Chemline chemical compatibility

PDF Published January 22, 2004

Materials of
Construction
Thermoplastics
PVC (Polyvinyl Chloride)
The most economical and largest selection of Chemline The working temperature range of PVDF valves is -40 to
valves are moulded from PVC. It offers excellent mechanical 120°C (-40 to 250°F).
and chemical resistance properties at low cost. The working PVDF’s impact strength is over twice that of PVC. The valves
temperature range of PVC valves is 0 to 60°C (30 to 140°F). are extremely durable under mechanical abuse even at -40°F.
PVC used for Chemline valves is identified by cell They also offer the highest abrasion resistance of
classification number 12454-A as per ASTM Standard D 1784. thermoplastic valves.
The suffix “A” refers to the highest chemical resistance PVDF has excellent chemical resistance against halogens such
rating. Most other PVC valves as well as pipe and fittings as chlorine and bromine, strong acids such as hydrofluoric
have only a “B” chemical resistance rating. and nitric acids, organic solvents and oils. PVDF is not
The special PVC “A” compound used in Chemline valves resistant to hot bases.
resists attack of most acids, strong alkalais, salts and many It is also non toxic and imparts no odours or tastes into the
other chemicals. High chemical resistance of this material fluid. Our PVDF conforms with USDA Title 21, P121.2593
allows its application on aggressive services such as 98% requirements for contact with food.
H2 SO4 , dry chlorine and low pressure wet chlorine gas. PVC
Gas permeability of PVDF is extremely low. A patented PVDF
is attacked by chlorinated hydrocarbons, ketones, esters and
gas permeability barrier is available on Type 14 and DV Series
some aromatic compounds. It can be used on solutions
Diaphragm Valves. It is a backing to the Teflon® diaphragm
containing up to 1000 ppm solvents.
and has proven to increase the life of diaphragm valves on
Chemline PVC valves are non-toxic. They meet CSA standard chlorine and strong acid services.
B137.0 for toxicity.
Teflon® PTFE (Polytetrafluoroethylene)
They are resistant to damaging effects of sunlight and
PTFE is almost totally insoluble and chemically inert. It has
weathering, thus painting is not necessary.
high temperature resistance. Teflon® PTFE ball seats, because
CPVC (Chlorinated Polyvinyl Chloride) of natural lubricity, require no lubrication. Teflon® PTFE
CPVC is very similar to PVC in mechanical properties and diaphragms and flange gaskets are used in the most severe
chemical resistance. It is suitable for applications from chemical resistance applications.
0 to 95°C (30 to 200°F).
The special CPVC compound used for Chemline valves is Elastomers
classified as 23567-A as per ASTM D 1784. The suffix “A” EPDM (Ethylene Propylene Terpolymer)
denotes conformance to the highest chemical resistance EPDM is a synthetic rubber used as the standard seal material
rating. The compound is non-toxic, conforming to CSA for most Chemline valves. It is the most economical choice of
toxicity standard B137.0. elastomer and has excellent chemical resistance on the great
CPVC valves have proven to be an excellent choice for majority of applications including acids, alkalais, salts and
applications at temperatures too high for PVC or when an many others at temperatures up to 90°C. EPDM is weak on
extra margin of safety is required. organic compounds and cannot be used on oils and fats.
Chemline valves seals of EPDM meet CSA standard B137.0 for
PP (Polypropylene)
non-toxicity.
PP is light weight and high in chemical resistance. Valves are
suitable for service from -20 to 90°C (-5° to 195°F). PP is Viton® (Fluorocarbon Rubber, abv. FPM)
unaffected by alkalais, salts, organic solvents and most acids, Viton® is more expensive than EPDM so is used as an
particularly hydrochloric and phosphoric acid. It is unsuitable alternate elastomer when required. It has excellent
on strong acids, chlorinated hydrocarbons, aromatic resistance to mineral acids, oils and many aliphatic and
compounds and high concentrations of free chlorine. aromatic hydrocarbons. Viton® is weak on sodium hydroxide.
PP is very inert thus popular for high purity applications such
CPE (Chlorinated Polyethylene)
as deionized water, etc. The material comes normally
CPE is superior to all other elastomers on sodium
opaqued by addition of grey-beige pigment to prevent
hypochlorite. It resists hypochlorite up to full strength (13%).
ultraviolet light penetration. Natural translucent material
Ball valves supplied with CPE seals are very price competitive
without pigment will degrade if exposed to UV light (sun
on this service.
light). Chemline offers PP pipe, fittings and valves in
pigmented and unpigmented PP, both approved by the FDA NITRILE (Acrylonitrile-Butadiene Copolymer, abv. NBR)
for contact with food. Nitrile is also know as Buna-N. It has high chemical resistance to
oil and petroleums but is weak on oxidizing media i.e. acids.
PVDF (Polyvinylidene Fluoride)
Nitrile has excellent abrasion resistance and is less expensive
PVDF is superior to other valve thermoplastics in chemical
than Viton® for butterfly valve seats.
resistance and abrasion resistance. It has remarkable strength
over the largest working temperature range.
©Chemline Plastics Limited 2004
Your Pipeline to Quality

