Antifreeze MY
CONCENTRATED
Aspect clear, fluorescent, yellow liquid
Density at 150C, g/cm3 1.11 - 1.145
Refractive index (n20D) ³ 1.430
Ash content at 800 0C % £ 3
Boiling point °C ³ 155
Reserve alkalinity ml 24 ± 2
Enamel action none
pH
- mixture 35/65 7 - 8
- mixture 50/50 7 - 8
Freezing point °C
- mixture 35/65, in volume £ -18
- mixture 50/50, in volume £ -35
Colouring stability -
Stability of concentrated solution
after 72 ± 2 h at 55 ± 2 °C clear, without sediments,
without beddings
Stability of a product diluted 50/50
after 24 ± 1 h at 23 ± 2 °C -
Behaviour at corrosion
effect on metals (variation in weight) mg
copper - 5 ¸ + 5
welding - 5 ¸ + 5
brass - 5 ¸ + 5
steel - 2.5 ¸ + 2.5
cast iron - 4 ¸ + 4
aluminum -10 ¸ + 10
effect on liquid after testing for corrosion
pH value 7 - 8
reserve of alkalinity ml ³ 20
aspect ithout changes in colour,
beddings or gelatinization
Effect on rubber maintained
in liquid 50/50
for 7 days, at 115 °C
variation in volume
EPDM mixture % - 1 ¸ + 10
Silicon mixture % - 1 ¸ + 10
NBR mixture % - 1 ¸ + 10
Corrosion - erosion of the aluminum
There are not admitted punctually corrosions or
pump cavity cavities; min. level 8
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Antifreeze MY
DILUTED 1:1
Aspect clear, fluorescent, yellow liquid
Density at 15°C, g/cm3 1.07 - 1.08
Refractive index (n20D) ³ 1.388
Ash content at 800 °C % £ 1.6
Boiling point °C ³ 107
Reserve alkalinity ml 12 ± 2
Enamel action none
pH
- mixture 35/65 -
- mixture 50/50 -
Freezing point °C
- mixture 35/65, in volume £ -18
- mixture 50/50, in volume £ -35
Colouring stability without changes
Stability of concentrated solution
after 72 ± 2 h at 55 ± 2 °C -
Stability of a product diluted 50/50
after 24 ± 1 h at 23 ± 2 °C
clear, without sediments, without beddings
Behaviour at corrosion
effect on metals (variation in weight) mg
copper - 5 ¸ + 5
welding - 5 ¸ + 5
brass - 5 ¸ + 5
steel - 2.5 ¸ + 2.5
cast iron - 4 ¸ + 4
aluminum -10 ¸ + 10
effect on liquid after testing for corrosion
pH value 7 - 8
reserve of alkalinity ml ³ 9.5
aspect without changes in colour,
beddings or gelatinization
Effect on rubber maintained
in liquid 50/50
for 7 days, at 115 °C
variation in volume
EPDM mixture % - 1 ¸ + 10
Silicon mixture % - 1 ¸ + 10
NBR mixture % - 1 ¸ + 10
Corrosion - erosion of the aluminum
There are not admitted punctually corrosions or
pump cavity cavities; min. level 8
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DISTILLED WATER
- for accumulators -
Aspect clear liquid without
macroscopic impurities
Electric conductivity, ?S/cm max. 1.5
Silicon dioxide, mg/l max. 0.3
Iron (Fe), mg/l max. 0.05
Uses: for car accumulators in technological purposes
Packing: polyethylene bottles with net content of 1 kg
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DILUTER 506 M
Aspect clear liquid without impurities
Relative density (d204) 0.84 - 0.87
Acidity index (ml KOH 0.1 N/100 ml) max. 3.0
Distillation range (min. 96 % vol.) °C 80.0 - 142.0
Uses: dilution of enamels, series no 5001
Packing: metallic iron barrels with net content of 200 kg
glass bottles with net content of 1 L
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D-CEL DILUTER
Density at 20ºC g/ml 0.855 - 0.858
STAS 35 - 81
Distillation limit (min. 95% vol.) ºC 85 - 125
SR ISO 918 - 94
Flammability point ºC 14 - 16
STAS 32 - 80
Packing: metallic cans with net content of 1 litter
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PROTEROM 20
Aspect slightly yellowish or blue, clear liquid without sediments
Density at 20 °C g/cm3 0.990 - 1.120
Boiling point °C 190
Flash point °C, min. 160
Kinematic viscosity cSt
- at 50 °C 80 - 240
- at 100 °C 18 - 38
pH 7 - 11
Water % max. 0.5
Behaviour at corrosion
- losses of metal by corrosion in 24 h, mmg/cm2 % max. ± 0.1
steel OLC 35
aluminum alloy 12 MgFe
cast iron Fe 200
brass CuZn 15
copper Cu 99.0
Effect on rubber gaskets according to STAS 8427 - type I
