Glass Liquid Separator LGLS-T2011

Introduction

Glass with a 20 L volume capacity supports continuous liquid-liquid separation in stirred batch operations. Its ceramic bearing system minimizes wear, ensuring smooth rotation during prolonged processes. The motor-driven stirrer maintains consistent agitation, reducing variability during mixing. Our Glass Liquid Separator is used in pharmaceutical, academic, and fine chemical applications.

This laboratory glass reactor is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Glass Liquid Separator is designed for conducting liquid-liquid extraction and handling room-temperature reactions with controlled mixing. This supports selective separation of immiscible phases and aids in reaction monitoring within a unified vessel system.

Specifications

Volume	20 L
Vacuum Degree	0.098 MPa
Stirring Speed	0 to 450 rpm
Stirring Motor Power	120W1/3
Power Supply	220V/50 Hz
Dimensions (W×D×H)	530 × 440 × 1580 mm
Weight	33 kg

Features

Leak-resistant connection joints

Flexible tube mounting ports

Noise-dampened motor base

Balanced load stir control

Anti-slip support framework

FAQs

1. How does the Glass Liquid Separator ensure efficient handling of temperature-sensitive substances during extraction?

Glass Liquid Separator incorporates borosilicate 3.3 construction, known for its resilience to thermal variation, ensuring material properties remain stable during extraction. This allows the product to handle compounds that are sensitive to ambient or fluctuating temperatures without compromising results. The glass composition resists thermal cracking, supporting uninterrupted reactions. Additionally, high heat endurance enables extended use in thermally dynamic processes. Its transparency also allows visual assessment without exposing contents. The temperature handling helps prevent undesired cross-reactions. separator is therefore suitable for labs dealing with temperature-volatile solvents or reagents.

2. Can the discharge system of the Glass Liquid Separator support careful separation without disturbing the interface layer?

The Glass Liquid Separator is designed with a cock made from Teflon and FV rubber, enabling controlled outflow without abrupt shifts in pressure or flow rate. This structure maintains stability at the separation interface, preventing mixing of distinct liquid layers. Its adjustability supports a gradual release, especially useful when dealing with fine boundaries in biphasic mixtures. The angled valve construction assists in smooth evacuation while minimizing the turbulence in the lower phase. system supports consistent repeatability, critical in research processes. This enhances clarity during liquid-liquid phase separations in pharmaceutical and chemical setups.

3. What kind of operational advantage does the Glass Liquid Separator offer for handling reactive or corrosive chemicals?

Glass Liquid Separator uses a combination of borosilicate glass, a stainless-steel frame, and corrosion-resistant discharge materials, making it ideal for handling corrosive agents. The structural design prevents degradation from strong acids, bases, or oxidizing agents typically used in organic or inorganic syntheses. Its durability allows safe, prolonged exposure to aggressive solvents without compromising structural integrity. This offers labs peace of mind when scaling up extractions or conducting repeated cycles. The reinforced frame maintains mechanical stability, even when interacting with strong reactants or variable environmental conditions, making it robust for demanding settings.

4. How does the mixing feature in the Glass Liquid Separator promote uniform interaction between liquids of varying viscosities?

The Glass Liquid Separator integrates frequency-controlled mixing, allowing users to fine-tune agitation speeds to suit liquids with different flow characteristics. This adaptability ensures that both low- and high-viscosity liquids undergo even distribution during extraction. Such tuning minimizes localized concentration zones, leading to improved mass transfer. The adjustable stirring avoids shearing sensitive compounds while still promoting interfacial contact. It proves especially useful in extracting compounds from dense or syrupy matrices. The uniform mixing function enhances efficiency during solvent-based separation techniques in pharmaceutical, chemical, or academic settings.

5. Why is the Glass Liquid Separator suited for long-duration experimental workflows?

Glass Liquid Separator combines ceramic bearings with a mechanical seal system that reduces operational wear during extended use. This design sustains performance stability across long cycles without requiring frequent part replacements. The sealing mechanism also limits leakage risk, maintaining vacuum conditions when needed. Its resistance to frictional heat buildup makes it compatible with uninterrupted stirring protocols. The separator's support for long-duration workflows benefits batch operations or time-dependent reactions. Users conducting time-sensitive phase separations or repetitive trials can depend on it for uninterrupted functionality.

6. In what ways does the Glass Liquid Separator improve workflow transparency during multistep extractions?

The Glass Liquid Separator features a fully transparent body that gives users an unobstructed view of the separation process in real-time. This visibility is especially useful in multistep extractions where visual monitoring of phase boundaries, emulsification, or reaction clarity is essential. It allows prompt identification of layering completion or reaction endpoint without disturbing the contents. Operators can take timely actions based on what they observe, streamlining decisions during processing. This reduces guesswork and improves reproducibility, a key requirement in regulated lab environments or academic validations.