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HDF Pneumatic diaphragm teflon-lined bellows control valve

Pneumatic diaphragm teflon-lined bellows control valve is a kind

of corrosion pass-through single seat control valve, the inner wall

of the valve bodyin contact with the fluid and valve lined

anticorrosive material F46, valve is arranged is the bellows

assembly, the top of the valve core with PTFE bellows is sealed

with the upper end and the lower end is sealed with bolts and nuts

of body, bonnet, support. Like this, bellows isolated the

media, ensure the valve core up and down movement of flexible.

The valve has the following advantages:

 

1.Almost resistant to all chemical medium (including concentrated nitric acid and

aqua regia) of corrosion.

2.Excellent sealing performance, once the bellows damage, the packing can

playsecond protective seal.

Standard Specification

Valve Body

Type: pass-through single seat control valve

Nominal Diameter:           20 ~ 200mm

Nominal Pressure:             PN1.6MPa

Operate Pressure:               PN1.0MPa

End Connection:                 Flange JB.T79.1 PN1.6MPa

Body Material:                    Carbon steel lined F46

Operate Temperature:         -30 ~ + 150

Valve Trim

Type:                                   Single seat column plug

Flow Characteristic:               EQ% and Liner

Seat Material:                         F4 + Fiberglass

Plug Material:                         F4 + Fiberglass

Bellows Material:                   PTFE

Actuator

Type:                                       HA multi-spring diaphragm

Diaphragm Material:               Ethylene propylene rubber nylon

Spring Pressure:                      0.02-0.10,   0.08-0.24MPa

Air Supply:                              0.14,   0.16,   0.28,   0.4MPa

Air Connection:                       Rc ¼

Ambient Temp:                        -30 ~ + 70°C

Action Type

Air to open or Air to close

Accessory

Positioner, Filter-regulator valve, Handwheel, Valve position Transmitter etc.

Performance

Leakeage No more than rated CV 10-5

Cv and Travel  

DN

mm

20

25

32

40

50

65

80

100

150

200

dn

mm

1

0

1

2

15

2

0

1

0

1

2

1

5

2

0

2

5

2

0

2

5

3

2

2

5

3

2

4

0

3

2

4

0

5

0

4

0

5

0

6

5

5

0

6

5

8

0

6

5

8

0

1

0

0

1

0

0

1

2

5

1

5

0

1

5

0

2

0

0

 

Reated

Cv

1

.

4

2

.

4

4.6

8.

0

1.

4

2.

4

4.

6

8.

0

1

4

8

.

0

1

0

1

7

1

0

1

7

3

0

1

7

3

0

5

0

3

0

5

0

8

5

5

0

8

5

1

2

5

8

5

1

5

8

1

7

5

1

7

5

2

7

5

3

6

0

3

6

0

5

5

0

 

Travel

mm

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Allowable pressure differential  See Sheet 2

                                                                                                                                    Sheet 2     Unit (MPa)

Acti

on

Actu

ator

Air

Suppl

y

Spring

Range

Positi

oner

Allowable pressure differential (MPa)

 

10

12

15

20

25

32

40

50

65

80

100

125

150

200

Air

to

clo

se

HA2

D

0.14

0.02~

0.10

Yes or

No

1.0

0.8

8

0.57

0.32

0.22

0.13

0.09

0.05

 

 

 

 

 

 

0.16

0.02~

0.10

Yes

 

1.0

1.0

1.0

1.0

0.67

0.49

0.27

 

 

 

 

 

 

0.40

0.08~

0.24

Yes

 

 

 

 

1.0

1.0

1.0

0.75

 

 

 

 

 

 

HA3

D

0.14

0.02~

0.10

Yes or

No

 

 

 

 

 

 

0.17

0.10

0.06

0.04

0.02

0.01

0.01

0.01

0.16

0.02~

0.10

Yes

 

 

 

 

 

 

0.85

0.49

0.31

0.21

0.12

0.07

0.04

0.01

0.40

0.08~

0.24

Yes

 

 

 

 

 

 

