Overview

Thin Film Evaporator LMTFE-A110 has feeding rate of 80 to 260 L/h. It features durable construction that offers high heat transfer and corrosion resistance. Equipped with sight glass system, it allows monitoring of liquid levels. Incorporated quick-connect mechanism simplifies disassembly and cleaning. Our Evaporator is ideal for refining and separating high-purity substances, drugs, and flavors.

Features :

Automatic feeding and discharging

Fully insulation

Magnetic coupling seal

Higher vacuum level

Short-path compatibility

Rectification tower integration

Specifications :

Feeding Rate	80 to 260 L/h
Operating Temperature	Less than or equal to 300°C
Material	Stainless steel 316L
Evaporation Area	2 m²
Internal Condenser Area	10 m²
Power Supply	220V/50Hz,1P
Dimensions	3600×850×5500 mm

Applications :

Thin Film Evaporator LMTFE-A110 is widely applied for refining high-purity substances, separating drugs, extracting flavors, treating wastewater in the chemical sector, pharmaceuticals, food processing, and environmental monitoring.

Selection Guide :

Thin Film Evaporator LMTFE-A110 is designed for high-performance processing in chemical, pharmaceutical, and food industries, making it perfect for applications requiring the separation of heat-sensitive materials, viscous products, or high-boiling compounds. Based on research studies, it is especially suited for solvent recovery, molecular distillation, and purification of bio-based products. Its efficient thin film formation ensures minimal thermal degradation and optimal product yield. This model is frequently used in pilot plants and small-scale production where consistent product quality and scalability are crucial. Certified with CE and ISO standards, the model complies with international safety and quality regulations, assuring reliable operation. These features, along with its compatibility with corrosive and high-viscosity materials, make it a suitable choice for customers seeking precision, durability, and validated performance in evaporation experiments.