Chemical Chemicals: Acetaldehyde - Acetylene

Resistance
Codes Chemical

ºC ºF
A Excellent = Recommended
20 68 A B A A A X C X
B Good = Recommended 40 104 B C A A A
Acetic Acid 60 140 C X C B A
C Fair (limited life) CH3 COOH
80
80 176 C A
Not Recommended 100 212 A
X
120 248 A
20 68 X X A A A X X X
Corrosion resistance data given in this publication are 40 104 B A A
Acetic Acid C B A
based on laboratory tests conducted by the 60 140
(Glacial) 99
manufacturers of the materials covered and are 80 176 A
CH3 COOH 100 212 A
indicative only of the conditions under which the tests
120 248 A
were made. The information may be considered as a 20 68 X X B B A X C X
basis for recommendation but not as a guarantee. 40 104 C C A X
Materials should be tested in actual service to Acetic 60 140 X X A
Anhydride Pure
determine suitability for a particular purpose. 80 176 A
(CH3 CO) 2O 100 212 A
Consult Chemline for ratings on other materials not
120 248 A
shown in this book such as Hypalon or Neoprene seals, 20 68 X X A X A X A X
or Polyamide or Polysulfone flow meter tubes. 40 104 A A B
Acetone 60 140 C A
Pure
CH3 COCH3 80 176 A
100 212 A
120 248 A
20 68 A A A A A A A B
40 104 A A A A A B A C
Acetone
10 60 140 B B A A A A
Chemical (Aqueous)
ppm 80 176 A B A B
CH3 COCH3
ºC ºF 100 212 B A
120 248 B A
20 68 X X A X A C A X 20 68 B A A A C
40 104 A A C A 40 104 A A
Acetaldehyde 60 140 B A X B Acetonitrile 60 140 C A
Pure
CH3CHO 80 176 A CH3 CN 80 176 X
100 212 A 100 212
120 248 A 120 248
20 68 X X A X A B A X 20 68 A C A C A X
40 104 A A B A 40 104 B C A X A
Acetaldehyde
60 140 A A C A Acetophenone 60 140 C X A A
(Aqueous) 40
80 176 B A X B C6H5COCH3 80 176 X A B
CH3CHO
100 212 A 100 212 A
120 248 A 120 248 A
20 68 A A A A A 20 68 X X X A
40 104 A A A A 40 104 A
Acetamide 60 140 A Acetyl Acetone 60 140 A
Satu
CH3CONH2 80 176 A CH3COCH2COCH3 80 176
100 212 A 100 212
120 248 120 248
20 68 A A A A A B A B 20 68 A A
40 104 A A A A A B A 40 104 A A
Acetic Acid 60 140 A A A A A C B Acetyl Bromide 60 140 A A
10
CH3COOH 80 176 A A A A X CH3COBr 80 176 B A
100 212 A A 100 212 A
120 248 B A 120 248 A
20 68 A A A A A B A X 20 68 A A A X X X
40 104 A A A A A C A 40 104 A B A
Acetic Acid 60 140 A B A A A C B Acetyl Chloride 60 140 C C A
20
CH3COOH 80 176 C B B A X CH3 COCl 80 176 X X A
100 212 B A 100 212 A
120 248 B A 120 248
20 68 A A A A A C B X 20 68 A X A A A A C A
40 104 A B A A A X 40 104 A A A A C A
Acetic Acid 60 140 B C A A A Acetylene 60 140 A A A A X B
50
CH3COOH 80 176 X B A C2H2 80 176 B A A A
100 212 B A 100 212 A B
120 248 A 120 248 B

Chemicals: Acrylonitrile - Ammonium Floride
A Excellent = Recommended B Good = Recommended C Fair (limited life) X Not Recommended