1.0

1.0

0.9

0.65

0.37

0.23

0.14

0.07

Air

to

Op

en

HA2

R

0.14

0.02~

0.10

Yes or

No

1.0

0.8

8

0.57

0.32

0.22

0.13

0.09

0.05

 

 

 

 

 

 

0.28

0.08~

0.24

Yes

 

 

 

 

1.0

0.95

0.39

0.39

 

 

 

 

 

 

 

0.14

0.02~

0.10

Yes or

No

 

 

 

 

 

 

0.17

0.10

0.06

0.04

0.02

0.01

0.01

0.01

0.28

0.08~

0.24

Yes

 

 

 

 

 

 

1.0

0.60

0.43

0.3

0.17

0.1

0.06

0.01

Dimension

 

DN

L

A

H

H1

¢ D

¢ D1

¢ D2

f

C

n-d

Screw

20

150

 

554

432

105

75

55

2

14

4-14

M12

25

160

554

438

115

85

65

2

14

4-14

M12

32

180

554

438

135

100

78

2

16

4-18

M16

40

200

601

552

145

110

85

3

16

4-18

M16

50

230

601

552

160

125

100

3

16

4-18

M16

65

290

 

895

796

180

145

120

3

18

4-18

M16

80

310

895

802

195

160

135

3

20

8-18

M16

100

350

895

819

215

180

155

3

20

8-18

M16

125

400

 

968

849

245

210

185

3

22

8-18

M16

150

480

968

878

280

240

210

3

24

8-23

M20

200

600

968

925

335

295

265

3

26

12-23

M20

F46 Material

Fluorinated ethylene allyl referred to as FEP, F46. Application of the temperature range of -260~ + 204 °C. The decomposition temperature of +400 °C. Fluorinated ethylene propylene copolymer is PTFE and six HFP, also referred to as F46. Corrosion resistance is excellent, similar to PTFE. In addition to a small number of medium such as molten alkali metal, fuming nitric acid, chlorine trifluoride as resistance to chemical medium, almost all (including concentrated nitric acid and aqua regia) of corrosion. Temperature resistant performance is lower tha PTFE, can be used for a long time under the temperature of 200 °C, impact resistance, electrical properties of dielectric are excellent creep.

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

25

200

 

25

65

 

 

25

65

 

Inorganic acid

 

 

Stearic acid

v

v

v

 

And alkali hydroxide

 

 

v

sulphuric acid

v

v

 

 

Oleic acid

v

v

v

 

Caustic soda

 

 

v

(potency0`100%)

 

Fuming sulfuric

v

v

 

 

Linoleic acid

v

v

v

 

Caustic potash

 

 

v

Nitrate

v

v

 

 

Rosin acid

v

v

v

 

Ammonium hydroxide

 

 

v

(potency0`100%)

Fuming nitric acid

v

v

 

 

Fatty acid

v

v

v

 

Magnesium hydrate

 

 

v

Hydrochloric acid

v

v

 

 

Glycolic acid

 

 

 

 

Calcium hydroxide

 

 

v

Phosphate

v

v

 

 

Double glycolic acid

v

 

 

 

calmogastrin

 

 

v

Hydrofluoric acid

v

v

 

 

Peracetic acid

 

 

 

 

Barium hydroxide

 

 

v

Hydrobromic acid

v

v

 

 

Chloroacetic acid

v

v

v

 

Ferric hydroxide

 

 

v

Hydriodic acid

v

v

 

 

Two chloro acetate

 

 

 

 

Ferrous hydroxide

 

 

v

Hydrocyanic acid

v

v

 

 

Cyano acetic acid

v

v

v

 

Salt

 

 

 

Sulfite

v

v

 

 

Lactic acid

 

 

 

 

Ammonium salt

 

 

v

Nitrite

v

v

 

 

Oxalic acid

v

v

v

 

Ammonia sulfate

 

 

v

Chlorate

v

v

 

 

Maleic acid

 

v

v

 

Ammonium nitrate

 

 

v

Hypochlorous acid

v

v

 

 

Fumaric acid

 

v

v

 

Triammonium phosphate

 

 

v

Perchlorate

v

v

 

