Separating Funnel with Glass Stopcock Squibb Shape
Product Specification Sheet
Separating Funnel with Glass Stopcock Squibb Shape
Model Number: MT-SF-01
Micro Technologies offers high-quality separating funnels designed for precise and efficient liquid-liquid separation in laboratory environments. These funnels feature a Squibb-shaped body for improved handling and controlled operation. Equipped with a precision glass stopcock, they ensure smooth flow regulation and minimal loss of materials. Suitable for laboratories, educational institutions, and research facilities, these funnels provide durability, chemical resistance, and reliable performance for consistent results.
Product Specification
The Separating Funnel with Glass Stopcock (Squibb Shape) from Micro Technologies is designed to deliver reliable and accurate liquid separation for laboratory and industrial applications. It supports efficient handling of immiscible liquids in chemistry, research, and analytical processes.
The Squibb-shaped design improves grip and control, allowing smoother and safer separation procedures.
Equipped with a precision glass stopcock, it ensures accurate flow control and reduces the risk of leakage during operation.
Manufactured from high-quality, chemically resistant glass, it is suitable for use with a wide range of reagents and solvents.
Its durable construction ensures long-term usability, making it a cost-effective solution for laboratories.
Features
- Squibb-shaped body for better handling and control
- High-quality glass construction for chemical resistance
- Glass stopcock for smooth and precise liquid flow
- Suitable for liquid-liquid extraction processes
- Durable and reusable design
- Available in multiple capacities
Benefits
- Enhances efficiency in laboratory separation tasks
- Reduces material loss and contamination risks
- Long-lasting design lowers replacement costs
- Easy and safe to operate
- Reliable performance for consistent results
Product Specifications
| Parameter | Details |
|---|---|
| Product Name | Separating Funnel (Glass Stopcock) |
| Model No. | MT-SF-01 |
| Type | Squibb Shape |
| Material | Chemical-Resistant Glass |
| Capacity Range | 50 ml – 2000 ml |
| Accuracy / Tolerance | Standard Laboratory Grade |
| Stopper Type | Glass Stopcock (Optional glass stopper available) |
| Usage | Liquid-liquid separation in laboratories |
Available Variants
- 50 ml (Socket Size: 19/26)
- 100 ml (Socket Size: 19/26)
- 250 ml (Socket Size: 19/26)
- 500 ml (Socket Size: 24/29)
- 1000 ml (Socket Size: 29/32)
- 2000 ml (Socket Size: 29/32)
SKU System
- SF-050
- SF-100
- SF-250
- SF-500
- SF-1000
- SF-2000
FAQs
What ensures the durability of this separating funnel?
This separating funnel is made from high-quality, chemically resistant glass that can handle exposure to various laboratory chemicals. Its strong construction ensures durability even with repeated use, making it a dependable choice for long-term laboratory operations.
How accurate is the liquid separation process?
The funnel is equipped with a precision glass stopcock that allows controlled and smooth flow of liquids. This ensures accurate separation of immiscible liquids with minimal mixing or loss.
Can this product be customized based on requirements?
Yes, customization options such as different stopper types or configurations can be provided for bulk orders. This helps institutions meet specific laboratory requirements efficiently.
Do you provide bulk supply for institutions?
Yes, bulk orders are supported with consistent quality and timely delivery. This makes it suitable for laboratories, universities, and industrial procurement needs.
Why Choose Our Products
- Manufactured under strict quality standards
- Durable design for long-term laboratory use
- Reliable performance for accurate results
- Strong support for bulk and institutional orders
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.
