Ricerca guanti sul codice prodotto: NT-F-06CS
NOME CHIMICO
TEMPO DI ROTTURA (MINUTI)
INDICE DI PROTEZIONE
STANDARD IT
1-methoxy-2-propanol
<10
0
2010X
KMT
1-methoxy-2-propylacetate
<10
0
2010X
KMT
Acetic Acid 99%
>60
3
2010X
KMT
Acetone
>10
1
2010X
KMT
Acetonitrile
<10
0
2010X
KMT
Acrylic acid
>30
2
2010X
KMT
Acrylonitrile
<10
0
2010X
KMT
Allyl alcohol
>10
1
2010X
KMT
Ammonia 10%
>60
3
2010X
KMT
Ammonium Acetate 50%
>480
6
2010X
KMT
Ammonium Chloride 50%
>480
6
2010X
KMT
Ammonium hydroxide 25%
>480
6
2010X
KMT
Ammonium Nitrate 50%
>60
3
2010X
KMT
Benzene
<10
0
2010X
KMT
Benzoyl chloride
<10
0
2010X
KMT
Bisphenol A
>480
6
2010X
KMT
3-Bromopropionic acid
>120
4
2010X
KMT
Butyl acetate
<10
0
2010X
KMT
Butyl alcohol
>30
2
2010X
KMT
Butyl glycol
<10
0
2010X
KMT
Calcium Chloride 50%
>240
5
2010X
KMT
Calcium Hydroxide 50%
>240
5
2010X
KMT
Calcium Hypochlorite
>240
5
2010X
KMT
Calcium Nitrate 50%
>240
5
2010X
KMT
Carbon disulfide
<10
0
2010X
KMT
Carbon Tetra Chloride
>10
1
2010X
KMT
Chloroform-D
>10
1
2010X
KMT
Citric Acid 50%
>480
6
2010X
KMT
Coal tar
<10
0
2010X
KMT
Crude oil
<10
0
2010X
KMT
Cyclo-hexane
<10
0
2010X
KMT
Cyclo-Hexanol
>240
5
2010X
KMT
Cyclohexanone
<10
0
2010X
KMT
Dibutyl Phtalate
<10
0
2010X
KMT
Diesel Oil
<10
0
2010X
KMT
Diethylamine
<10
0
2010X
KMT
Diethyl ether
<10
0
2010X
KMT
Dimethyl sulfoxide (DMSO)
>120
4
2010X
KMT
Dimethylformamide (DMF)
>30
2
2010X
KMT
Distillate hydrotreated light
<10
0
2010X
KMT
DOP
>480
6
2010X
KMT
Ethanol
>60
3
2010X
KMT
Ethyl acetate
<10
0
2010X
KMT
Ethylamine
<10
0
2010X
KMT
Ethylbenzene
<10
0
2010X
KMT
Ethylene Glycol
>480
6
2010X
KMT
Ethylglycol acetate
<10
0
2010X
KMT
Formaldehyde 30%
>480
6
2010X
KMT
Formic Acid 90%
>60
3
2010X
KMT
Freon 113 (CFC 113)
<10
0
2010X
KMT
Gamma Butyrolcatone
>120
4
2010X
KMT
Gasoline, natural
<10
0
2010X
KMT
Glutaraldehyde 50%
>480
6
2010X
KMT
Glycerol
>480
6
2010X
KMT
Glycol
>480
6
2010X
KMT
Heptane
<10
0
2010X
KMT
Hexamethyldisilazane
>10
1
2010X
KMT
Hexane
<10
0
2010X
KMT
Hydrochloric Acid (30%)
>120
4
2010X
KMT
Hydrofluoric Acid (14%)
>480
6
2010X
KMT
Hydrogen Peroxide 31%
>480
6
2010X
KMT
Iso-Octane
>10
1
2010X
KMT
Iso-Propanol
>60
3
2010X
KMT
Isophorone
<10
0
2010X
KMT
Kerosene
>60
3
2010X
KMT
Maleic acid
>480
6
2010X
KMT
Methanol
>30
2
2010X
KMT
Methylene Chloride (DCM)
<10
0
2010X
KMT
Methylethylketone (MEK)
<10
0
2010X
KMT
