|
|
A PEOPLE IN THE HOUSE 4 |
B PEOPLE IN THE HOUSE B |
C PEOPLE IN THE HOUSE A OR B |
A+C OR B+C TOTAL VOLUME REQURED |
|---|---|---|---|---|
|
SHOWER, BATH, TOILET, BASIN |
1,000 Ltr |
2,000 Ltr |
||
|
WASHING MACHINE |
150 Ltr |
250 Ltr |
||
|
COOKING/CLEANING |
150 Ltr |
250 Ltr |
||
|
CAR WASH |
100 Ltr (2 Cars) |
200 Ltr (3-4 Cars) |
||
|
SMALL GARDEN |
150 Ltr |
250 Ltr |
||
|
TOTAL |
1. Install the tank in an upright position,
supporting the entire base of the tank on a
solid level surface. Ensure that the area is free
from sharp stones, iron bars or any debris.
2. The site must be solid, level, compacted base
that extends beyond the diameter of the tank.
Suitable bases inculde brick, concrete, gravel
with sand top surface between 300mm and
400mm in depth.
3. Leave sufficient space between the
tank and any surrounding structures to allow
for expansion when the tank is filled. We
recommend a minimum of 150mm (6 inches)
all around. Position the tank ensuring best
access for filling, maintenance and safety.
4. Ensure the tank is protected from
strong winds (especially when
empty). If necessary strap it down.
5. Connect all pipe work, fittings and
accessories once location has been
established. All pipe work and fittings
connected to the tank should be
supported.
WATER TANK STANDS CAN BE USED
BUT MUST BE DESIGNED BY A
QUALIFIED COUNSULTING ENGINEER.
FAILURE TO FOLLOW THE
INSTALLATION GUIDELINES WILL
RENDER ANY WARRANTY NULL AND
VOID.
CHEMICAL RESISTANCE CHART – SUPER CHEMICAL TANKS
SUPER Chemical tanks are manufactured using selected grades of resins and are highly resistant to the most aggressive
chemicals. However, the effect of chemicals on tanks are compounded in relation to extended exposure, elevated
temperature and environmental stress. These factors have to be considered while selecting SUPER chemical tanks.
Now, Super Chemical Tanks can be made from specialized grades of Hexene C6 / Polypropylene (PP) / Cross Link (XLPE)
by doing so we have a larger variety of chemical and handing temperatures in our portfolio.
The information provided in the chart given below is based on limited experience and data obtained from various sources.
Customers are requested to consult us to obtain exact recommendation or they are advised to conduct their own
experiments before finalisation.
* Please contact a member of our sales staff for information of adaptability in our tanks
The following legends should be followed under normal conditions :
R – Resistant
NR – Non-resistant
– – No test data is available
VR – Variable resistance – SUPER chemical tanks have excellent “Environmental Stress Crack Resistance
(ESCR)” and are not usually affected by stress cracking chemicals. But the exact conditions of usage have
to be ascertained for final recommendation.
