Glass Liquid Separator LGLS-T2013

Introduction

Glass offers a 50 L volume which is ideal for larger batch phase separations in lab processes. Its stainless-steel frame resists chemical corrosion, ensuring long-term durability during extractions. The frequency-controlled stirring enables efficient mixing by adjusting speed based on liquid properties. Our glass liquid separator is used in university research, biopharmaceuticals, and petroleum-based 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 separating immiscible liquid phases in academic, pharmaceutical, and industrial laboratories. This setup allows reaction mixtures to undergo efficient stirring and controlled phase discharge after complete separation.

Specifications

Volume	50 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)	720 × 600 × 1800 mm
Weight	41 kg

Features

Transparent vertical separation tube

Reinforced glass joint sealing

Stable anti-slip base frame

Adjustable motor mount bracket

Quick-release valve assembly

FAQs

1. How does the Glass Liquid Separator maintain safe handling during reactive extractions?

Glass Liquid Separator is engineered to handle reactive and volatile substances with structural stability. Its borosilicate body withstands sudden shifts during chemical interactions, preventing stress damage. The stirring mechanism ensures uniform agitation, reducing localized overheating. Teflon-based components remain inert during aggressive mixing. No exposed metal parts contact reactive media, limiting contamination risks. The discharge valve supports gradual release, avoiding splashes or backflow. Its stable base prevents shifting during vigorous reactions. This design ensures safe operation in dynamic lab environments.

2. Can the Glass Liquid Separator be integrated into workflows requiring minimal cross-contamination?

Glass Liquid Separator is ideal for applications demanding clean transitions between multiple sample types. Its smooth, non-absorbent surfaces prevent residue buildup from prior batches. Internal components resist reaction or staining from various solvents. valve system allows direct flushing without full disassembly. Operators can verify cleanliness visually through the transparent chamber. The discharge path is free from narrow gaps that trap liquids. Cleaning is simple, fast, and effective. It supports fast-paced workflows where purity is non-negotiable.

3. What makes the stirring control unique in the Glass Liquid Separator ?

The Glass Liquid Separator features dynamic stirring control via frequency conversion, allowing speed to be adjusted mid-process. Users can shift between gentle and intense mixing without stopping operation. This flexibility supports experimentation with materials of differing viscosities. The smooth transition avoids sudden turbulence that could disrupt separation. Stirring remains stable under changing loads and material densities. It empowers researchers to fine-tune mixing without pausing workflow. This adaptability is valuable in reaction-sensitive and academic trials. Each process can be custom tuned to its chemical behaviour.

4. How reliable is the sealing system in the Glass Liquid Separator during extended runs?

Glass Liquid Separator ensures long-term sealing performance through a ceramic-mechanical system built to resist fatigue. The components maintain tight closure during extended stirring or draining. Vapours from volatile agents stay confined within the system. This prevents external exposure and supports environmental safety. sealing design resists deformation under thermal and chemical stress. Operators don’t need to adjust or reseat the seal between uses. There’s minimal performance loss over multiple cycles. The separator stays sealed and operational across prolonged lab shifts.

5. Can the Glass Liquid Separator support small-scale research with varied batch types?

Glass Liquid Separator offers batch-to-batch versatility ideal for research institutions and labs with evolving projects. It handles different solvent systems, including aqueous and oil-based, without configuration changes. The controlled discharge mechanism supports partial or complete drainage depending on experiment needs. Its stable construction supports constant use with changing contents. Researchers can transition between test runs without extensive recalibration. There’s no need for multiple systems to handle different materials. The design helps streamline unpredictable and exploratory research. It supports diversity without compromise.

6. How does the Glass Liquid Separator resist wear over long-term chemical use?

The Glass Liquid Separator is crafted with materials that resist degradation from daily exposure to chemical and thermal stress. The stainless-steel frame holds its integrity in humid, vapor-filled settings. Ceramic components stay structurally sound even under regular agitation. Internal surfaces can be cleaned repeatedly without losing performance. Stirring remains consistent over hundreds of cycles. structure does not require constant part replacement. It is built to handle laboratory wear without functional decline. The separator delivers dependable operation through long-term chemical workflows.