 

Malic acid

v

v

v

 

Ammonium

 

 

v

Four phosphate

v

v

 

 

Tartaric acid

v

v

v

 

Ammonia chloride

 

 

v

Carbonate

v

v

 

 

Adipic acid

v

v

v

 

Ammonium acid

 

 

v

Chromic acid

v

v

 

 

Citric acid

v

v

v

 

Ammonium bromide

 

 

v

Silicate

v

v

 

 

Gluconic acid

v

v

v

 

Ammonium sulfide

 

 

v

Boric acid

v

v

 

 

Benzoic acid

v

v

v

 

Ammonium peroxydisulfate

 

 

v

Arsenate

v

v

 

 

Cresyluc acid

   (Alkyl phenol)

v

v

v

 

Sodium hyposulfite

 

 

v

Selenite

v

v

 

 

Carbolic acid

   (Phenol)

v

v

v

 

Thiocyanate at

 

 

v

Fluosilicic acid

v

v

 

 

Phthalic acid

v

v

v

 

Ammonium metaphosphate

 

 

v

Fluorin boric acid

v

v

 

 

Twobenzeneanhydri

v

v

v

 

Ammonium acetate

 

 

v

Aqua regia

v

v

 

 

Salicylic acid

v

v

v

 

Ammonium oxalate

 

 

v

Medium

Temperature (°C)

 

Salicylic acid anhydride

v

v

v

 

Ammonium citrate

 

 

 

25

65

200

 

Tannin

v

v

v

 

Sodium salt

 

 

 

Organic acid

v

v

v

 

Roasting acid

v

v

v

 

Sal mirabile

 

 

v

Formic acid

v

v

v

 

Methanesulfonic

v

v

v

 

Monarkite

 

 

v

Acetic acid (Acetic acid)

v

v

v

 

Alkyl sulfonic acid

v

 

 

 

Sal perlatum

 

 

v

Acetic anhydride

v

v

v

 

Aryl sulfonic acid

v

v

v

 

Sodium carbonate

 

 

v

Propionic acid

v

v

v

 

Amino sulfonic acid

v

v

v

 

Sodium chlorate

 

 

v

Acrylic acid

v

v

v

 

Phenyl sulfonic acid

v

v

v

 

Sodium chorite

 

 

v

Acrylic anhydride

v

v

v

 

Phenol sulfonic acid

v

 

 

 

Sodium hypochlorite

 

 

v

v

v

v

 

Anthracene phenol sulfonic acid

v

v

v

 

Chrysolepic acid

v

v

v

(Boiling point)

Methyl

v

v

v

 

Methyl sulfate

v

v

v

 

Nicotinic acid

v

v

v

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

25

200

 

25

65

 

 

25

65

 

Inorganic acid

 

 

Stearic acid

v

v

v

 

And alkali hydroxide

 

 

v

sulphuric acid

v

v

 

 

Oleic acid

v

v

v

 

Caustic soda

 

 

v

(potency0`100%)

 

Fuming sulfuric

v

v

 

 

Linoleic acid

v

v

v

 

Caustic potash

 

 

v

Nitrate

v

v

 

 

Rosin acid

v

v

v

 

Ammonium hydroxide

 

 

v

(potency0`100%)

Fuming nitric acid

v

v

 

 

Fatty acid

v

v

v

 

Magnesium hydrate

 

 

v

Hydrochloric acid

v

v

 

 

Glycolic acid

 

 

 

 

Calcium hydroxide

 

 

v

Phosphate

v

v

 

 

Double glycolic acid

v

 

 

 

calmogastrin

 

 

v

Hydrofluoric acid

v

v

 

 

Peracetic acid

 

 

 

 

Barium hydroxide

 

 

v

Hydrobromic acid

v

v

 

 

Chloroacetic acid

v

v

v

 

Ferric hydroxide

 

 

v

Hydriodic acid

v

v

 

 

Two chloro acetate

 

 

 

 

Ferrous hydroxide

 

 

v

Hydrocyanic acid

v

v

 

 

Cyano acetic acid

v

v

v

 

