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HMD Series

Wiped Film Molecular Distillation System

(Borosilicate Glass)

  • Effective evaporation area: 0.06~0.35㎡

  • Material handling capacity:0.5~15L/h

  • High distillation efficiency, excellent separation performance, Full Jacket and Full Insulation，Modular Design

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Overview

HMD series Wipe Film Molecular Distillation System(Borosilicate Glass) is a type of molecular distillation equipment made of high-boron-silicate 3.3 material. It is mainly used to efficiently and precisely separate and purify components in liquid mixtures. The system uses the short-path molecular distillation principle, where various components in the mixture are evaporated and recondensed at a certain temperature through high-temperature heating, thus achieving the separation and purification of the mixture. Its advantages include easy operation, easy cleaning, wide applicability, efficient purification, high vacuum degree, intuitive visualization of the distillation process, corrosion resistance, etc., making it an ideal choice for experimental research or small-scale production.

Features

The glass parts are made of high borosilicate 3.3 material, with excellent visibility.
The magnetic coupling seal can maintain a higher vacuum degree to ensure the evaporation effect. 
Scraper film forming design, contacting material part take stainless steel 316L+PTFE.
The sealing ring is made of fluorine rubber or tetrafluoroethylene, suitable for different material applications.
The main evaporator have been designed with full jacket and full insulation to ensure material fluidity.
Digital display pirani vacuum gauge, display high vacuum number.
Multi-plan structure configuration to guarantee different material and different process requirements.

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3.3

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≤300℃

High borosilicate glass

The highest operating temperature

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SS316L

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PLC

SS316 wet parts & SS304 framework

Automatic digital control

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0.1Pa

The lowest vacuum

Features

Biopharmaceuticals
Fine Chemicals
Food and Agriculture
Daily Chemicals
Fragrances and Flavors
Petrochemical Industry
(Deep-Sea and Fermented) Fish Oil
(Bisphenol A and F type) Epoxy Resin
Elaeagnus Mollis Oil
Polyethylene Glycol Ester
3-Methylindole
B12042
Docosahexaenoic Acid (DHA)
Triethylene Glycol
Polyethylene Glycol Ester
L-Lactic Acid
Cedarwood Oil
Waste Oil Regeneration
Eicosapentaenoic Acid (EPA)
3-Hydroxypropionitrile (HPN)
Cholesterol-Removed (Beef Tallow and Lard)
Amino Acid Ester
Methyl Propionate
Glycerol Wastewater Recovery
Polyether
Triethylene Glycol
Tocopherol (Natural and Synthetic)
Menthyl Ester
Angelica Extract
Saline Wastewater
Methyl Salicylate
Alkylphenol
Sage Antioxidant
Lanolin Alcohol
Patchouli Oil (Patchoulol, Patchoulone)
Sulfonated Kerosene
Glycolipid
Microcrystalline Wax
Alkyl Glycoside
Tea Tree Oil
Methyl Heptenone
Polyglycerol Ester
Vitamin A
Polyolefin
Nicotine Purification
Lanolin
m-Toluic Acid
Polyether
Vitamin E Acetate
Tributyl Phosphate
Glyoxylic Acid
Jasmine Essential Oil
Citral
Polyether Polyol
Vitamin K Purification
Triethyl Phosphate
Organosilane Resin
Cane Wax
Cinnamaldehyde (Cinnamon Oil)
Mineral Oil Sludge Dewaxing
Laurocapram
Neopentyl Glycol Dicaprylate
Sterol Ester
Litsea Cubeba Oil
Litsea Cubeba Oil
Asphalt Dewaxing
Psoralea Corylifolia
Silicone Oil
Phytosterol
Peach Aldehyde
Methyl Salicylate
Coal Tar
Ibuprofen Pivalate
Plasticizer
Perilla Seed Oil
Cetyl Alcohol
Sandalwood
Nano Pigment Removal of Toluene
Tea Tree Oil
Polyhydric Alcohol
Palm Oil
Polydimethylsiloxane
Peach Aldehyde
Biodiesel (Fatty Acid Methyl Ester or Ethyl Ester)
Bupleurum Volatile Oil
Dimer Acid
Monoglyceride (Monostearin, Monolaurin, etc.)
Vetiver Oil
Vetiver Oil
Graphite Acid Dehydration
Agarwood
Silicone Oil (Polysiloxane or Polysilicone Ether)
Polysaccharide Ester
Polyglycerol Ester
Geraniol
Petroleum Residual Oil
Garlic Oil
Aromatic Isocyanate
Lycopene
Polyether Silicone
Synthetic Jasmine Aldehyde
Hydrocarbon Compound
Monoglyceride
Fluorinated Oil (Perfluorocarbon, Fluorochlorocarbon Oil, Perfluoropolyether)
Conjugated Linoleic Acid
Polyolefin
Long-Chain Dicarboxylic Acid (C9-C18)
Glutaraldehyde
Polyunsaturated Fatty Acids
Glycerol
Silicone Oil (Dimethylpolysiloxane)
Polyethylene Glycol (Ester)
Ionone
Liquefied Coal
Peptide
Curing Agent (Removing TDI, MDI, HDI, etc.)
Walnut Oil
Capsaicin
Vacuum Pump Oil
Entecavir Intermediate 7
Silane Coupling Agent
Squalene
Rose Oil
Brake Fluid

Cases

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#A

TYPE

External single cold trap structure, liquid nitrogen or dry ice can be selected, high cost performance, and good cooling effect 

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#B

TYPE

External single-coil condenser structure, supporting low-temperature circulator, can meet the needs of different temperatures 

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#C

TYPE

External cooling coil condenser + cold trap can meet more material needs 

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#D

TYPE

The structure of the external double-coil condenser is convenient and flexible for temperature control to meet more temperature needs 

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HMD-60

  • Feeding rate(L/h)：0.05-2

  • Effective evaporation area(㎡)：0.07

  • Feeding flask volume(L)：0.5

  • Cooling area of internal condenser(㎡)：0.15

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HMD-80

  • Feeding rate(L/h)：0.05-3

  • Effective evaporation area(㎡)：0.1

  • Feeding flask volume(L)：1

  • Cooling area of internal condenser(㎡)：0.2

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HMD-100

  • Feeding rate(L/h)：0.1-5

  • Effective evaporation area(㎡)：0.15

  • Feeding flask volume(L)：1

  • Cooling area of internal condenser(㎡)：0.3

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HMD-150

  • Feeding rate(L/h)：0.2-10

  • Effective evaporation area(㎡)：0.25

  • Feeding flask volume(L)：2

  • Cooling area of internal condenser(㎡)：0.53

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HMD-200

  • Feeding rate(L/h)：0.5-15

  • Effective evaporation area(㎡)：0.35

  • Feeding flask volume(L)：5

  • Cooling area of internal condenser(㎡)：0.73

Model
HMD-60
HMD-80
HMD-100
HMD-150
HMD-200
Operation temperature(℃)
≤300
≤300
≤300
≤300
≤300
Vaccum Level(mbar)
≤0.001
≤0.001
≤0.001
≤0.001
≤0.001
Rotation speed(rpm)
50-460
50-460
50-460
50-460
50-460
Residue receiving flask(L)
0.5
1
2
5
10
Distillate receiving flask(L)
0.5
1
2
5
5
Feeding flask volume(L)
0.5
1
1
2
3
Feeding rate(L/h)
0.05-2
0.05-3
0.1-5
0.2-10
0.5-15
Effective evaporation area(㎡)
0.06
0.1
0.15
0.25
0.35
錨點 1

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