 19/26 side)
- 1000 ml (24/29 centre, 14/23 / 19/26 side)
- 2000 ml (24/29 centre, 14/23 / 19/26 side)
- 3000 ml (34/35 centre, 19/26 / 24/29 side)
- 5000 ml (34/35 centre, 19/26 / 24/29 side)
- 10000 ml (34/35 centre, 24/29 side)
- 20000 ml (55/44 centre, 24/29 side)
FAQs
What is a two neck parallel flask used for?
It is used in laboratory reactions and distillation processes where two vertical connections are required simultaneously.
What is the advantage of parallel necks?
Parallel necks allow better alignment and ease of connecting multiple apparatus, improving workflow efficiency.
Can multiple instruments be connected at once?
Yes, the design allows simultaneous use of equipment such as condensers, thermometers, and funnels.
Do you offer bulk supply options?
Yes, Micro Technologies provides bulk supply solutions with consistent quality and timely delivery for laboratories and industrial buyers.
Why Choose Our Products
- High-quality borosilicate construction
- Durable and heat-resistant design
- Flexible multi-neck configurations
- Strong support for bulk buyers
Call to Action
Equip your institution with reliable, high-quality laboratory equipment. Request a quote today or contact us for bulk orders to get the best pricing for your laboratory, hospital, or educational institute.