Salt

 

 

 

Sulfite

v

v

 

 

Lactic acid

 

 

 

 

Ammonium salt

 

 

v

Nitrite

v

v

 

 

Oxalic acid

v

v

v

 

Ammonia sulfate

 

 

v

Chlorate

v

v

 

 

Maleic acid

 

v

v

 

Ammonium nitrate

 

 

v

Hypochlorous acid

v

v

 

 

Fumaric acid

 

v

v

 

Triammonium phosphate

 

 

v

Perchlorate

v

v

 

 

Malic acid

v

v

v

 

Ammonium

 

 

v

Four phosphate

v

v

 

 

Tartaric acid

v

v

v

 

Ammonia chloride

 

 

v

Carbonate

v

v

 

 

Adipic acid

v

v

v

 

Ammonium acid

 

 

v

Chromic acid

v

v

 

 

Citric acid

v

v

v

 

Ammonium bromide

 

 

v

Silicate

v

v

 

 

Gluconic acid

v

v

v

 

Ammonium sulfide

 

 

v

Boric acid

v

v

 

 

Benzoic acid

v

v

v

 

Ammonium peroxydisulfate

 

 

v

Arsenate

v

v

 

 

Cresyluc acid

   (Alkyl phenol)

v

v

v

 

Sodium hyposulfite

 

 

v

Selenite

v

v

 

 

Carbolic acid

   (Phenol)

v

v

v

 

Thiocyanate at

 

 

v

Fluosilicic acid

v

v

 

 

Phthalic acid

v

v

v

 

Ammonium metaphosphate

 

 

v

Fluorin boric acid

v

v

 

 

Twobenzeneanhydri

v

v

v

 

Ammonium acetate

 

 

v

Aqua regia

v

v

 

 

Salicylic acid

v

v

v

 

Ammonium oxalate

 

 

v

Medium

Temperature (°C)

 

Salicylic acid anhydride

v

v

v

 

Ammonium citrate

 

 

 

25

65

200

 

Tannin

v

v

v

 

Sodium salt

 

 

 

Organic acid

v

v

v

 

Roasting acid

v

v

v

 

Sal mirabile

 

 

v

Formic acid

v

v

v

 

Methanesulfonic

v

v

v

 

Monarkite

 

 

v

Acetic acid (Acetic acid)

v

v

v

 

Alkyl sulfonic acid

v

 

 

 

Sal perlatum

 

 

v

Acetic anhydride

v

v

v

 

Aryl sulfonic acid

v

v

v

 

Sodium carbonate

 

 

v

Propionic acid

v

v

v

 

Amino sulfonic acid

v

v

v

 

Sodium chlorate

 

 

v

Acrylic acid

v

v

v

 

Phenyl sulfonic acid

v

v

v

 

Sodium chorite

 

 

v

Acrylic anhydride

v

v

v

 

Phenol sulfonic acid

v

 

 

 

Sodium hypochlorite

 

 

v

v

v

v

 

Anthracene phenol sulfonic acid

v

v

v

 

Chrysolepic acid

v

v

v

(Boiling point)

Methyl

v

v

v

 

Methyl sulfate

v

v

v

 

Nicotinic acid

v

v

v

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

25

65

 

 

25

65

 

 

60

200

 

Element, gas and other inorganic compoundsand

 

 

 

Carbon disulfide

v

 

v

(150)

v

 

 

2-nitro-2-Methyl alcohol

v

v

 

     (boiling point)

Chlorine (dry or wet)

v

v

v

 

Phosphoric   anhydride

v

v

v

 

Polybasic alcohol

 

 

 

Chlorine (iquid)

v

v

v

 

Phosphorus   dichloride

v

v

v

 

Ethanediol

v

v

 

Chlorine water

v

v

v

 

Phosphorus trichloride

v

 

v

(150)

v

 

v

Propanediol

v

v

 

Fluorine (moisture)

v

(90)

v

 

v

 

 

Phosphorus chloride

v

v

v

 

Cis-butanediol

v

v

 

Fluorine (iquid)

v

v

(90)

v

v

 

v

 