| CHEMICAL | CONCENTRATION | TEMPERATURE o o 20 C 60 C |
|---|---|---|
|
Acetaldehyde |
40% |
VR / NR |
|
|
100% |
VR / NR |
|
Acide acetic |
100 Aq. |
R / R |
|
|
60% |
R / R |
|
Acid adipic |
|
R / - |
|
Acid arsenic |
|
R / VR |
|
Acid benzoic |
|
R / R |
|
Acid boric |
|
R / R |
|
Acid carbonic |
|
R / R |
|
Acid hydrochloric |
10% Aq. |
R / R |
|
|
Conc. |
R / R |
|
Acid nitric |
upto 30% |
R / R |
|
Acid sulphuric |
10% Aq. |
R / R |
|
|
60% |
R / R |
|
Barium carbonate |
|
R / R |
|
Barium chloride |
|
R / R |
|
Barium hydroxide |
|
R / R |
|
Barium sulphate |
|
R / R |
|
Barium sulphide |
|
R / R |
|
Beer |
|
R / R |
|
Benzaldehyde |
|
NR / NR |
|
Benzene |
|
NR / NR |
|
Bismuth carbonate |
|
R / R |
|
Borax |
|
R / R |
|
Calcium bisulphite |
|
R / R |
|
Calcium carbonate |
|
R / R |
|
Calcium chlorate |
|
R / R |
|
Calcium chloride |
Aq. soln. |
R / R |
|
Calcium hydroxide |
|
R / R |
|
Calcium hypochlorite |
|
R / R |
|
Calcium nitrate |
|
R / R |
|
Calcium phosphate |
|
R / R |
| CHEMICAL | CONCENTRATION | TEMPERATURE o o 20 C 60 C | |
|---|---|---|---|
|
Calcium sulphate |
|
R / R |
|
|
Camphor oil |
|
VR / - |
|
|
Detergents, synthetic |
|
R / R |
|
|
(Normal user conditions) |
|
|
|
|
Developers, photographic |
|
R / R |
|
|
Dextrin |
|
R / R |
|
|
Dextrose |
|
R / R |
|
|
Dibutyl phthalate |
|
VR / VR |
|
|
Dithiorobenzene |
|
NR / NR |
|
|
Diethyl glycol |
|
R / R |
|
|
Dioctyl phthalate |
|
VR / VR |
|
|
Disodium phosphate |
|
R / R |
|
|
Emulsifiers |
All Cone. |
R / R |
|
|
Emulsions, photographic |
|
R / R |
|
|
Ether |
|
NR / NR |
|
|
Ethyl acetate |
|
VR / VR |
|
|
Ethyl butyrate |
|
VR / VR |
|
|
Ethyl chloride |
|
NR / NR |
|
|
Ethyl formate |
|
NR / NR |
|
|
Ethylene chloride |
|
NR / NR |
|
|
Ethylene glycol |
|
R / R |
|
|
Ferric chloride |
|
R / R |
|
|
Ferric nitrate |
|
R / R |
|
|
Ferric sulphate |
|
R / R |
|
|
Ferrous ammonium citrate |
|
R / R |
|
|
Ferrous chloride |
|
R / R |
|
|
Ferrous sulphate |
|
R / R |
|
|
Fixing solution, photographic |
|
R / R |
|
|
Fluorine |
|
VR / VR |
|
|
Formaldehyde |
40% Aq. |
R / R |
|
|
Fructose |
|
R / R |
|
|
Gin |
|
R / R |
| CHEMICAL | CONCENTRATION | TEMPERATURE o o 20 C 60 C |
|---|---|---|
|
Glucose |
|
R / R |
|
Glycerine |
|
R / R |
|
Glycol |
|
R / R |
|
Grape sugar, Sat, soln, alc. |
|
R / R |
|
Heptane |
|
VR / VR |
|
Hexadecanol |
|
NR / NR |
|
Hertiar hexanol |
|
R / R |
|
Hydrogen |
|
R / R |
|
Hydrogen bromide dry |
|
R / R |
|
Hydrogen chloride dry |
|
R / R |
|
Hydrogen peroxide |
30% |
R / R |
|
Hydrogen phosphide |
|
R / R |
|
Hydrogen sulphide |
|
R / R |
|
Hydroquinone |
|
R / R |
|
Inks |
soln. |
R / R |
|
Iodine soln. |
|
VR / - |
|
Lead acetate |
sat. soln. |
R / R |
|
Lead nitrate |
|
R / R |
|
Lead tetra-ethyl |
|
R / R |
|
Linseed oil |
|
VR / VR |
|
Lube oil |