variation in exterior diameter
at 120 °C, after 70 h % max. 0 - 5
variation in volume
at 120 °C, after 70 h % max. 0 - 10
Brake fluid miscibility 50/50 homogeneous, clear liquid
without sediments
Uses: protective action for braking systems
Packing: sheet iron barrels with net content of 200 L
PVC canisters with net content of 60 L
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SULFURIC ACID 32%, TYPE C
For accumulators
H2SO4 MW - 98.08
Relative density (at 25°C) 1.24 + 0.01
Assay (H2SO4) % 31 - 34
Residue on ignition % max. 0.025
Natrium Dioxide (SO2) % max. 0.008
Iron (Fe) % max. 0.008
Manganese (Mn) % max. 0.001
Copper (Cu) % max. 0.001
Heavy metals % max. 0.001
Oxidable substances cm3 KmnO4 0.01N
at 20 ml sulfuric acid max. 4
Packing: polyethylene canisters of 60 l capacity.
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SULFURIC ACID 40%, TYPE A
For accumulators
H2SO4 MW - 98.08
Relative density (at 25°C) 1.28 + 0.01
Assay (H2SO4) % 37 - 40
Residue on ignition % max. 0.025
Natrium Dioxide (SO2) % max. 0.008
Iron (Fe) % max. 0.008
Manganese (Mn) % max. 0.001
Copper (Cu) % max. 0.001
Heavy metals (Pb) % max. 0.001
Oxidable substances cm3 KmnO4 0.01N
at 20 ml sulfuric acid max. 4
Packing: polyethylene canisters of 60 l capacity.
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SULFURIC ACID 56%, TYPE B
For accumulators
H2SO4 MW - 98.08
Aspect oleous, colourless liqiud,
strongly corrosive
Relative density (d420) 1.450
Assay (H2SO4 monohydrate) % min. 56
Residue on ignition % max. 0.025
Natrium Dioxide (SO2) % max. 0.008
Chloride (Cl) % max. 0.0001
Iron (Fe) % max. 0.004
Arsenic (As) % max. 0.00005
Manganese (Mn) % max. 0.0001
Copper (Cu) % max. 0.0002
Heavy metals (without Fe and Pb) % max. 0.0004
Platinium metals lack, passes test
Ammonia (NH4) % max. 0.0004
Nitrogen oxides % max. 0.0002
Oxidable substances cm3 KmnO4 0.01N
at 20 ml sulfuric acid max. 4
Packing: polyethylene canisters of 60 l capacity
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PHOSPHATES
di-SODIUM HYDROGEN PHOSPHATE
- technical -
Na2HPO4·12H2O MW - 358.15
Type I Type II
Assay (Na2HPO4·12H2O) % min. 97.0 94.0
Assay (P2O5) % min. 19.2 18.6
Sulfate (SO4) % max. 0.4 0.6
Chloride (Cl) % max. 0.05 -
Arsenic (As) % max. 0.0002 0.0003
Heavy metals (Pb) % max. 0.003 0.003
Iron (Fe) % max. 0.003 -
Water insoluble matter % max. 0.04 -
pH (1% aqueous solution) 8.8 - 9.8 8.8 - 9.8
Uses: detergents industry
drugs industry
food industry
Packing: polyethylene bags introduced in
paper bags with net content of 25 kg
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SODIUM DIHYDROGEN PHOSPHATE
- crystallized technical grade -
NaH2PO4·2H2O MW - 156.005
Assay (P2O5) % min. 42.0
Aspect crystals
Colour white
Uses: for neutralization of calcium carbonate in
filling materials plant
Packing: polyethylene bags or polyethylene introduced in
paper bags with net content of 25 kg
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Tri-SODIUM PHOSPHATE
- technical -
Na3PO4 MW - 380.16
Assay (Na3PO4) % min. 40.9
Assay (P2O5) % max. 17.7
Sulfate (SO4) % max. 0.2
Chloride (Cl) % max. 0.2
Uses: detergents industry
pretreatment of products made of wood or cotton for bleaching and
dyeing processes removing the water hardness
Packing: polyethylene bags introduced in paper bags
with net content of 25 kg
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HYDROCHLORIC ACID 30% D
HCl MW - 36.46
Assay (HCl) % min. 30
Sulfate (SO4) % max. 0.02
Iron (Fe) % max. 0.005
Lead (Pb) % max. 0.005
Free chloride % max. 0.001
Uses: as pickling agent
Packing: polyethylene canisters with net content of 60 kg
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PHOSPHORIC ACID 85%, technical
H3PO4 MW - 98,06
Aspect clear liquid, light yellow color
Assay % min 85
Chloride (Cl) % max 0,008
Sulfates (SO4) % max 0,3
Iron (Fe) % max 0,003
Packing: polyethylene canisters with capacity of 60 l.
