Glass Liquid Separator LGLS-T2010

Introduction

Glass with 10 L capacity supports controlled liquid-liquid extraction during mixing. It uses frequency conversion speed control to enhance contact between liquids, ensuring uniform agitation and thorough interaction. The adjustable discharge valve enables separation of each clarified layer post-reaction. Our liquid separator is used in room-temperature reactions across research, pharmaceutical, and chemical labs.

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 used for extracting and separating immiscible liquid phases in chemical, pharmaceutical, and laboratory applications. This allows for controlled discharge of each clarified layer after reaction and phase settling.

Specifications

Volume	10 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 × 1550 mm
Net Weight	30 kg

Features

Clear phase separation visibility

Stable electric stirring system

Reliable vacuum sealing capability

Supports controlled layer discharge

Smooth continuous stirring performance

FAQs

1. Is the Glass Liquid Separator suitable for use with corrosive solvents?

The Glass Liquid Separator is built to resist damage from reactive organic and inorganic solvents. Its contact materials remain stable under prolonged chemical exposure. The sealing and joint interfaces are designed to prevent corrosion-based leaks or degradation. This helps maintain solvent purity during extended extractions. Even under repeated thermal cycling, the components do not warp or degrade. The unit is ideal for use in chemical research, pharmaceuticals, and industrial QA labs. It enables worry-free operation with acids, bases, and mixed-phase solvents. Operators can rely on consistent performance without replacing components prematurely.

2. Can the Glass Liquid Separator be paused during operation without affecting separation?

The system maintains clearly defined liquid layers even when agitation is temporarily stopped. This allows the user to perform observations, adjustments, or partial sampling without remixing the phases. Once resumed, the stirring function returns to the previous setting without disruption. This function is useful in multistep protocols requiring intermittent checks. Visual clarity and fluid position remain unaffected during pauses. It helps improve efficiency in workflows involving frequent monitoring. There’s no loss of separation quality during hold periods. Operators retain full control at every stage of the process.

3. Does the Glass Liquid Separator support clear visual monitoring during separation?

Its transparent borosilicate chamber offers uninterrupted visibility of fluid levels and interface boundaries. This enables real-time evaluation of layer stability and reaction clarity. Operators can time the drainage process without halting operation or using external lighting. It helps researchers make informed decisions during complex separation workflows. Even small changes in phase thickness can be observed without additional tools. This is especially useful during educational demonstrations or sensitive research procedures. The visibility supports safe and informed control. No separate probes are needed to verify separation progress.

4. How does the Glass Liquid Separator manage individual layer discharge?

Its bottom valve mechanism is designed for selective phase drainage without mixing. The operator can isolate and remove denser or immiscible liquids by adjusting the flow gently. This setup eliminates the need for external pipetting or transferring. The valve's positioning ensures that upper layers remain undisturbed during lower layer discharge. It simplifies the process of handling emulsions or complex mixtures. Sampling accuracy improves, especially in repetitive extraction cycles. This feature reduces material loss and increases procedural consistency. Each layer is released with clarity and control.

5. What kind of safety features are integrated into the Glass Liquid Separator ?

Glass Liquid Separator includes protective housing around moving components to prevent accidental contact. Its stable base minimizes vibration, reducing the chance of spills during operation. The layout ensures that the valve and connectors are safely positioned to avoid hand exposure. Vapor control reduces inhalation risks when working with volatile liquids. Stirring settings are fixed securely to prevent unexpected speed shifts. These safety aspects are crucial for training labs and shared research spaces. It supports safe use across various skill levels. Each use cycle reduces exposure risks without compromising access.

6. Can the Glass Liquid Separator be cleaned efficiently between different processes?

Its smooth internal glass surface prevents residue accumulation, making rinsing and drying straightforward. Users can disassemble the unit without tools for quick access to all wetted areas. This speeds up changeover between incompatible liquids or solvents. The material resists staining from dyes, pigments, or strong acids. It is compatible with basic lab cleaning agents and neutralizing washes. This enables faster reuse in time-sensitive lab environments. Maintenance time is reduced significantly between sessions. Consistent cleanliness supports high sample integrity throughout usage cycles.