Chemical Chemical

ºC ºF ºC ºF
20 68 X X B A A X A X 20 68 A A A A A A A A
40 104 C B A A 40 104 A A A A A A A A
Aluminum
Acrylonitrile 60 140 C A B 60 140 A A A A A A A A
Nitrate Satu
CH2=CHCN 80 176 X A 80 176 A A A A A A B
100 212 A Al (NO3)3 100 212 A A A
120 248 A 120 248 A A
20 68 A A A A A A A A 20 68 A A A A A A A A
Adipic Acid Aluminum
H00C(CH2)4 Satu Sulfate Satu
80 176 B B A A A B 80 176 A A A A A
–COOH 100 212 A A B Al2 (SO4)3 100 212 A A
120 248 A A 120 248 A A
20 68 A A A A A A 20 68 A A A A A A A A
40 104 A A A A B Amber Acid 40 104 A A A A A A A A
Allyl Alcohol 60 140 B A A A B (Succinic Acid) 60 140 A A A A A A A A
Satu
CH2=CHCH 2OH 80 176 A A B CH2=COOH 80 176 B B A A A A A
100 212 A CH2=COOH 100 212 A A A
120 248 B 120 248 A A
20 68 X A A B X B 20 68 A A A A B A A
40 104 C A B C 40 104 A A A A A
Aminoacetic
Allyl Chloride 60 140 X A C X 60 140 A A
Acid 10
CH2=CHCH 2Cl 80 176 A 80 176 A A
100 212 A NH2CH2COOH 100 212 A
120 248 A 120 248 A
20 68 A A A A A A A A 20 68 A C A A A X A A
Alum 40 104 A A A A A A A A 40 104 A C A A A A A
Ammonia
(Potassium 60 140 A A A A A A A A 60 140 A X B A A A B
Satu Gas 100
alum) 80 176 A A A A A B B 80 176 X B A A B
NH3
K 2SO4Al2(SO4)3 100 212 A A A 100 212 B A
120 248 A A 120 248 B A
20 68 A A A A A A A 20 68 A C A A A B A A
Ammonia
40 104 B B A A A B A 40 104 A C A A A C A B
Aluminum Solution
60 140 A A A * 60 140 A X A A A X A B
Acetate Satu (Ammonium
80 176 A A A 10 80 176 X B A A A
Al(CH3CO2)3 Hydroxide)
100 212 A A 100 212 A A A
NH4OH
120 248 A 120 248 B A
20 68 A A A A A A 20 68 A A A A A A A A
Aluminum
40 104 A A A A A A 40 104 A A A A A A A A
Ammonium Ammonium
60 140 A A A A A A 60 140 A A A A A A A A
Sulfate Satu Acetate Satu
80 176 A A A A A B 80 176 B B A A B B B
(Ammonium Alum) NH4CH3CO2
100 212 A A A 100 212 A A B
(NH4)Al(SO4) 2
120 248 A A 120 248 B A
Aluminum Ammonium
Bromide Satu Bicarbonate
80 176 A A A A A 80 176 A A A
Al Br3 NH4HCO3
100 212 A A 100 212 A A
120 248 A A 120 248 A
Aluminum Ammonium
60 140 B B A A A A A 60 140 A A A A A A A A
Chloride Satu Carbonate Satu
80 176 B A A A A A 80 176 A A A A A A
Al Cl3 (NH4)2CO3
100 212 A A A 100 212 A A A
120 248 A A 120 248 A A
Aluminum Ammonium
Fluoride Satu Chloride Satu
80 176 A A A A A A A 80 176 B B A A A A B
Al F3 NH4Cl
100 212 A A A 100 212 A A A
120 248 A A 120 248 A A
20 68 A A A A A A A A 20 68 A A A A A A A
Aluminum Ammonium
60 140 A A A A A A A A 60 140 A A A A A
Hydroxide Satu Fluoride 20
80 176 A A A A A B B 80 176 B A A
Al(OH)3 NH4F
100 212 A A B 100 212 A A
120 248 A A 120 248 A A
©Chemline Plastics Limited 2001 *30% Ammonia solution at 50ºC, PVC & EPDM recommended.