Methyl Isobutyl Ketone
<10
0
2010X
KMT
Methyl acrylate
<10
0
2010X
KMT
Methylamine 40%
<10
0
2010X
KMT
Methyl Methacrylate
<10
0
2010X
KMT
Methyl-t-butyl ether
<10
0
2010X
KMT
Mineral oil
<10
0
2010X
KMT
Monochlorobenzene
<10
0
2010X
KMT
Monoethanolamine
>480
6
2010X
KMT
Naptha VM&P
<10
0
2010X
KMT
Naptha desulfurize heavy
<10
0
2010X
KMT
Naptha hydrotreated light
<10
0
2010X
KMT
Nitric Acid 20%
>480
6
2010X
KMT
Nitrobenzene
<10
0
2010X
KMT
N-methyl-2-pyrolidone
<10
0
2010X
KMT
Octane
>10
1
2010X
KMT
Oleic Acid
>480
6
2010X
KMT
Oxalic Acid (Pure)
>480
6
2010X
KMT
Paraffin oil
>480
6
2010X
KMT
Peracetic acid 39%
>10
1
2010X
KMT
Perchloroethylene
<10
0
2010X
KMT
Perchloric Acid (70%)
>240
5
2010X
KMT
Phenol
>30
2
2010X
KMT
Phosphoric Acid (85%)
>480
6
2010X
KMT
Propanol
>30
2
2010X
KMT
Propionitrile
<10
0
2010X
KMT
Propylacetate
<10
0
2010X
KMT
Propylene glycol
>480
6
2010X
KMT
Potassium Nitrate 50%
>60
3
2010X
KMT
Potassium Phosphate 50%
>480
6
2010X
KMT
Pinerazine aq solution
>480
6
2010X
KMT
Pyridine
<10
0
2010X
KMT
Sodium Carbonate
>480
6
2010X
KMT
Sodium Nitrate 50%
>60
3
2010X
KMT
Sodium Sulphate 50%
>480
6
2010X
KMT
Sodium Hydroxide 40%
>480
6
2010X
KMT
Sodium Hypochlorite 10%
>120
4
2010X
KMT
Sodium Phosphate
>480
6
2010X
KMT
Stoddord solvent
<10
0
2010X
KMT
Styrene
<10
0
2010X
KMT
Sulphuric Acid 96%
>30
2
2010X
KMT
Tetrahydrothiophene
<10
0
2010X
KMT
Tetrahydrofuran (THF)
<10
0
2010X
KMT
Thionylchloride
<10
0
2010X
KMT
Toluene
<10
0
2010X
KMT
Trichloroethylene
<10
0
2010X
KMT
Tricresyl phosphate
>480
6
2010X
KMT
Triethanolamine
>480
6
2010X
KMT
Triethylamine
<10
0
2010X
KMT
White spirit/ mineral spirit
>10
1
2010X
KMT
Xylene
<10
0
2010X
KMT
Disclaimer:
I dati dei test chimici e la valutazione complessiva della protezione chimica non devono essere utilizzati come base assoluta per la selezione dei guanti. Le effettive condizioni d'uso possono variare le prestazioni dei guanti rispetto alle condizioni controllate dei test di laboratorio. Anche fattori diversi dal tempo di contatto chimico, come concentrazione e temperatura, spessore del guanto e riutilizzo del guanto, possono influire sulle prestazioni. Anche altri requisiti di guanti, come lunghezza, destrezza, resistenza al taglio, all'abrasione, alla perforazione e allo strappo o la presa del guanto, devono essere considerati nella scelta finale.