Overview

Thin Film Distillation Column LMTFD-A101 is designed with 1 liter capacity. It features high-vacuum system that lowers temperatures, preventing oxidation of heat-sensitive materials. Equipped with compact design that allows continuous feeding while taking up less space. Incorporates master control box for adjustments of rotational speed, reflux ratio, and vacuum settings. Our Distillation Column ensures concentration and purification of liquids.

Features :

Enhanced product purity

Minimal material degradation

Short residence time

Stable operational performance

Effective mass transfer

Specifications :

Capacity	1 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	0.25 m²
Material	High borosilicate 3.3 glass
Power Supply	220V/50Hz,1P
Height	1 m

Applications :

Thin Film Distillation Column LMTFD-A101 is ideal for solvent recovery, concentration, and purification of heat-sensitive and high-boiling materials in pharmaceutical, chemical, and food industries.

Selection Guide :

Thin Film Distillation Column LMTFD-A101 is perfect for specialized distillation applications in the pharmaceutical, chemical, and research industries. This model is particularly suited for thermal separation of heat-sensitive or high-boiling-point compounds under vacuum conditions. Based on research studies and experimental applications, it has been effectively used in purifying natural extracts, recovering solvents, processing essential oils, and producing high-purity intermediates. The column is designed for continuous operation and is capable of handling small-scale to pilot-scale processes. Key selection parameters include its working temperature (up to 300°C), low operating pressure (≤1 mbar), and efficient film formation for enhanced mass transfer. It is certified with CE and ISO standards, ensuring compliance with international quality and safety norms. Customers can confidently choose this model for R&D labs and pilot plants where precision, efficiency, and gentle thermal treatment are critical.