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Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 1
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 2
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 3
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 4
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 5
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 6
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 1
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 2
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 3
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 4
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 5
Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump 6

Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump

A small electric vacuum agitated thin-film evaporator with a heat pump is a compact unit that spins a thin film under vacuum to evaporate and recover solvents fast and gently. It works at low temperatures to protect heat‑sensitive material, gives high recovery and low residue, and speeds up concentration with stable, clean output. Selling points: very compact footprint, big energy savings from the heat pump, fast throughput, gentle product handling, easy to clean and control, and safe, quiet operation.

5.0
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
design customization

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    Temperature(℃)
    38
    Vacuum(Pa)
    8000
    Electric consumption(KW/L)
    0.25
    Evaporation capacity(L/h)
    10
    Power(w)
    250
    Processing
    Vacuum Distillation
    Power Source
    Electric
    Weight (KG)
    1
    Material
    Stainless Steel
    voltage
    220/380V
    Product name
    Agitated Thin Film Evaporator
    warranty
    1 Year
    place of origin
    China

    Here are three four-word subtitle options: 

    The Vacuum Heat Pump Evaporator delivers ultra-efficient, low-temperature evaporation with up to 90% energy savings and fully automatic control to cut operating costs for heat-sensitive, small-to-medium production. Its modular, compact shape and corrosion-resistant, high-quality construction ensure a small footprint, easy assembly, and minimal maintenance. Standard export carton packaging and a professional, compact style make procurement, delivery (3–20 days) and system integration fast and reliable.

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    Here are five four-word subtitle options, each emphasizing a different perspective:

    The Vacuum Heat Pump Evaporator is a small electric, vacuum-agitated thin-film unit that leverages heat‑pump compression and high vacuum to evaporate and condense at ultra-low temperatures, making it well suited for heat‑sensitive materials and processes such as evaporation, crystallization, and drying. Core and structural attributes include a refrigerant-driven heat medium, vacuum operation down to about 45 mbar, an agitated thin‑film rotor for rapid, uniform film formation, and a modular compact design with German-sourced core components assembled locally for simplified installation and maintenance. Value and function attributes deliver up to ~90% energy savings versus traditional systems, single-electric operation with minimal cooling water needs, full automation, low failure rates, and a cost-effective solution for small-to-medium enterprises processing below 1000 kg/h.

    Compact Vacuum Thin-Film Heat-Pump 

    The Vacuum Heat Pump Evaporator is a compact agitated thin-film evaporator that employs heat-pump compression and high vacuum to vaporize and condense materials at ultra-low temperatures, protecting heat-sensitive products. This energy-efficient system can cut energy consumption by up to 90%, runs solely on electricity without steam or external cooling, and features a modular, small-footprint design with fully automatic control. Ideal for pharmaceuticals, chemical synthesis, food and wastewater treatment, the unit is suited to small and medium-sized enterprises requiring reliable, low-maintenance evaporation for capacities under 1000 kg/hour.


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    Compact Efficient Gentle Energy-Saving

    Born from a heritage of precision engineering and sustainable design, our Small Electric Vacuum Agitated Thin-Film Evaporator Heat-Pump was developed through close collaboration between process engineers and end users to deliver reliable, compact performance for continuous industrial concentration tasks. This Vacuum Heat Pump Evaporator combines vacuum thin-film evaporation, electric-driven agitation and integrated heat-pump recovery to provide rapid, low-temperature concentration, reduced thermal degradation of heat-sensitive materials, and markedly lower energy consumption. Features and advantages include a compact footprint, easy maintenance, closed-loop heat recovery, high thermal efficiency, gentle agitation for improved mass transfer, precise process control, and a modular design for fast installation and operating cost savings.

    Material introduction

    Wetted parts of the Vacuum Heat Pump Evaporator are typically fabricated from 316L stainless steel with electropolished finishes to meet pharmaceutical and food-grade cleanliness and corrosion resistance requirements. Heat-transfer surfaces and condenser circuits use corrosion-resistant alloys—such as stainless steel, copper or titanium options—while the structural frame is carbon steel with protective coatings for rigidity and longevity. Seals and gaskets are made from PTFE or FDA-compliant elastomers and high-grade mechanical seals to maintain vacuum integrity and minimize contamination during low‑temperature, heat‑sensitive processing.


    ◎ High-Grade Stainless Construction 

    ◎ Abrasion-Resistant Wetted Components

    ◎ Insulated Energy-Efficient Assemblies

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    FAQ

    1
    What is a small electric vacuum agitated thin-film evaporator with a heat pump and how does it work?
    It is a compact evaporator that spreads liquid into a thin film on a heated rotating surface under vacuum while gentle agitation improves heat transfer. The vacuum lowers the boiling point so evaporation occurs at lower temperatures, protecting heat-sensitive materials. An electrically driven heat pump recovers and upgrades evaporated vapor heat to provide part of the required thermal energy, increasing overall energy efficiency.
    2
    For which applications and industries is this unit best suited?
    It is ideal for concentration, solvent recovery, and gentle distillation of heat-sensitive or viscous products. Typical uses include pharmaceuticals, fine chemicals, food and flavor extracts, essential oils, fragrances, wastewater and effluent concentration, and laboratory/pilot-scale process development where small footprint and precise control are important.
    3
    What types of liquids and processes can it handle?
    It works well with low- to medium-viscosity liquids, suspensions, and solutions that require short residence time and low-temperature processing—such as solvents, active pharmaceutical solutions, botanical extracts, and certain waste streams. Highly viscous or heavily fouled feeds may need pretreatment. The vacuum and thin-film design suits azeotropic and multi-component separations when combined with appropriate downstream condensers or fractionation.
    4
    What are the main operational advantages compared with conventional evaporators?
    Key advantages include reduced thermal degradation due to low-temperature operation and short residence time; improved heat transfer from the thin film and agitation; compact footprint and faster start-up; efficient solvent recovery in a closed system; and lower operating energy costs when using the integrated heat pump to reclaim latent heat.
    5
    What safety, installation and utility considerations should I plan for?
    Plan for a properly ventilated area, ATEX/IECEx or explosion-proof electricals when treating flammable solvents, adequate vacuum pump capacity, safe solvent condensers and recovery lines, and electrical supply matching the heat pump. Grounding, bonding, and inerting options (nitrogen blanketing) should be considered for flammable or oxygen-sensitive feeds. Ensure foundation, piping and drainage meet local codes and allow access for maintenance.
    6
    How should the unit be maintained and cleaned to ensure reliable performance?
    Regularly inspect and maintain vacuum pumps, seals, bearings and drive components, and follow the manufacturer’s schedule for heat pump servicing. Implement a cleaning-in-place (CIP) procedure compatible with the product and materials of construction; flush lines after use to prevent fouling; check and replace gaskets and mechanical seals as needed; and monitor for corrosion. Keep routine logs of temperatures, vacuum, and throughput to detect performance drift early.
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