137 Liquid Handling
Reagents
501
520
525
530
Reagents
501
520
525
530
Acetaldehyde (Ethanal)
A
A
Boric acid
A
A
Acetic acid 96%
A
B/2
Bromine
B/2
B/2
C/4
C/2/4
Acetic acid 100% (glacial)
A
A
B/4
B/2/4
Bromobenzene
B/4
B/4
Acetic anhydride
B/4
B/4
B/4
B/4
Bromonaphtalene
A
A
Acetone (Propanone)
A
B/4
B/4
B/4
Butanediol
B/1
A
Acetonitrile (MECN)
A
A
B/4
B/4
Butanol
A
A
A
A
Acetophenone
B/4
B/2/4
Butanone (MEK)
A
B/4
B/4
B/4
Acetyl Chloride
B/4
B/2/4
Butyl acetate
A
A
B/4
B/4
Acetylacetone
A
A
Butyl acrylate
A
A
Acrylic acid
A
A
Butyl methyl ether
B/4
B/4
Acrylonitrile
B/4
B/4
Butylamine
B/4
B/4
Adipic acid
C/1
A
Butyric acid
B/4
B/4
Allyl alcohol
A
A
Calcium carbonate
C/1
B/1
Aluminum chloride
C/1
A
Calcium chloride
B/1
A
C/1
A
Amino acids
C/1
A
Calcium hydroxide
C/1
B/1
Ammonia 20%
B/4
B/4
Calcium hypochlorite
C/1
B/1
Ammonia 20-30%
B/4
B/4
Carbon disulfide
A
A
B/4
B/4
Ammonium chloride
C/1
A
Carbon tetrachloride
A
A
B/4
B/4
Ammonium fluoride
C/1
A
Chlorine dioxide
B/4
B/2/4
Ammonium hydroxide
A
A
Chlorine water
C/2/4
B/2/4
Ammonium molybdate
A
A
C/1
A
Chloro naphthalene
B/4
B/4
Ammonium sulfate
C/1
A
Chloroacetaldehyde 45%
B/1
A
Amyl alcohol (Pentanol)
A
A
Chloroacetic acid
B/1
A
Amyl chloride (Chloropentane)
B/4
B/2/4
Chloroacetone
B/4
B/4
Aniline
A
A
A
A
Chlorobenzene
A
A
B/4
B/4
Antimony trichloride
B/2
A
Chlorobutane
A
A
B/4
B/4
Ascorbic acid
A
A
C/1
A
Chloroethanol
A
A
B/4
B/4
n-Amyl acetate
B/4
B/4
Chloroform
B/4
B/4
B/4
B/4
Barium chloride
C/1
A
Nitro-hydrochloric acid (Aqua regia)
B/4
B/2/4
Benzaldehyde
A
A
A
A
Chloronitric acid 100%
B/2/3
B/3
Benzene
A
B/4
B/4
B/4
Chlorosulfuric acid
B/4
B/4
Benzine
A
A
Chlorosulfuric acid 100%
B/2/3
B/3
B/3/4
B/3/4
Benzoyl chloride
B/4
B/4
Chromic acid 100%
B/2/3
B/3
B/3/4
B/3/4
Benzyl alcohol
A
A
Chromosulfuric acid 100%
A
A
C/1/3/4 B/2/3/4
Benzyl chloride
B/4
B/4
Citric acid
B/1
A
Copper fluoride
A
A
C/1
B/1
Bis(2-ethylhexyl) phthalate
A
B/4
B/4
B/4
Copper sulfate
C/1
A
Boric acid 10%
B/1
A
A = Good resistance B = Acceptable with limitations C = Not recommended Code explanations (501 / 520)
1 = Possible crystallisation - blockage or possible coating peeling (do not let dry plunger/barrel together). 2 = Swell of plunger protection layer, possible peeling. 3 = Acid vapours (better resistance with lower concentration). Do not leave instrument on bottle. 4 = R isk of damage, softening or discoloration of external parts through vapours. Do not leave instrument on bottle. 5 = Chemical degradation of glass parts (plunger/barrel). 1 = Possible crystallisation - blockage (do not let dry plunger/barrel together). 2 = Swell of plunger protection layer, possible peeling. 3 = Acid vapours (better resistance with lower concentration). Do not leave instrument on bottle. 4 = Risk of softening or discoloration of external parts through vapours. Do not leave instrument on bottle. 5 = Chemical degradation of glass parts (plunger/barrel).
A = Good resistance B = Acceptable with limitations C = Not recommended Code explanations (525 / 530)
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