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PHOSPHOROUS ACID 70 %
- technical -
H3PO3 MW - 82.00
Aspect clear liquid
Assay H3PO3 % min. 70 ± 2
Chloride (Cl) % max. 2
Uses: in construction materials industry
in industrial synthesis of phosphites
Packing: polyethylene canisters with net content of 60 kg
polyethylene casks with net content of 200 L
auto tanks plated with polyethylene or glass fiber
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SULFURIC ACID 92%
- technical -
H2SO4 MW - 98,06
Aspect oleous liquid, colourless,strongly corrosive
Assay (H2SO4) % min 92
Density g/cm3 1.825
Iron (Fe) % max 0.015
Packing: polyethylene canisters with capacity of 60 l.
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PHOSPHATING SOLUTIONS BASED ON [Zn(H2PO4)2]
- type I -
Aspect clear, yellow
greenish liquid
Density (200C) g/cm3 1.38-1.44
Phosphoric acid (H3PO4),g/l min. 310
Total acidity,(ml sol.0.1N NaOH)/ml solution) 50-75
Free acidity (ml sol. 0.1N NaOH)/ml solution) 16-23
Ratio total acidity/free acidity 2.8-3.5
Zinc (Zn), g/l min. 110
Ratio Zn/H3PO4 0.30-0.40
Uses: treatment of metallic surfaces for cool deformation by press
Forming, extrusion, wire’s drawing and cool pipe’s drawing.
Packing: polyethylene canisters with net content of 80 kg
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PHOSPHATING SOLUTIONS BASED ON [Mn(H2PO4)2]
- type III -
Aspect gray, pink, slightly,
opalescent liquid
Density(200C) g/cm3 1.30-1.36
Phosphoric acid(H3PO4),g/l min. 414
Total acidity, (ml sol.1N NaOH)/ml solution) 52-70
Free acidity (ml sol. 1N NaOH)/ml solution) 6-11
Ratio total acidity/free acidity 6.5-8.5
Manganese (Mn), g/l min. 80
Iron (Fe), g/l max. 4
Calcium oxide (CaO), g/l max. 4
Sulfur trioxide soluble in water, g/l max. 4
Ratio H3PO4/Mn 4.6-5.5
Suspensions, g/l max. 6
Uses: for phosphating in order to prevent the stucking of
the metallic parts due
to the corrosion and as support for lubrication
Packing: polyethylene canisters with net content of 80 kg
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PHOSPHATING SOLUTIONS BASED ON [Zn(H2PO4)2]
- type IV -
Aspect clear, light
yellow liquid
Density (20°C) g/cm3 1.60-1.68
Phosphoric acid (H3PO4), g/l min. 600
Total nitric acid (HNO3), g/l min. 185
Total acidity,(ml sol.0.1N NaOH)/ml solution) min. 87-135
Free acidity (ml sol. 0.1N NaOH)/ml solution 27-40
Ratio total acidity/free acidity 2.4-3.7
Zinc (Zn), g/l min. 200
Ratio Zn/H3PO4 min. 0.30-0.37
Uses: treatment of metallic surfaces (iron, steel, cast iron)
before dyeing
Packing: polyethylene canisters with net content of 80 kg
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PHOSPHATING SOLUTIONS BASED ON [Zn(H2PO4)2]
- type VI -
Aspect clear, yellowish liquid
Density (200C) g/cm3 1.48 - 1.60
Phosphoric acid (H3PO4), g/l min. 215
Total nitric acid (HNO3), g/l min. 290
Total acidity,(ml sol.0.1 NaOH)/ml solution) min. 52 - 80
Free acidity (ml sol. 0.1 NaOH)/ml solution) 11.5 -14
Ratio total acidity/free acidity 4.4 - 6.5
Zinc (Zn), g/l min. 162
Ratio Zn/H3PO4 0.70 - 0.87
Uses: treatment of metallic surfaces for cool deformation by press
forming, extrusion, wire’s drawing and cool pipe’s drawing.
