Separating Funnel with PTFE Needle Valve Pear Shape
Product Specification Sheet
Separating Funnel with PTFE Needle Valve Pear Shape
Model Number: MT-SF-08
Micro Technologies offers high-performance pear-shaped separating funnels equipped with PTFE needle valve stopcocks for precise and controlled liquid separation. The pear-shaped design enhances phase separation efficiency and ease of handling, while the PTFE valve ensures excellent chemical resistance and smooth flow control. Suitable for laboratories, research facilities, and educational institutions, these funnels provide reliable performance and long-term durability across a wide range of applications.
Product Specification
The Separating Funnel with PTFE Needle Valve (Pear Shape) from Micro Technologies is designed for accurate liquid-liquid separation in laboratory and research environments. Its advanced construction ensures precision, durability, and safe handling of chemicals.
The pear-shaped design improves phase separation by allowing clearer distinction between liquid layers and better control during discharge.
Equipped with a PTFE needle valve stopcock, it offers precise flow regulation and superior resistance to corrosive chemicals.
The valve mechanism ensures smooth operation and minimizes leakage or contamination during use.
Manufactured using high-quality, chemically resistant glass, it supports long-term laboratory use and reliability.
Features
- Pear-shaped design for efficient phase separation
- PTFE needle valve for precise flow control
- High chemical resistance for aggressive reagents
- Smooth and leak-resistant valve mechanism
- Durable and reusable laboratory-grade construction
- Available in a wide range of capacities
Benefits
- Ensures accurate and controlled liquid separation
- Reduces risk of contamination and liquid loss
- Long-lasting PTFE components enhance durability
- Cost-effective due to extended service life
- Easy to operate with precise control
Product Specifications
| Parameter | Details |
|---|---|
| Product Name | Separating Funnel (PTFE Needle Valve, Pear Shape) |
| Model No. | MT-SF-08 |
| Type | Pear Shape |
| Material | Chemical-Resistant Glass with PTFE Valve |
| Capacity Range | 50 ml – 5000 ml |
| Accuracy / Tolerance | Standard Laboratory Grade |
| Stopper Type | PTFE Needle Valve (Polyethylene stopper included) |
| 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)
- 5000 ml (Socket Size: 34/35)
SKU System
- SFPN-050
- SFPN-100
- SFPN-250
- SFPN-500
- SFPN-1000
- SFPN-2000
- SFPN-5000
FAQs
What makes the PTFE needle valve suitable for laboratory use?
The PTFE needle valve provides precise control over liquid flow and offers excellent resistance to corrosive chemicals. This makes it ideal for applications where accuracy and chemical compatibility are critical.
Is the pear-shaped design better for separation?
Yes, the pear-shaped design allows better phase separation by creating a narrower lower section. This helps in achieving clearer separation of immiscible liquids and more accurate discharge.
Can this funnel handle aggressive chemicals?
Yes, the PTFE valve and chemically resistant glass construction make it suitable for handling a wide range of aggressive and reactive chemicals used in laboratory environments.
Do you provide bulk supply for institutions?
Yes, bulk orders are supported with consistent quality and timely delivery, making it suitable for laboratories, universities, and industrial procurement needs.
Why Choose Our Products
- Manufactured under strict quality standards
- Durable and chemical-resistant construction
- Designed for accurate and reliable performance
- Strong support for bulk and institutional supply
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.