Chemicals: Ammonium Hydrogen Fluoride - Arsenic Acid

Chemical Chemical

ºC ºF ºC ºF
20 68 A A A A A A A A 20 68 X X X A A X B X
Ammonium 40 104 A A A A A A A A 40 104 A A C
Hydrogen- 60 140 A A A A A A A A Amyl Acetate 60 140 B A
Satu Pure
fluoride 80 176 A A A A B B B CH3COOC5H11 80 176 B A
NH4F.HF 100 212 A A B 100 212 C A
120 248 A A 120 248
20 68 A C A A A B A A 20 68 A A A A A A A A
Ammonium
40 104 A C A A A C A B 40 104 A A A A A A A A
Hydroxide
60 140 A X A A A X A B Amyl Alcohol 60 140 A A A A A B A A
(Ammonium 10 Pure
80 176 X B A A A CH3(CH2)3CH2OH 80 176 B B A A B A
Solution)
100 212 A A 100 212 A A
NH 4OH
120 248 B A 120 248 A A
20 68 A X A A A B A B 20 68 X X X A A A B A
Ammonium
40 104 A X A A A C A X 40 104 A A
Hydroxide B X A A A X A Amyl Borate 60 140 A A
60 140
(Ammonium 40 Pure
80 176 X B B A (C5H11) 3BO3 80 176 A A
Solution) 100 212 B A 100 212 A A
NH 4OH 120 248 B A 120 248 A A
20 68 A A A A A A A A 20 68 X X X A A B X B
40 104 A A A A A A A B 40 104 A A
Ammonium 60 140 A A
60 140 A A A A A A A B Amyl Chloride
Metaphosphate Pure
80 176 A A A A A A CH3(CH2)3CH2Cl 80 176 A A
NH 4PO3 100 212 A A 100 212 A A
120 248 A A 120 248 A A
20 68 A B A A A A A A 20 68 C C B A A A A X
40 104 A B A A A A A A 40 104 X X B B A B C
Ammonium 60 140 C B A B X
60 140 B B A A A A A A Aniline
Nitrate Pure
80 176 A A A A A A C6H 5NH 2 80 176 X C A
NH 4NO3 100 212 A A 100 212 X A
120 248 A A 120 248 A
20 68 A A A 20 68 B A A A
40 104 A A A 40 104 B A A A
Ammonium Aniline
60 140 A A A 60 140 C B A A
Perchlorate 10 Hydrochloride Pure
80 176 A 80 176 X A
NH 4ClO4 C6H 5NH 2.HCl
100 212 100 212
120 248 120 248
20 68 A A A A A A 20 68 A A A A A A A A
40 104 A A A A A A 40 104 A A A A A A A A
Ammonium
60 140 B A A A Animal Oil 60 140 A A A A A A A A
Persulfate
80 176 A (Lard) 80 176 A A A A
(NH4) 2S2O8
100 212 A 100 212 A A
120 248 A 120 248 A A
20 68 A A A A A A A A 20 68 A A X A A B
40 104 A A A A A A A A 40 104 A A A A
Ammonium Antimony
60 140 A A A A A A A B 60 140 B B B A
Phosphate Trichloride Satu
80 176 A A A A A A 80 176 B B B
(NH4) 3PO4 SbCl3
100 212 A A 100 212 B
120 248 A A 120 248 B
20 68 A A A A A A A A 20 68 A A A A A A
40 104 A A A A A A A A 40 104 A A
Ammonium Antimony
60 140 A A A A A A A A 60 140 A A
Sulfate Satu Trioxide
80 176 A A A A A A A 80 176 A A
(NH4) 2SO4 Sb2O3
100 212 A A 100 212 A
120 248 A A 120 248
20 68 A A A A A X A X 20 68 C C C A A B A X
40 104 A A A A A 40 104 C C C A A B
Ammonium
60 140 B A A A A Aqua Regia 60 140 X A A C
Sulfide Satu
80 176 A A A HNO3+3HCl 80 176 A A
(NH4) 2S
100 212 A A 100 212 B A
120 248 A A 120 248 C B
20 68 A A A A A A A 20 68 A A A A A A A A
40 104 A A A A A A B 40 104 B B A A A A A A
Ammonium
60 140 A A Arsenic Acid 60 140 C B B A A A B B
Sulfite Satu
80 176 A A H3AsO4 80 176 C C A A B B B
(NH4) 2SO3
100 212 A 100 212 A A B
120 248 120 248 A A

