Overview

Thin Film Evaporator LMTFE-A103 offers feeding rate of 0.2 to 10 L/h. It reduces interface points to maintain high vacuum levels, ensuring efficient evaporation. Equipped with Fluororubber or tetrafluoroethylene sealing, it adapts to various substances. Integrated multi-plan structure configuration accommodates diverse process requirements. Our Evaporator enables separation of chemicals, essential oils, and heat-sensitive materials.

Features :

Magnetic coupling seal

Full jacket insulation

Digital Pirani vacuum gauge

Intuitive monitoring

Corrosion resistance

Leak proof

Specifications :

Feeding Rate	0.2 to 10 L/h
Feeding Flask Volume	2 L
Operating Temperature	Less than 300°C
Rotation Speed Range	50 to 450 rpm
Material	Borosilicate 3.3
Evaporation Area	0.25 m²
Internal Condenser Area	0.42 m²
Power Supply	220V/50Hz,1P
Dimensions	2100×610×2300 mm

Applications :

Thin Film Evaporator LMTFE-A103 is widely employed in separation, purification, and concentration of pharmaceuticals, chemicals, essential oils, food extracts, and heat-sensitive materials in research, development, and industries.

Selection Guide :

Thin Film Evaporator LMTFE-A103 is perfect for applications requiring gentle thermal separation, particularly in the chemical, pharmaceutical, food, and petrochemical industries. Based on research studies and experimental use, it is highly suitable for processing heat-sensitive, viscous, and fouling-prone materials due to its short residence time and low operating pressure capabilities. Commonly used in pilot-scale research, essential oil recovery, solvent recycling, and purification of natural extracts, this model supports continuous processing and is valuable for both product development and scale-up studies. Certified with CE and ISO standards, it ensures safety and quality compliance for regulated environments. Its reliable performance, combined with dedicated technical support and maintenance services, makes it a strong choice for customers seeking efficient evaporation and distillation of high-boiling or thermally unstable compounds.