Electric Stainless Steel Continuous Vacuum Thermal Evaporator 1

Electric Stainless Steel Continuous Vacuum Thermal Evaporator 2

Electric Stainless Steel Continuous Vacuum Thermal Evaporator 3

Electric Stainless Steel Continuous Vacuum Thermal Evaporator 4

Electric Stainless Steel Continuous Vacuum Thermal Evaporator 5

Electric Stainless Steel Continuous Vacuum Thermal Evaporator 6

Electric Stainless Steel Continuous Vacuum Thermal Evaporator

The Electric Stainless Steel Continuous Vacuum Thermal Evaporator is a compact industrial coater that uses electric heating in a vacuum to continuously evaporate source materials and deposit uniform thin films onto moving substrates, with a stainless-steel body for durability and cleanliness. Key selling points: continuous high-throughput deposition with tight thickness control and low contamination, energy-efficient electric heating and adjustable process parameters, and automated controls for stable, repeatable coatings. Its stainless-steel construction, easy maintenance, and broad applicability (optics, electronics, decorative and barrier coatings) make it ideal for reliable production use.

brand name:

QILEE

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-1(pieces):60(days),>1(pieces):To be negotiated(days)

Place of Origin:

China

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Temperature(℃)

Vacuum(Pa)

8000

Electric consumption(KW/L)

0.25

Evaporation capacity(L/h)

Power(w)

250

Processing

Vacuum Distillation

Power Source

Electric

Weight (KG)

Material

Stainless Steel

voltage

220/380V

Product name

Vacuum Thermal Evaporator

warranty

1 Year

place of origin

China

Compact Durable Precision Coating

The Vacuum Heat Pump Evaporator delivers up to 90% energy savings and ultra-low temperature evaporation for gentle, efficient concentration of heat-sensitive materials. Built from stainless steel with a compact modular shape, high-quality German core components, fully automatic control and standard export carton packing, it minimizes footprint, installation and maintenance costs. Ideal for pharmaceuticals, chemicals and wastewater treatment, it simplifies operation, cuts cooling water needs and supports fast, reliable delivery and service.

Electric Stainless Vacuum Evaporation

The Electric Stainless Steel Continuous Vacuum Thermal Evaporator is a Vacuum Heat Pump Evaporator constructed from corrosion‑resistant stainless steel with a compact, modular layout and electric-driven heat pump compression that creates high vacuum (≈45 mbar) for continuous low‑temperature processing. It evaporates, condenses and dries heat‑sensitive streams with up to 90% energy savings versus traditional methods, minimal cooling water demand and fully automatic control for stable, low‑maintenance operation. Assembled from advanced core components and optimized for small-to-medium throughput, the unit delivers an environmentally friendly, cost‑effective solution for industries from pharmaceuticals and food to chemical and wastewater treatment.

Continuous Electric Vacuum Evaporator

The Electric Stainless Steel Continuous Vacuum Thermal Evaporator is a compact, modular Vacuum Heat Pump Evaporator engineered for continuous, low-temperature evaporation of heat-sensitive materials. By combining heat pump compression with high vacuum operation, it achieves evaporation down to around 32°C and can reduce energy consumption by up to 90% while eliminating the need for steam heating and extensive cooling systems. Suited for pharmaceutical, chemical, food, electroplating and wastewater treatment applications, the fully automated stainless steel unit offers corrosion resistance, simple operation and low maintenance for small to medium industrial processes.

◎ High Vacuum Evaporation

◎ Modular Energy Efficiency

◎ Versatile Industrial Applications

Efficient Precise Continuous Coating

Crafted by an experienced engineering team, the Electric Stainless Steel Continuous Vacuum Thermal Evaporator features corrosion‑resistant stainless steel construction and precision electric controls for reliable, continuous high‑throughput operation. As a Vacuum Heat Pump Evaporator, it combines vacuum-assisted evaporation with heat-pump energy recovery to achieve rapid, low-temperature processing, significant energy savings, and gentle handling of heat-sensitive materials. Key advantages include continuous feed capability, automatic vacuum and temperature regulation, easy-clean sanitary design, modular maintenance access, and long service life for reduced downtime and operating costs.

Material introduction

Built primarily from high-grade stainless steel, the Electric Stainless Steel Continuous Vacuum Thermal Evaporator offers excellent corrosion resistance, hygienic surfaces and mechanical durability for pharmaceutical, chemical and food applications. The Vacuum Heat Pump Evaporator uses alloyed construction with precision-welded, vacuum-tight joints to withstand low-temperature, high-vacuum operation while maintaining efficient thermal transfer. Vacuum-rated seals and electrically insulated components further extend service life, simplify maintenance, and support energy-efficient heat-pump evaporation for small and medium industrial installations.

◎ Primary Stainless Steel Construction

◎ Precision Corrosion-Resistant Heat Transfer

◎ Hygienic Vacuum Sealing & Efficient Refrigeration

FAQ

What is an Electric Stainless Steel Continuous Vacuum Thermal Evaporator used for?

It is a continuous processing unit that concentrates or separates liquid mixtures by boiling under reduced pressure while heating electrically. Typical uses include concentrating heat-sensitive solutions, recovering solvents, reducing wastewater volume, and producing concentrated intermediates in chemical, pharmaceutical, food and beverage, and environmental treatment plants.

Which industries and application scenarios is this evaporator best suited for?

Common applications are pharmaceutical active ingredient concentration, fruit juice and dairy concentration, sugar and syrup processing, chemical intermediate recovery, solvent reclamation for paints/organic processes, brine and wastewater volume reduction, and processing heat-sensitive biological fluids. It’s chosen where low-temperature evaporation and corrosion resistance (stainless steel construction) are required.

What types of liquids and materials can be processed, and what limitations should I be aware of?

It handles aqueous solutions, dilute organic solvent mixtures (with proper explosion-proof upgrades), juices, syrups, slurries with moderate solids, and many chemical solutions. Limitations include highly viscous feeds, heavy fouling/sludge without pretreatment, feeds with particulates that can clog concentrators, and strongly corrosive media that may require specific stainless grades or linings. Always verify material compatibility and safety when processing flammable or aggressive chemicals.

How is the evaporator typically operated and controlled in continuous use?

Typical operation includes warm-up, establishing target vacuum with a vacuum pump/condensing system, setting feed and recirculation rates, adjusting electric heating power to control temperature, and monitoring concentrate density, pressure, and temperature. Continuous control loops maintain steady feed rate, evaporation duty, and condensate handling. Automatic alarms and interlocks protect against over-temperature, loss of vacuum, and overflow.

What routine maintenance and cleaning are required to ensure reliable performance?

Regular tasks include cleaning-in-place (CIP) to remove scale and residues, inspecting and replacing vacuum pump oil/filters, checking seals/gaskets and heating elements, monitoring and cleaning condensers, verifying instrumentation/calibration, and passivating stainless surfaces if needed after aggressive cleaning. Establish a schedule based on feed fouling tendencies and operating hours.

What are common safety considerations and troubleshooting tips?

Safety: use explosion-proof electrical components and inerting if processing flammable solvents; ensure proper ventilation for volatile emissions; regularly inspect vacuum integrity to avoid air ingress; and follow lockout/tagout for maintenance. Troubleshooting: low evaporation rate can result from loss of vacuum, scale buildup, insufficient heating power, or incorrect feed rate; unusual noises often point to pump or vapor trap issues; leaks are usually at flanges, seals or condenser connections—isolate and repair promptly. For any abnormal condition, shut down safely and investigate before resuming.

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