Chemicals: Asphalt - Borax

Chemical Chemical

ºC ºF ºC ºF
20 68 X X A A A A X B 20 68 A A A A A X
40 104 A A A A B 40 104 B A A
Benzene
60 140 A A A A 60 140 C A A
Asphalt Sulfonic Acid 10
80 176 A A A 80 176 X A
C6H5SO3H A
100 212 A A 100 212
120 248 A A 120 248 B
20 68 A A A A A A A A 20 68 A A A A X A
40 104 A A A A A A A A 40 104 B A A A A
Barium C B A A B
60 140 A A A A A A A A 60 140
Carbonate Satu Benzine Pure
80 176 A A A A A A B 80 176 A B
BaCO3 100 212 A A A 100 212 A
120 248 A A A 120 248
20 68 A A A A A A A A 20 68 A A A A A A A B
40 104 A A A A A A A A 40 104 A A A A A A B B
Barium B B A A A B B
60 140 A A A A A A A A Benzoic Acid 60 140
Chloride Satu Pure
80 176 A A A A A A B C6H5COOH 80 176 C A A A
BaCl2 100 212 A A A 100 212 A A B
120 248 A A A 120 248 B
20 68 A A A A A A A A 20 68 X X A A A X X X
40 104 A A A A A A A A 40 104 A A
Barium Benzoyl
60 140 A A A A A A A A 60 140 B A
Hydroxide Satu Chloride
80 176 B A B A A A B 80 176 A
Ba(OH) 2 C6H5COCl
100 212 A A 100 212
120 248 A A 120 248
20 68 A A A A A A A A 20 68 A A A A A X
40 104 A A A A A A A A 40 104 A A A A B
Barium Nitrate 60 140 A A A A A A A A Benzyl Alcohol 60 140 A A A A C
Satu Pure
Ba(NO3)2 80 176 A A A A A A B C6H5CH2OH 80 176 A A B
100 212 A A A 100 212 A A B
120 248 A A 120 248 A A
20 68 A A A A A A A A 20 68 A A B X
40 104 A A A A A A A A Benzyl 40 104 B A
Barium Sulfate 60 140 A A A A A A A A Benzoate 60 140 B A
Satu Satu
BaSO4 80 176 A A A A A A B C6H5COOCH2 80 176
100 212 A A A -C6H5 100 212
120 248 A A A 120 248
20 68 A A A A A A A B 20 68 A A A C B X
40 104 A A A A A A A B 40 104 A A
Benzyl
Barium Sulfide 60 140 A A A A A A A 60 140 A A
Satu Chloride Pure
BaS 80 176 A A A A A 80 176 A A
A A A C6H5CH2Cl
100 212 100 212
120 248 A A A 120 248
20 68 A A A A A A A B 20 68 A A A A A A A A
60 140 A A A A A A A B 60 140 B A A A A A A A
Beer Black Liquor Satu
80 176 A A A A A A B 80 176 B B A A A A B
100 212 A A 100 212 A A A
120 248 A A 120 248 B
20 68 A A A A A A A A 20 68 A A A A A A C
40 104 A A A A A A A A 40 104 A A A A A A
Bleaching Agent
Beet Sugar 60 140 A A A A A A A A 60 140 A A A A
Ca(ClO)2CaCl2 5
Liquors 80 176 A A A A A 80 176 A A
-2H2O
100 212 A A 100 212 A A
120 248 A A 120 248 A A
20 68 X A A A C C X 20 68 A A A A A B C
40 104 A A 40 104 A A A A
Bleaching Agent
Benzaldehyde 60 140 B A 60 140 A A A A
Satu Ca(ClO)2CaCl2 12
C6H5CHO 80 176 A 80 176 A A
-2H2O A A
100 212 A 100 212
120 248 120 248 A A
20 68 C C B A A A X X 20 68 A A A A A A A A
40 104 X X C B A B 40 104 A A A A A A A B
Borax
Benzene 60 140 B A B 60 140 A A A A A A A C
Pure (Sodium Borate) Satu
C6H6 80 176 C A B 80 176 A A A A A X
100 212 X A Na2B4O7.10H2O 100 212 A A
120 248 A 120 248 A A