|
NR / NR |
|
Magnesium carbonate |
|
R / R |
|
Magnesium chloride |
|
R / R |
|
Magnesium hydroxide |
|
R / R |
|
Magnesium nitrate |
|
R / R |
|
Magnesium sulphate |
|
R / R |
|
Manganese sulphate |
|
R / R |
|
Mercuric chloride |
|
R / R |
|
Mercuric cyanide |
|
R / R |
|
Mercurous nitrate |
|
R / R |
|
Mercury |
|
R / - |
|
Naphtha |
|
VR / VR |
|
Naphthalene |
|
VR / - |
|
Nickel chloride |
|
R / R |
|
Nickel nitrate |
|
R / R |
|
Nickel sulphate |
|
R / R |
|
Nicotine |
|
R / R |
|
Nitrobenzene |
|
NR / NR |
|
Oxygen |
|
R / - |
|
Ozone |
|
VR / VR |
|
Paraffin |
|
VR / VR |
|
Petro |
|
NR/NR |
| CHEMICAL | CONCENTRATION | TEMPERATURE o o 20 C 60 C |
|---|---|---|
|
Petroleum ether |
|
NR / NR |
|
Phenol |
|
NR / NR |
|
Phosgene |
Gas |
R / NR |
|
Phosphorous oxychloride |
|
NR / NR |
|
Phosphorous pentoxide |
|
R / R |
|
Phosphorous trichloride |
|
R / R |
|
Photographic developers |
|
R / R |
|
Photographic emulsions |
|
R / R |
|
Sea water |
|
R / R |
|
Silicone fluids |
|
VR / NR |
|
Silver cyanide |
|
R / R |
|
Silver nitrate |
|
R / R |
|
Soap solution |
|
R / R |
|
Sodium acetate |
Sat. soln. |
R / R |
|
Sodium acid sulphate |
|
R / R |
|
Sodium aluminate |
|
R / R |
|
Sodium antimonate |
|
R / R |
|
Sodium benzoate |
|
R / R |
|
Tallow |
|
R / R |
|
Tanning extracts |
|
R / R |
|
Tetrahydrofuran |
|
VR / NR |
|
Tetrahydronaphthalene |
|
NR / NR |
|
Titanium trichloride |
|
NR / NR |
|
Toulene |
|
VR / VR |
|
Transformer oil |
|
VR / NR |
|
Trichloroethylene |
|
NR / NR |
|
Trichlorobenzene |
|
NR / NR |
|
Tricresyl phosphate |
|
VR / NR |
|
Urea |
|
R / R |
|
Urine |
|
R / R |
|
Vanilla extract |
|
VR / NR |
|
Vegetable oils |
|
VR / NR |
|
Vinegar |
|
R / R |
|
Water |
|
R / R |
|
Wetting agents |
Normal dilutions |
R / R |
|
Whey |
|
R / - |
|
Wine & spirits |
|
R / R |
|
Xylene |
|
VR / VR |
|
Yeast |
|
R / R |
|
Zinc chloride |
|
R / R |
|
Zinc oxide |
|
R / R |
|
Zinc sulphate |
|
R / R |
CHEMICAL RESISTANCE CHART - SUPER CHEMICAL TANKS
SUPER Chemical tanks are manufactured using selected grades of resins and are highly resistant to the most aggressive
chemicals. However, the effect of chemicals on tanks are compounded in relation to extended exposure, elevated
temperature and environmental stress. These factors have to be considered while selecting SUPER chemical tanks.
Now, Super Chemical Tanks can be made from specialized grades of Hexene C6 / Polypropylene (PP) / Cross Link (XLPE)
by doing so we have a larger variety of chemical and handing temperatures in our portfolio.
The information provided in the chart given below is based on limited experience and data obtained from various sources.
Customers are requested to consult us to obtain exact recommendation or they are advised to conduct their own
experiments before finalisation.