 

 

The phosphorus oxychloride

v

v

v

 

Glycerol    (propanetriol)

v

v

 

Bromine (gas)

v

v

v

 

Sulfur chloride

v

v

v

 

Diethylene glycol

v

v

 

Bromine (iquid)

v

v

v

 

Phosphorus

v

v

v

 

Aldehyde

 

 

 

Bromine water

v

v

v

 

Chlorine dioxide

v

v

v

 

formaldehyde

v

v

 

iodine

v

v

v

 

Sulfuric chloride

v

v

v

 

Paraformaldehyde

v

 

 

Iodine (wateroralcobolic solution)

v

v

v

 

Thionyl chloride

v

v

v

 

Acetaldehyde

v

v

 

Oxygen (gas)

v

v

v

 

Chloro-nitrous acid

v

v

 

 

Paraaldehyde

v

v

 

Oxygen (iquid)

v

v

 

 

Chromyl chloride

v

v

v

 

Butyraldehyde

v

 

 

Ozone

v

v

v

 

Chlorine trifluoride

 

x

 

Crotonaldehyde

v

v

 

Hydrogen

v

v

v

 

Aluminum difluoride

 

 

 

 

Artificial almond oil

v

v

 

Nitrogen

v

v

v

 

Silicon tetrachloride

v

v

 

 

Furfura

v

v

 

Sulphur

v

v

v

 

Cupric oxide

v

v

v

 

Ketone

 

 

 

Phosphorus (red, yellow)

v

v

v

 

Sodium dioxide

v

v

v

 

Acetone

v

v

 

lithium

x

(melting point)

 

Medium

Temperature (°C)

 

Methyl ethyl ketone

v

v

 

Potassium

x

(melting point)

 

60

200

 

 

Diethyl acetone

v

v

 

sodium

x

(melting point)

 

Alcohol

v

v

 

 

Methyl isobutyl    ketone

v

v

 

Lead

v

v

v

 

Carbinol

v

v

 

 

Cyclohexanone

v

v

 

Mercury

v

v

v

 

Methyl isobutyl carbinol

v

v

 

 

Acetophenone

v

v

 

Air

v

v

v

 

Alcohol

v

v

 

 

Piperidine ketone

v

 

 

Coke-oven gas

v

v

v

 

Propanol ethyl carbinol

v

v

 

 

Ether

 

 

 

Natural gas

v

v

v

 

Isopropanol

v

v

 

 

Dimethyl ether

v

v

 

Coal gas

v

v

v

 

Allyl alcohol

v

v

 

 

Aether

v

v

 

Perhydrol

v

v

v

 

Propargyl alcohol

v

v

 

 

Isopropyl ether

v

v

 

Ammonia (gas)

v

v

v

 

Butanol

v

v

 

 

Butyl ether

v

v

 

Ammonia (iguid)

v

v

v

 

Amyl alcohol

v

v

 

 

Ester

 

 

 

Carbon monoxide

v

v

 

 

Hexyl alcohol

v

v

 

 

Menthyl formate;

v

 

 

Carbon dioxide

v

v

v

 

Cyclohexanol

v

v

 

 

Methyl acetate

v

 

 

Sulfur dioxide

v

v

v

 

Capryl alcohol

v

v

 

 

Acetic ether

v

v

 

Sulfur anhydride

v

v

v

 

Lauryl alcohol

v

v

 

 

Vinyl acetate

v

 

 

Three oxygen and nitrous oxide

v

v

v

 

Octadecanol

v

v

 

 

Acetoacetic ester

v

v

 

   (boiling point)

Hydrogen iodide

v

v

v

 

2-nitro alcohol

v

v

 

 

Lauric acid

v

v

v

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

60

200

 

 

60

200

 

 

60

200

 

n-amyl acetate

v

v

 

 

Hexane

 

 

 

 

Dichloroethylene

v

v

 

Benzyl acetate

v

 

 

 

Cyclohexane

v

v

 

 

Ethylene trichloride

v

v

 

Methyl acrylate

v

 

 

 

Heptane;

v

v

 