Chemicals: Boric Acid - Butylene

Chemical Chemical

ºC ºF ºC ºF
20 68 A A A A A A A A 20 68 A A
40 104 A A A A A A A A 40 104 A A
Boric Acid 60 140 A A A A A A A A Butyl Bromide 60 140 A A
Satu Pure
H3BO3 80 176 B A A A A B B C4H9Br 80 176 A A
100 212 A A B 100 212 A A
120 248 A A 120 248 A A
20 68 A A A A A A A 20 68 A A A A
40 104 A A A A A A A 40 104 B A
Boron Butyl Carbitol
60 140 A A A A A A 60 140 C A
Trichloride CH2CH2OC4H9
80 176 A A A A O CH CH OH 80 176
BCl3 100 212 A A 2 2 100 212
120 248 A 120 248
20 68 A A X A A 20 68 A A X X
40 104 A A A A 40 104 A A
Butyl
Bromic Acid 60 140 A A 60 140 B A
Pure Cellosolve Pure
HBrO3 80 176 A A 80 176 C A
A A C4H9O(CH2)2OH
100 212 100 212 X
120 248 B A 120 248
20 68 B X A A A X X 20 68 X X X A A
40 104 C A A A 40 104 A A
60 140 A A A Butyl Chloride 60 140 A A
Bromine Vapor 25
80 176 A A CH3(CH2)3Cl 80 176 A A
100 212 B A 100 212 A A
120 248 B A 120 248 A A
20 68 A C C A A A X X 20 68 A A A A A A A
40 104 B X A A A 40 104 B A A A A A A
Bromine
60 140 A A Butyn Diol 60 140 A A A A A A
Solution Satu
80 176 A A HOCl2 CCH2OH 80 176 A A
(Aqueous)
100 212 B A 100 212 A
120 248 B A 120 248 A
20 68 A A A A A X B 20 68 X X C A A X X B
40 104 A A A A A C 40 104 A A
Butadiene 60 140 A A A A Butyl Ether 60 140 C A
Gas
CH2=CHCH=CH2 80 176 A A C4H9OC4H9 80 176 X
100 212 A A 100 212
120 248 A A 120 248
20 68 A A A A A A X A 20 68 A A
40 104 A A A A A A B 40 104 A A
Butyl
Butane 60 140 A A A A A A 60 140 A A
Gas Mercaptan Pure
CH3(CH2)2CH3 80 176 A A A A A 80 176 A A
CH3(CH2)3SH
100 212 A 100 212
120 248 A 120 248
20 68 C C C A A X B X 20 68 C C A A A C X X
40 104 X X X B A C Butyl Phenol 40 104 B A A
Butyl Acetate 60 140 X A X OH 60 140 A A
Pure
CH3COOC4H9 80 176 80 176 A
100 212 C(CH3)3 100 212 A
120 248 120 248 A
20 68 X X X A A X A X 20 68 A A A B B X
40 104 B A A 40 104 A B A B
Butyl Acrylate 60 140 C A Butyl Phthalate 60 140 A C X
Pure
CH2=CHCOOC4H9 80 176 X C6H4(COOC4H9)COOH 80 176 X
100 212 100 212
120 248 120 248
20 68 A A A A A A A B 20 68 A A A C A
40 104 A A A A A B A B 40 104 A A A B
Butyl Alcohol 60 140 B A A A A C A B Butyl Stearate 60 140 A A A C
Pure Pure
C4H9OH 80 176 B A A A A C17H35COOC4H9 80 176 A A
100 212 A A 100 212 A
120 248 A A 120 248 A
20 68 X X X B A A X A 20 68 A A A
40 104 X A 40 104 A A A
Butyl Amine 60 140 A Butylene 60 140 A A A
Satu
C4H9NH2 80 176 CH3CH2CH=CH2 80 176 A A B
100 212 100 212 A A
120 248 120 248 A A

Chemicals: Butyic Acid - Casein

Chemical Chemical

ºC ºF ºC ºF
20 68 B B A A A B B X 20 68 A A A A A A A A
40 104 A A A C 40 104 A A A A A A A A
Calcium
Butyric Acid 60 140 A A A X 60 140 A A A A A A A A
Pure Sulfate Satu
CH3 CH2CH2COOH 80 176 A A A 80 176 A A A A A A B
A A CaSO4 A A A
100 212 100 212
120 248 B A 120 248 A A
20 68 A A 20 68 A A A A A A A A
40 104 A A 40 104 A A A A A A A A
Calcium
Caffeine 60 140 A A 60 140 A A A A A A A A
Sulfide Satu
Citrate 80 176 A A 80 176 A A A A A B
CaS
100 212 A 100 212 A A A
120 248 A 120 248 A A
20 68 A A A A A A A A 20 68 A A
40 104 A A A A A A A A 40 104 A A
Calcium A A A A A A A A
60 140 Caprylic Acid 60 140 A A
Acetate Satu Pure
80 176 B B A A A A CH3 (CH2 )6COOH 80 176 A A
Ca(CH3COO)2 100 212 A A 100 212 A A
120 248 B A 120 248 A A
20 68 A A A A A A A A 20 68 A A A A A A
Calcium
40 104 A A A A A A A A 40 104 B B A B C
Bisulfite
60 140 A A A A A Carbitol 60 140 C A C
(Calcium hydrogen 80 176 A A A A C2H5(OCH2.CH2)2OH 80 176 A
sulfite) 100 212 A A 100 212 A
Ca2(HCO3)2 120 248 120 248
Calcium Carbon
Bromide Dioxide Gas Wet
80 176 A A 80 176 A A A A A A B
CaBr2 CO2
100 212 A A 100 212 A A A
120 248 120 248 A A A
Calcium Carbon
Carbonate Satu Dioxide Gas Dry
80 176 A A A A A 80 176 A A A A A A A
CaCO3 CO2
100 212 A A A 100 212 A A A
120 248 A A A 120 248 A A A
20 68 A A A A A A A C 20 68 C C X A A A X C
40 104 A A A A A A A 40 104 C C A B C
Calcium Carbon
60 140 A A A A A A A 60 140 X X A C X
Chlorate Satu Disulfide Pure
80 176 A A A A 80 176 A X
Ca(CIO3)2 CS2
100 212 A A 100 212 A
120 248 A A 120 248
Calcium Carbon
Chloride Satu Monoxide Gas
80 176 A A A A A A B 80 176 A A A A A A B
CaCl2 CO
100 212 A A A 100 212 A A A
120 248 A A 120 248 A A
20 68 A A A A A A A A 20 68 C C X A A B X X
40 104 A A A A A A A A 40 104 X X A A
Calcium Carbon
60 140 A A A A A A A A 60 140 A A
Hydroxide Satu Tetrachloride Pure
80 176 B A A A A A C 80 176 A A
Ca(OH)2 CCl4
100 212 B A A A 100 212 A A
120 248 A A 120 248 A
20 68 A A A A A A B C 20 68 A A A A A A A A
40 104 A A A A A A B 40 104 A A A A A A A A
Calcium
60 140 B B B A A A C Carbonic Acid 60 140 A A A A A A A A
Hypochlorite Satu Satu
80 176 C C A A B C H2CO3 80 176 B B A A A A B
Ca(ClO)2
100 212 B A C 100 212 A A B
120 248 120 248 A A
20 68 A A A A A A A A 20 68 A A A A A
40 104 A A A A A A A A 40 104 A A A A A
Calcium
60 140 A A A A A A A A 60 140 A A A A A
Nitrate Casein
80 176 A A A A A A A 80 176 A A A A
Ca(NO3)2
100 212 A A A 100 212 A A
120 248 A A 120 248 A A

