Overview

Glass Distillation Column LMGDC-A102 offers efficient separation with 10-liter capacity. It features multiple trays to simplify continuous vaporization and condensation. Equipped with high vacuum sealing, it lowers temperature and reduces energy consumption. Incorporates transparent build for real-time observation of liquid and vapor flow. Our Distillation Column is ideal for purifying fine chemicals and solution mixtures. 

Features :

Fully jacketed structure

Ball milling port

Manual/automatic control

Flexible upgrades

Easy disassembly

Contamination-free 

Specifications :

Capacity	10 L
Operating Temperature Range	-20 to 200°C
Condenser Area	0.5 m²
Vacuum Level	Less than or equal to 1 mbar
Reflux Ratio Control	Yes
Temp Pressure Display	Yes
Continuous Sampling	Yes
Power Supply	220V/50Hz,1P
Height	1000 mm

Applications :

Glass Distillation Column LMGDC-A102 is widely employed for refining and purifying liquid mixtures and fine chemicals in laboratory research, petroleum, chemical, and pharmaceutical industries.

Selection Guide :

Glass Distillation Column LMGDC-A102 is designed for accurate separation and purification processes commonly used in chemical, pharmaceutical, and academic research laboratories. This model is particularly suitable for experiments involving heat-sensitive or highly reactive compounds, due to its excellent visibility and chemical resistance. It is frequently applied in organic synthesis, solvent recovery, and pilot-scale distillation studies. Researchers prefer this column for studies requiring vacuum operations and controlled reflux ratios. The unit supports operations within an optimized temperature range and ensures high-purity output. Moreover, it meets international quality and safety standards, often backed by CE certification and compliance with ISO guidelines, making it reliable for regulated laboratory environments. Customers should consider this model when their work involves research-based applications that require transparency, corrosion resistance, and accurate control of distillation parameters.