 

Ethylene perchloride

v

v

 

Ethyl acrylate

v

v

 

 

Octane

v

v

 

 

Dichloroethane

v

v

 

Actylic acid   methyl ester,

v

v

 

 

Isooctane;

v

v

 

 

Allyl chloride

v

v

 

Propyl  methacrylate,

v

v

 

 

Hexadecane

v

 

 

 

Chloride butyl

v

v

 

     (boiling point)

Ethyl butyrate

v

 

 

 

Benzene

v

v

 

 

n-amyl chloride

v

v

 

Ethyl caproate

v

v

 

 

Methylbenzene

v

v

 

 

Lauryl chloride

 

 

 

Buty caproate

v

 

 

 

ethylbenzene

v

v

 

 

Phosgene

v

v

 

Diisobutyl adipate

v

v

 

 

Styrene;

v

 

 

 

Acetyl chloride

v

 

 

Diethyl sebacate

v

 

 

 

Dimethyl benzene

v

v

 

 

Chlorethyl alcohol

v

v

 

Dibutyl sebacete

v

v

 

 

biphenyl

v

v

 

 

Chloracetone

v

v

 

     (boiling point)

Ethyl benzenecarboxyla

v

 

 

 

Naphthalene

v

v

 

 

3-chlorine-1,

2-propylene epoxide

v

v

 

Phthalic acid ethyl ester two

v

v

 

 

Tetralin

 

 

 

 

Oxygen aldehyde hydrate

v

 

 

Menthyl salicylate

v

v

 

 

Dekalin

v

 

 

 

Chlorobenzene

v

v

 

Diallyl phthalate

v

 

 

 

Cumene (cumin)

v

 

 

 

Dichlorobenzene

v

v

 

Phthalic acid two methyl ester

v

v

 

 

Crude oil (sulfur-bearing, sulfur-free, leady)

v

v

 

 

Trichloro-benzene

v

 

 

Phthalic acid two methyl ester

v

v

 

 

Dormant oils

v

v

 

 

Chlorotoluene

v

 

 

Phthalic acid butyl ester two

v

v

 

 

Gasoline (sulfur-bearing, sulfur-free, leady)

 

 

Benzotrichloride

v

 

 

Diethyl carbonate

v

v

 

 

Naphtha

60

200

 

 

Benzyl chloride

v

v

 

     (boiling point)

Aimethyl sulfate

v

v

 

 

Jet oil

v

v

 

 

Benzoyl chloride

v

v

 

Ethyl sulfate

v

v

 

 

Kerosene

v

v

 

 

Phthalyl chloride

v

 

v

(150)

 

Two acid alkyl

v

v

 

 

Diesel oil

v

v

 

 

Chlorophenol

v

 

 

n-propyl nitrate

 

 

 

Fuel oil

v

v

 

 

Five

chlorobenzene amide

v

 

 

     (boiling point)

Three ethanol phosphate

v

 

v

(90)

 

 

Lubricants

v

v

 

 

Methyl bromide (celfume)

v

v

 

Three butyl phosphate

v

v

 

 

Lubricating oil

v

v

 

 

Dibromomethane

v

 

 

Tricresyl   phosphate

v

v

 

 

Motor oil

v

v

 

 

Tetrabromo-methane (boiling point)

v

v

 

Dibromo two  chloro two methyl

v

 

 

 

Electric insulating  oil,

v

v

 

 

Bromethyl (bromoethane)

v

v

 

Triphenyl  phosphite

v

 

v

(90)

 

 

Ceresin wax

v

v

 

 

Dibromethane

v

 

 

Hydrocarbons and petroleum

 

 

 

 

Pitch,

v

v

 

 

Butyl bromide

(butyl bromide)

v

v

 

Methane

v

v

 

 

Natural gas

v

 

 

 

Bromobenzene

v

 

 

Ethyne

v

v

 

 

Halogen containing organic compounds

 

 

 

 

Perfluorinated xylene

v

v

 

propane

v

v

 

 

Methyl chloride (chloromethane)

v

v

 

 

Fluorine milk

v

v

 