Packing: polyethylene canisters with net content of 80 kg
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PHOSPHATING SOLUTIONS BASED ON [Mn(H2PO4)2]
- type IX -
Aspect clear, slightly
greenish liquid
Density(200C) g/cm3 1.30 - 1.40
Phosphoric acid(H3PO4), g/l min. 320
Total nitric acid (HNO3), g/l min. 20
Total acidity,(ml sol.1 NaOH)/ml solution) min. 46 - 57
Free acidity (ml sol. 1 NaOH)/ml solution) 7.5 - 11.5
Ratio total acidity/free acidity 5.0 - 6.3
Nickel (Ni), g/l min. 1.5
Manganese (Mn), g/l min. 80
Iron (Fe), g/l min. 1.0
Ratio Mn/H3PO4 0.20 - 0.28
Ratio H3PO4/total HNO3 10 -18
Uses: for phosphating in order to prevent the stucking of
the metallic parts due
To the corrosion and as support for lubrication
Packing: polyethylene canisters with net content of 80 kg
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PHOSPHATING SOLUTIONS BASED ON [Mn(H2PO4)2]
- type XI A -
Aspect clear, green liquid
Density (200C) g/cm3 1.30 - 1.40
Phosphoric acid (H3PO4), g/l min. 340
Total nitric acid (HNO3), g/l min. 20
Total acidity, (ml sol.1N NaOH)/ml solution) 48 - 54
Free acidity (ml sol. 1N NaOH)/ml solution) 7 - 9
Ratio total acidity/free acidity 6.0 - 6.8
Nickel (Ni), g/l min. 1.5
Manganese (Mn), g/l min. 70
Iron (Fe), g/l min. 1.5
Ratio Mn/H3PO4 0.20 - 0.28
Uses: for phosphating in order to prevent the stucking of
the metallic parts due
to the corrosion and as support for lubrication
Packing: polyethylene canisters with net content of 30 or 80 kg.
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PHOSPHATING SOLUTIONS BASED ON [Mn(H2PO4)2]
- type XI B -
Aspect clear, colourless liquid
Density(200C) g/cm3 1.30 - 1.40
pH 2 - 2.5
Phosphoric acid (H3PO4), g/l min. 10
Manganese (Mn), g/l min. 2
Sodium nitrate (NaNO3), g/l min. 390
Ratio Mn/H3PO4 0.20 - 0.26
Uses: for phosphating in order to prevent the
stucking of the metallic parts due
to the corrosion and as support for lubrication
Packing: polyethylene canisters with net content of 80 kg.
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PHOSPHATING SOLUTIONS Zn-Ni
- type XII E -
Aspect clear, light green liquid
Density (200C) g/cm3 1.55 -1.60
Phosphoric acid(H3PO4), g/l min. 460
Total nitric acid(HNO3), g/l min. 180
Total acidity,(ml sol.0.1 NaOH)/ml solution) min. 85
Free acidity (ml sol. 0.1 NaOH)/ml solution 18 - 22
Zinc (Zn), g/l min. 185
Nickel (Ni), g/l min. 0.5
Uses:treatment of metallic surfaces (iron, steel, cast iron)
before dyeing
Packing: polyethylene canisters with net content of 80 kg
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PHOSPHATING SOLUTIONS BASED ON [Zn(H2PO4)2]
- type XIII -
Aspect clear, light
yellow liquid
Density (200C) g/cm3 1.54 - 1.60
Phosphoric acid(H3PO4), g/l min. 520
Total nitric acid(HNO3), g/l min. 140
Total acidity, (ml sol.0.1 NaOH)/ml solution) min. 87 - 95
Free acidity (ml sol. 0.1 NaOH)/ml solution 16.5 - 17.6
Ratio total acidity/free acidity 5.2 - 5.5
Zinc (Zn), g/l min. 190
Ratio Zn/H3PO4 min. 0.36 - 0.38
Ratio H3PO4/total HNO3 3.5 - 3.8
Uses:treatment of metallic surfaces (iron, steel, cast iron) before dyeing
Packing: polyethylene canisters with net content of 80 kg
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FERRIC CHLORIDE crystallized
- technical -
FeCl3 x 6H2O MW - 270.32
Assay (FeCl3 x 6H2O) % min. 90
Phosphates (PO4) % max. 0.03
Copper (Cu) % max. 0.01
Zinc (Zn) % max. 0.01
Alkalis and alkaline earth metals (Na,K,Ca) % max. 0.3
Packing: polyethylene bags introduced in metallic canisters,
with net content of 25 Kg.
