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Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 1
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 2
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 3
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 4
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 5
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 6
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 1
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 2
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 3
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 4
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 5
Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit 6

Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit

At dawn in a bustling plant, the Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit hums to life, its sleek shell catching the first light as it quietly transforms waste vapors into recoverable value. Using a whisper-quiet heat pump and deep vacuum, it gently strips contaminants, concentrates metals and solvents, and slashes energy use with smart, efficient recovery. For operators it feels like a reliable, low‑maintenance partner—robust, green-minded, and precise—delivering steady throughput, lower costs, and a cleaner workspace.

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
    Industrial Vacuum Evaporator
    warranty
    1 Year
    place of origin
    China

    Efficient, Compact, Durable, Reliable 

    The Vacuum Heat Pump Evaporator delivers up to 90% energy savings with ultra-low temperature vacuum evaporation and fully automatic operation to protect heat-sensitive materials while minimizing cooling water and electricity use. Built with German core components and high-quality industrial metal construction, its compact modular shape and robust industrial style provide a small footprint, easy assembly, low maintenance and reliable long-term performance for small and medium enterprises. Shipped in standard export carton packing with typical delivery of 3–20 days, this cost-effective unit simplifies installation and operation across wastewater, chemical, pharmaceutical and food processing applications.

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    Electric Heat‑Pump Vacuum Evaporator

    The Vacuum Heat Pump Evaporator is an electric, metal industrial unit that uses heat-pump compression and high vacuum (allowing evaporation down to about 32°C at ~45 mbar) to perform efficient low-temperature evaporation, condensation, crystallization and drying for heat‑sensitive materials. Its modular, compact structure with German core components, full-automatic controls and refrigerant heat recovery eliminates steam heating, reduces cooling‑water needs and cuts energy consumption by up to ~90%, lowering CAPEX and OPEX while supporting pharmaceutical, chemical, food and wastewater applications. Robust stainless-metal construction, simple operation and low maintenance make it ideal for small-to-medium throughput plants (typically <1000 kg/h) seeking a reliable, environmentally friendly evaporation solution with a small footprint.

    Industrial Electric Vacuum Evaporator 

    The Vacuum Heat Pump Evaporator employs heat-pump compression to vaporize materials under high vacuum, enabling ultra-low temperature evaporation down to around 32°C for heat-sensitive and corrosive substances. With a compact modular design and fully automatic control, it achieves more than 90% energy savings compared with traditional evaporation methods while eliminating the need for steam and large cooling systems. Assembled from advanced core components and suitable for industries such as pharmaceuticals, petrochemicals, food and wastewater treatment, the unit is optimized for small to medium-scale evaporation up to about 1000 kg/hour with low maintenance and strong environmental benefits.


    ◎ Compact Modular Evaporator 

    ◎ Efficient Refrigerant Recovery

    ◎ Low-Temperature Material Handling

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    Efficient, Reliable, Eco-Friendly Evaporation

    Built by a specialist industrial engineering team with decades of thermal systems experience, the Vacuum Heat Pump Evaporator combines sturdy metal construction with precision manufacture to deliver long service life and reliable performance. It couples vacuum evaporation with an electric heat-pump cycle and advanced controls to maximize evaporation rates while minimizing energy use and thermal losses, plus corrosion-resistant internals for harsh process streams. Highlight features include modular scalable capacity, PLC-based intelligent control, easy-access maintenance ports, and integrated heat recovery that together reduce downtime, lower operating costs, and ensure consistent product quality across diverse industrial applications.

    Material introduction

    The Vacuum Heat Pump Evaporator is built with robust metal construction, typically combining 304/316L stainless steel for all wetted surfaces and heat‑exchange assemblies with carbon steel frames and supports for structural rigidity. Critical components such as brazed plate heat exchangers, refrigerant piping and compressor housings use copper alloys and corrosion‑resistant finishes, while PTFE seals, EPDM gaskets and stainless fasteners ensure vacuum integrity and chemical compatibility for aggressive process streams. Corrosion‑resistant coatings, high‑performance thermal insulation and modular stainless panels provide long service life, easy maintenance and reliable low‑temperature operation for heat‑sensitive industrial applications.


    ◎ 316L Stainless Core 

    ◎ Alloy Titanium Option

    ◎ Insulated Robust Frame

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    FAQ

    1
    What is an Electric Heat-Pump Industrial Metal Vacuum Evaporator Unit and how is it used?
    It is a vacuum chamber system that uses controlled heating (via an electric heat-pump or resistive sources) to vaporize metals or metal alloys so that vapor deposits as a thin film onto substrates. It’s used for vacuum thermal evaporation and metallization processes where precise temperature control, energy efficiency, and a clean vacuum environment are required.
    2
    Which industries and application scenarios commonly use this unit?
    Common industries include automotive (decorative and functional coatings), electronics (conductive and barrier layers), optics (reflective and anti-reflective coatings), packaging (metalized films), jewelry and decorative finishing, and research labs. Typical scenarios are batch coating of glass, plastic film roll-to-roll metallization, coating of circuit boards or connectors, and production of reflective or conductive layers.
    3
    What metals and substrate materials can be processed with this system?
    Typical evaporated metals include aluminum, silver, gold, copper, chromium, nickel, and certain alloys. Substrates range from glass, plastics (PET, polycarbonate), thin films, and some ceramics or semiconductor wafers. Compatibility depends on vapor pressure of the metal, substrate temperature limits, and whether substrates require pre-heating or cooling during deposition.
    4
    What are the basic operational steps and controls to run a deposition job?
    A standard sequence is: load and fixture substrates, pump the chamber down to the target vacuum, set heat-pump or evaporation power and substrate temperature, initiate metal evaporation at the required rate, monitor deposition thickness and uniformity with in-situ sensors, and cool and vent the chamber before unloading. Process controls include vacuum level, evaporation power/rate, substrate temperature, and masking/rotation for uniformity.
    5
    What site, installation, and safety considerations should be addressed before using the unit?
    Ensure a stable electrical supply and correct power rating, a suitable industrial exhaust or ventilation system for any process gases, vibration-free mounting, and adequate floor load capacity. Safety measures include proper grounding, interlocks to prevent opening under vacuum or when hot, training for handling hot sources and metals, and procedures for safe disposal of spent materials and any process byproducts.
    6
    What routine maintenance and common troubleshooting steps are recommended?
    Routine maintenance: clean chamber and shields, inspect and replace crucibles or evaporation sources as worn, verify vacuum pump oil or service dry pumps, check seals and O-rings, calibrate thickness-monitor sensors. Troubleshooting: if deposition rate is low—check source condition and power settings; poor uniformity—inspect substrate fixturing and rotation, or change source-to-substrate distance; difficulty reaching vacuum—check leaks, valve function, or pump health.
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