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

 

Medium

Temperature (°C)

20

100

 

 

20

100

 

 

20

100

 

Anime and amide

v

v

 

 

Acrylonitrile

v

v

 

 

Vinegar

v

v

 

dimethylamine

v

v

 

 

Benzyl cyanide

v

v

 

 

Alcoholic drink

v

v

 

     (boiling point)

Dimethyl formamide

v

v

 

 

Methylhydrazine

v

 

 

 

Beer

v

v

 

Diethylamine

v

v

 

 

Dimethylhydrazine (asymmetric)

v

v

 

 

Papermaking industrial liquid

 

 

 

     (boiling point)

Triethylamine

v

v

 

 

Hydrazinobenzene

v

v

 

 

Black liquor, green liquor

v

v

 

ethanediamine

v

v

 

 

Phenylhydrazine hydrochloride

 

v

v

 

Kraft liquor

v

v

 

Acetamide

v

v

 

 

Pyridina; azine

v

v

 

 

Sulfite liquor

v

v

 

Aminoethyl

v

v

 

 

Nicotinamide

v

 

 

 

Liquid rosin

v

v

 

Triethanolamine

v

 

 

 

Carbamide (urea)

v

v

 

 

Seawater, saline

v

v

 

Triethylene three amine

v

v

 

 

Urine

v

v

 

 

Acid waste water

v

v

 

Methyl allyl amine

v

 

 

 

Nitrocarbol

v

v

 

 

Medium

Temperature (°C)

n-butylamine

v

v

 

 

Nitrobenzene

v

v

 

 

20

100

 

di-n-butylamine

v

 

 

 

other

 

 

 

 

Water

 

 

 

 

(150)

Cyclohexylamine

v

v

 

 

Dimethyl sulfoxide

v

v

 

 

Fresh water

v

v

 

Alkylamine

v

v

 

 

Four hydrogen triophenol

v

 

v

(150)

 

 

Distilled water

v

v

 

Aniline

v

v

 

 

Silicone

v

 

 

 

Slush

v

v

 

aminodimethylbenzene

v

v

 

 

Butyl lithium

X(potency5%)

 

Dextrin

v

v

 

 

(150)

Phenol

v

v

 

 

Industrial liquid and products

 

 

 

 

Silicone oil

v

v

 

Carbolic acid

v

v

 

 

Soap lye

v

v

 

 

Thermal conductivity  of mother

v

v

 

Cresol

v

v

 

 

Detergent

v

v

 

 

Diazo salt

v

v

 

     (boiling point)

     (boiling point)

 

Hydroquinone

v

v

 

 

Bleaching liquid (contain Cl12.5%)

v

v

 

 

Lime sulfur

v

v

 

Catechol

v

 

 

 

Owse

v

v

 

 

Toxaphene

v

v

 

Naphthol

v

v

 

 

Tannin extract

v

v

 

 

Tetrahydro-1

v

v

 

     (boiling point)

Creosote

v

 

 

 

Stoddard solvent

v

v

 

 

Anthraquinone

v

v

 

Other organic compoundsoxyge

 

 

 

 

Aliphatic and aroma tic solvent

v

v

 

 

Nitrogenous  compounds

 

 

 

Epoxyethane

v

v

 

 

Water-soluble fiber

v

v

 

 

Cyanogen gas

v

v

 

Propylene epoxide

v

v

 

 

Acetyl cellulose

v

v

 

 

B  Preserved

v

v

 

Furan

v

v

 

 

Polyvinyl acetate

v

v

 

 

Acetyl cyanide

v

v

 

     (boiling point)

Butylene oxide

v

v

 

 

Acrylic resin dispersion

v

 

 

 

Glutin

v

v

 

dioxane

v

v

 

 

Polyacrylonitrile

v

v

 

 

Animal size

v

v

 

 

 

 

 

 

Photographic daveloper

v

v

 

 

 

 

 

 

 

Lưu ý

Sản phẩm Van điều khiển HPF được phát triển liên tục, thông tin có thể có thay đổi mà không kịp thời thông báo đến Quý khách hàng!

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