Chemicals: Castor Oil - Copper Chloride
*Special Viton FPM-C required. Consult Chemline.

Chemical Chemical

ºC ºF ºC ºF
20 68 A A A A A A A A 20 68 A A X A A A B X
40 104 A A A A A A A A 40 104 A A A A B C
60 140 A A A A A A A A Chromic Acid 60 140 A B A A B X
Castor Oil Pure Anhydride 10
80 176 A A A A 80 176 C A A B
100 212 A A CrO3 100 212 A A X
120 248 A A 120 248
20 68 A X A A A A C 20 68 A A X A A B B X
40 104 A A A A 40 104 A B A A B X
Chromic Acid
Chloric Acid 60 140 B A A 60 140 B C A A B
20 Anhydride 20
HClO3 80 176 A A 80 176 A A C
CrO3
100 212 100 212 A A X
120 248 120 248
20 68 A A C A A A 20 68 C C X A A X X X
40 104 A B X A A 40 104 X X A A
Chlorine Chromic Acid
8 60 140 B B A A 60 140 A A
Dioxide Anhydride 30
gm/li 80 176 A A 80 176 B A
ClO2 CrO3
100 212 A A 100 212 C A
120 248 A 120 248
20 68 A A C A A A* 20 68 C C X A A X X X
40 104 A B X A A 40 104 X X A A
Chlorine Chromic Acid
14 60 140 B B A A 60 140 A A
Dioxide Anhydride 50
gm/li 80 176 A 80 176 B A
ClO2 CrO3
100 212 A 100 212 A
120 248 A 120 248
20 68 A A X A A X X X 20 68 A A A A A A A A
40 104 A B A A 40 104 A A A A A A A A
Chromic
Chlorine Gas ** 60 140 B C A A 60 140 A A A A A A A A
Potassium Alum Satu
Cl2 Wet 80 176 A A 80 176 A A A A B B
KCr(SO4)2
100 212 A A 100 212 A A A
120 248 A A 120 248 B
20 68 A A X A A B B X 20 68 A A A A A A A A
Chlorine Gas Citric Acid
40 104 A A A A C X 40 104 A A A A A A A A
(up to CH2COOH
60 140 A A A A X 60 140 B B A A A A A A
150 ppm Dry 10
80 176 A A CH2COOH 80 176 B A A A A A A
moisture)
100 212 A A 100 212 A A A
Cl2 CH2COOH
120 248 A A 120 248
20 68 A A C A A C B X 20 68 A A A A A A B A
Chlorine 40 104 A B X A A X C 40 104 A A A A A A B A
Solution 400 60 140 B B A A 60 140 A A A A A A
Coconut Oil
(Chlorinated ppm 80 176 A A 80 176 A A A A
Water) 100 212 A A 100 212 A A
120 248 A A 120 248 A A
20 68 A A X A A X 20 68 A A A A A A A A
Chlorine 40 104 A A A A 40 104 A A A A
Copper
Solution 3000 60 140 60 140 A A A
Acetate Satu
(Chlorinated ppm 80 176 80 176 A A
Cu(CH3COO)2
Water) 100 212 100 212 A A
120 248 120 248 A
20 68 X X B A A B X X 20 68 A A A A A A A A
Chlorobenzene 40 104 C A A 40 104 A A A
Copper
(Monochloro- 60 140 A A 60 140 A A A
Pure Borofluoride
benzene) 80 176 B A 80 176 A A A
Cu(BF4)2
C6H5Cl 100 212 B A 100 212 A A
120 248 120 248 A A
20 68 X X C A A B X X 20 68 A A A A A A A A
Chloroform 40 104 X A A 40 104 A A A
Copper
(Trichloro- 60 140 B A 60 140 A A
Pure Carbonate Satu
methane) 80 176 C A 80 176 A A
Cu2CO3
CHCl3 100 212 X A 100 212 A A
120 248 120 248 A A
20 68 X X X C A X X X 20 68 A A A A A A A A
40 104 X A 40 104 A A A A A A A A
Chloro- Copper
60 140 A 60 140 A A A A A A A A
sulfonic Acid Pure Chloride Satu
80 176 A 80 176 A A A A A A A
HSO3Cl CuCl2
100 212 100 212 A A A
120 248 120 248 A A
©Chemline Plastics Limited 2001 **DV Series and Type 14 Diaphragm Valves with PVDF Gas Barriers are always recommended for Wet Chlorine gas. PVC or
CPVC material bodies are recommended for maximum 21 psi services Consult Chemline on all chlorine gas applications