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FERROUS CHLORIDE
solution 20% -
FeCl2 MW - 127
Assay (FeCl2) % min. 20.0 ± 1.0
Chromium (Cr) % max. 0.001
Uses: water treatment
Packing: polyethylene canisters with net content of 60 Kg
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FIRE FOAM GENERATOR
Aspect mixture of powder
and granules
Colour white - gray
Granules size distribution
- particles greater than 2 mm % max. 0.5
- particles within the interval 0.125 - 0.4 mm % max. 50
Foaming coefficient min. 7.5
Foam density, g/l max. 0.1466
Foam adherence passes test
Water volume separated from foam in 45 min.ml max. 50
pH (solution resulted from the foam decomposition) min. 5.5
Extinguishing capacity according to STAS 11959/3
Uses: fixed, semi-fixed or mobile extinguishing installations
Extinguishing of just started fires class A and B,
in accordance with SREN2
Packing: polyethylene bags tied or soldered seamed introduced in
sheet iron canisters, hermetically closed and sealed
Note: The product will not be used for extinguishing the fires at the
electric plants under voltage or those caused lither by polar
solvents or substances which react with water, giving combustible
gases (as: carbide, phosphorous, pentasulfide,
aluminium powder, sodium).
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FIREPROOF SOLUTION FOR WOOD AND WOODEN PRODUCTS
type STP1 -
Aspect viscous liquid suspension
Density, at 20°C g/cm3 1.20 - 1.28
Viscosity s min. 50.0
Uses: fireproof solution for beech and fir wood
treatment of wooden surfaces
before dyeing.
Packing: sheet iron barrels with net content of 200 l.
polyethylene canisters with net content of 50 l.
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FIREPROOF SOLUTION
- SPN -
Aspect colourless, slightly opalescent liquid
Density, at 20°C g/l 1.10 ± 0.005
pH 8.0 - 9.0
Uses: fireproof solution for wooden products.
Packing: metallic barrels with net content of 200 l.
polyethylene canisters with net content of 25 l.
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MIXTURE OF FUNGICIDE, INSECT EXTERMINANT AND FIREPROOF
- SBK -
Copper % min. 12
Boron % min. 5.32
Chromium % min. 7.07
Uses: in wood industry
Packing: polyethylene bags introduced in paper
bags with net content of 20 or 30 Kg.
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SODIUM MONOCHLORACETATE
ClCH2COONa MW - 116.5
Aspect white powder
Assay(ClCH2COONa) % min. 96
Chloride (Cl) % max. 0.4 - 0.7
Acidity (ClCH2COOH) % max. 0.3 - 3.5
Water (K.F.) % max. 0.2 - 0.6
Iron (Fe) % max. 0.003
Lead (Pb) % max. 0.005
Uses: in dye and varnish industries
Packing: in polyethylene bags introduced in
paper bags with net content of 20 Kg
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TEXTILE FIREPROOF
Aspect mixture of powder and granules
Colour white - yellowish
pH (18% aqueous solution) 6 - 7.5
Water insoluble matter % max. 1.0
Efficiency of textiles fireproofing passes test
Uses: for fireproofing treatment of textiles,
excepting those of synthetic type
the product is used in aqueous solution of 15%
Packing: polyethylene coated paper bags with net
content of 30 Kg
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VOLATILE PICKLE
Volatile pickle is a solution suitable for a good
washing of metallic surfaces
Aspect: colourless liquid
Refractive index (nD20) 1.345 - 1.355
Density at 20°C g/cm3 0.885 - 0.895
Water % max. 20
Uses: pickling of metallic parts
Picking: PVC canisters of barrels, hermetically sealed,
with net content of 50 Kg
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