Autoclavable Bottle-top Dispenser

Cat. No	Volume range(mL)	Increment(mL)	Accuracy(%)	Precision(%)	Thread	Attached adapters
00-DPX2-20	0.2～2.0	0.05	±0.5	≦0.1	GL-45	GL-28 GL-32 GL-38
00-DPX2-50	0.5～5.0	0.1	±0.5	≦0.1
00-DPX2-100	1.0～10.0	0.2	±0.5	≦0.1
00-DPX2-250	2.5～25.0	0.5	±0.5	≦0.1
00-DPX2-500	5.0～50.0	1	±0.5	≦0.1
00-DPX2-1000	10.0～100.0	2	±0.5	≦0.1

Chemical Resistance of DPX2

Chemical resistance of DISPET EXII is only applied for the wetted parts.
General chemical resistant list is referred to the appendix.

The wetted parts are made of Borosilicate glass, Ceramic, ETFE, FEP, PFA, PTFE,
Platinum-Iridium, PP.

Following reagents which attacking those wetted parts cannot be applied. Asterisk(*) was
indicated for attention.

Liquids attacking Ceramic, ETFE, FEP, PFA and PTFE. (e. g., dissolved sodium azide)
Liquids attacking Borosilicate glass. (e. g., hydrofluoric acid)
Liquids which are decomposed catalytically by Platinum-Iridium. (e. g., H2O2)
Nitric acid> 60％
Tetrahydrofuran
Trifluoroacetic acid
Explosibility liquid (e. g., carbon disulfide)
Suspension (e. g., charcoal)
Liquids attacking PP. (closure cap)
Inflammable media
* Dissolved sodium azide permitted up to a concentration of max. 0.1%.
*Liquids, which form deposits may make the piston difficult to move or may cause jamming.
(e.g., crystallizing solutions or concentrated alkaline solutions)

Chemical Resistance of DPX2

O	Acetaldehyde
O	Acetic acid. ≤ 96 %
O	Acetone
O	Acetonitrile
O	Acetylacetone
O	Acrylic acid
O	Acrylonitrile
O	Adipic acid
O	Allyl alcohol
	Aluminium chloride
O	Amino acids
	Ammonia solution, ≤ 20 %
	Ammonium chloride
	Ammonium fluoride
	Ammonium hydroxide, ≤ 20 %
	Ammonium sulphate
O	Amyl acetate
O	Amyl alcohol (pentanol)
O	Amyl chloride (chloropentane)
O	Aniline
	Barium chloride
O	Benzaldehyde
O	Benzene
O	Benzoyl chloride
O	Benzyl alcohol
O	Benzyl chloride
O	Benzylamine
	Boric acid, ≤10 %
O	Bromobenzene
O	Bromonaphthalene
O	Butanediol
O	1-Butanol
O	n-Butyl acetate
O	Butyl methyl ether
O	Butylamine
O	Butyric acid
	Calcium carbonate
	Calcium chloride
	Calcium hydroxide
	Calcium hypochlorite
O	Chloroacetaldehyde, ≤ 45 %
O	Chloroacetic acid
O	Chloroacetone
O	Chlorobenzene
O	Chlorobutane
O	Chloronaphthalene
	Chromic acid, ≤ 50 %
	Chromic-sulphuric acid

	Copper sulphate
O	m-Cresol
O	Cumene (isopropylbenzene)
O	Cyclohexanone
O	Decane
O	1-Decanol
O	Di(ethylene glycol)
O	Dibenzyl ether
O	Dichlorobenzene
O	Dichloroethane
O	Dichloromethane
O	Diethanolamine
O	Diethyl ether
O	Diethylamine
O	1,2 Diethylbenzene
O	Dimethyl sulphoxide (DMSO)
O	Dimethylaniline
O	Dimethylformamide (DMF)
O	1,4 Dioxane
O	Diphenyl ether
O	Ethanol
O	Ethanolamine
O	Ethyl acetate
O	Formaldehyde, ≤ 40 %
O	Formamide
O	Formic acid, ≤ 100 %
O	Gasoline
O	Glacial acetic acid (acetic acid), 100 %
O	Glycerine
O	Glycol (ethylene glycol)
O	Glycolic acid, ≤ 50%
O	Heating oil (Diesel oil)
O	Hexane
O	Hexanoic acid
O	Hexanol
	Iodine / potassium iodide solution
O	Isoamyl alcohol
O	Isobutanol
O	Isopropanol (2-propanol)
O	Isopropyl ether
O	Lactic acid
	Magnesium chloride
	Mercury chloride
O	Methanol
O	Methoxybenzene
O	Methyl benzoate
O	Methyl butyl ether
O	Methyl ethyl ketone

O	Methyl formate
O	Methyl propyl ketone
O	Mineral oil (motor oil)
O	Monochloroacetic acid, 50%
O	Nitrobenzene
O	Octane
O	Oleic acid
O	Oxalic acid
	Perchloric acid
O	Petroleum
O	Phenol
O	Phenylethanol
O	Phenylhydrazine
	Phosphoric acid, ≤ 85%
	Phosphoric acid, 85% + sulphuric acid, 98%,1:1
O	Piperidine
	Potassium chloride
	Potassium dichromate
	Potassium hydroxide
	Potassium permanganate
O	Propanol
O	Propionic acid
O	Propylene glycol (propanediol)
O	Propylene oxide
O	Pyridine
O	Pyruvic acid
O	Salicylaldehyde
O	Salicylic acid
O	Silver acetate
	Silver nitrate
O	Sodium acetate
	Sodium chloride
	Sodium dichromate
	Sodium fluoride
	Sodium hydroxide, ≤ 30%
	Sodium hypochlorite
	Sulphuric acid, ≤ 98%
O	Tartaric acid
O	Tetramethylammonium hydroxide
O	Toluene
O	Turpentine
O	Urea
O	Xylene
	Zinc chloride, ≤ 10 %
	Zinc sulphate, ≤ 10 %
※The meanings of 'O' and no mark in the list is below
O	Organic solutions
	Inorganic solutions

- Storage of the equipment shall not be performed with remaining attached to the reagent bottle.

- Follow instruction in the operating manuals of the instrument and the reagent, and matured operators should handle them.