Chemicals: Copper Cyanide - Dextrose

Chemical Chemical

ºC ºF ºC ºF
20 68 A A A A A A A A 20 68 A A A A
40 104 A A A 40 104
Copper
60 140 A A A Cupric Bromide 60 140
Cyanide Satu
80 176 B A A CuBr2 80 176
CuCN
100 212 B A 100 212
120 248 C 120 248
Copper Cupric
60 140 B B B A A 60 140 A A A A A A A
Fluoride Satu Fluoride Satu
80 176 A A 80 176 B A A
CuF CuF2
100 212 A A 100 212 A A
120 248 B 120 248 A A
Cuprous
Copper Nitrate 60 140 B B A A A A A A 60 140 A A A A A A A A
Chloride Satu
Cu(NO3)2 80 176 B A A A A B 80 176 A A A A A A A
CuCl
100 212 A A A 100 212 A A A
120 248 A A 120 248 A A
20 68 A A A A A A A A 20 68 X X C A A A X B
40 104 A A A A A A A A 40 104 X A A A
Copper Sulfate 60 140 A A A A A A A A Cyclohexane 60 140 A A
Satu Pure
CuSO4 80 176 A A A A A A A C6H 12 80 176 A A
100 212 A A A 100 212 A A
120 248 A A 120 248 A A
20 68 A A A A A A B A 20 68 X X A A A A B C
40 104 A A A A A A B A 40 104 B A A A
60 140 A A A A A A A Cyclohexanol 60 140 C A A
Corn Oil Pure
80 176 A A C6H 11OH 80 176 X B A
100 212 A A 100 212 C A
120 248 A A 120 248
20 68 A A A A A A A A 20 68 X X B A A X C X
40 104 A A A A A A A A 40 104 C A A
60 140 A A A A A A A A Cyclohexanone 60 140 X B A
Corn Syrup Pure
80 176 A A A A A A B C6H 10O 80 176 A
100 212 A A A 100 212 A
120 248 A A 120 248
20 68 A A A A A A A A 20 68 X A A A X X
40 104 A A A A A A B A 40 104 A A
Cottonseed 60 140 A A A A A A B A Decalin 60 140 A A
Pure
Oil 80 176 B A A B C A C10H18 80 176 A A
100 212 A A B 100 212 A
120 248 A A 120 248 A
20 68 X X A A A A X A 20 68 A A X X
40 104 A A 40 104 A A
60 140 A A Decane 60 140 A A
Creosote Pure
80 176 A CH3(CH2)8CH3 80 176 A A
100 212 A 100 212 A
120 248 A 120 248 A
20 68 C X A A A A X X 20 68 A A A A A
40 104 B A A A DEHPA (Dl-2- 40 104 A A A A A
Cresol 60 140 B A B Ethyl Hexyl 60 140
Pure
C6H4(CH3)OH 80 176 B A Phosphoric 80 176
100 212 C A Acid) 100 212
120 248 120 248
20 68 X A A A A B C 20 68 A A A A A A A A
40 104 A A 40 104 A A A A A A A A
Croton
60 140 B A Dextrine 60 140 A A A A A A A A
Aldehyde Pure Satu
80 176 B A (C6H12O5)n 80 176 A A A A A B
CH3CH=CH .CHO
100 212 C A 100 212 A A A
120 248 120 248 A A
20 68 B B A A A 20 68 A A A A A A A A
40 104 B B A A A 40 104 A A A A A A A A
Dextrose
Cryolite 60 140 B C A A A 60 140 A A A A A A A A
(Glucose)
Na3AIF6 80 176 A A A 80 176 A A A A A A A
C6H 12O6
100 212 A A 100 212 A A A
120 248 A A 120 248 A A

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