Overview

Thin Film Distillation Column LMTFD-A100 couples between thin film evaporator and rectifying column with 0.5 L capacity. Its compact glass build provides visibility and chemical resistance. Equipped with film scrape, it forms turbulent liquid film for efficient separation. Integrates high-vacuum system that lowers temperatures. Our Distillation Column is ideal for solvent recovery, concentration, and purification.

Features :

Enhanced product purity 

Continuous feeding process 

Minimal material degradation 

Advanced reflux control 

Short residence time 

Small installation footprint 

Effective mass transfer

Specifications :

Capacity	0.5 L
Working Temperature	Less than or equal to 300°C
Pressure	Less than or equal to 1 mbar
Rotation Speed Range	50 to 500 rpm
Condenser Area	0.2 m²
Material	High borosilicate 3.3 glass
Power Supply	220V/50Hz,1P
Height	1 m

Applications :

Thin Film Distillation Column LMTFD-A100 supports solvent recovery, concentration, and purification in pharmaceutical, chemical, and food industries, efficiently processing heat-sensitive and high-boiling materials.

Selection Guide :

Thin Film Distillation Column LMTFD-A100 is designed for accurate and efficient separation of heat-sensitive, high-boiling-point compounds under high vacuum conditions. It is widely used in research studies and industrial applications within the chemical, pharmaceutical, food processing, and cannabis extraction sectors. This model is particularly suitable for experiments requiring minimal thermal degradation, high evaporation efficiency, and short residence time. It operates at temperatures up to 300°C with vacuum levels ≤1 mbar, providing a flow rate of 1.5 to 6 L/h and a rotation speed range of 50 to 500 rpm. These features make it effective for tasks such as solvent recovery, purification of active ingredients, and essential oil distillation. The system is CE and ISO certified, ensuring it meets international standards for safety and performance. Customers can select this unit based on the nature of their material (heat sensitivity and volatility), the required vacuum and temperature conditions, and the need for high-purity distillation in regulated environments.