* Please contact a member of our sales staff for information of adaptability in our tanks
The following legends should be followed under normal conditions :
R – Resistant
NR – Non-resistant
– – No test data is available
VR – Variable resistance – SUPER chemical tanks have excellent “Environmental Stress Crack Resistance
(ESCR)” and are not usually affected by stress cracking chemicals. But the exact conditions of usage have
to be ascertained for final recommendation.
| CHEMICAL | CONCENTRATION | TEMPERATURE o o 20 C 60 C |
|---|---|---|
|
Acetaldehyde |
40% |
VR / NR |
|
|
100% |
VR / NR |
|
Acide acetic |
100 Aq. |
R / R |
|
|
60% |
R / R |
|
Acid adipic |
|
R / - |
|
Acid arsenic |
|
R / VR |
|
Acid benzoic |
|
R / R |
|
Acid boric |
|
R / R |
|
Acid carbonic |
|
R / R |
|
Acid hydrochloric |
10% Aq. |
R / R |
|
|
Conc. |
R / R |
|
Acid nitric |
upto 30% |
R / R |
|
Acid sulphuric |
10% Aq. |
R / R |
|
|
60% |
R / R |
|
Barium carbonate |
|
R / R |
|
Barium chloride |
|
R / R |
|
Barium hydroxide |
|
R / R |
|
Barium sulphate |
|
R / R |
|
Barium sulphide |
|
R / R |
|
Beer |
|
R / R |
|
Benzaldehyde |
|
NR / NR |
|
Benzene |
|
NR / NR |
|
Bismuth carbonate |
|
R / R |
|
Borax |
|
R / R |
|
Calcium bisulphite |
|
R / R |
|
Calcium carbonate |
|
R / R |
|
Calcium chlorate |
|
R / R |
|
Calcium chloride |
Aq. soln. |
R / R |
|
Calcium hydroxide |
|
R / R |
|
Calcium hypochlorite |
|
R / R |
|
Calcium nitrate |
|
R / R |
|
Calcium phosphate |
|
R / R |
| CHEMICAL | CONCENTRATION | TEMPERATURE o o 20 C 60 C |
|---|---|---|
|
Calcium sulphate |
|
R / R |
|
Camphor oil |
|
VR |
|
Detergents, synthetic
|
|
R / R |
|
(Normal user conditions)
|
|
|
|
Developers, photographic |
|
R / R |
|
Dextrin |
|
R / R |
|
Dibutyl phthalate |
|
NR / NR |
|
Diethyl glycol |
|
R / R |
|
Dioctyl phthalate |
|
VR / VR |
|
Disodium phosphate |
|
R / R |
|
Emulsifiers |
All Cone |
R / R |
|
Emulsions, photographic |
|
R / R |
|
Ether |
|
NR / NR |
|
Ethyl acetate |
|
VR / VR |
|
Ethyl butyrate |
|
VR / VR |
|
Ethyl chloride |
|
NR / NR |
|
Ethyl formate |
|
NR / NR |
|
Ethylene chloride |
|
NR / NR |
|
Ethylene glycol
|
|
R / R |
|
Ferric chloride |
|
R / R |
|
Ferric nitrate |
|
R / R |
|
Ferric sulphate |
|
R / R |
|
Ferrous ammonium citrate |
|
R / R |
|
Ferrous chloride |
|
R / R |
|
Ferrous sulphate |
|
R / R |
|
Fixing solution, photographic |
|
R / R |
|
Fluorine |
|
VR / VR |
|
Formaldehyde |
40% Aq. |
R / R |
|
Fructose
|
|
R / R
|
|
Gin |
|
R |
| CHEMICAL | CONCENTRATION | TEMPERATURE o o 20 C 60 C |
|---|---|---|
|
Glucose |
|
R / R |
|
Glycerine |
|
R / R |
|
Glycol |
|
R / R |
|
Grape sugar, Sat, soln, alc. |
|
R / R |
|
Heptane |
|
VR / VR |
|
Hexadecanol |
|
NR / NR |
|
Hertiar hexanol |
|
R / R |
|
Hydrogen |
|
R / R |
|
Hydrogen bromide dry |
|
R / R |
|
Hydrogen chloride dry |
|
R / R |
|
Hydrogen peroxide |
30% |
R / R |
|
Hydrogen phosphide |
|
R / R |
|
Hydrogen sulphide |
|
R / R |
|
Hydroquinone |
|
R / R |
|
Inks |
soln. |
R / R |
|
Iodine soln. |
|
VR / - |
|
Lead acetate |
sat. soln. |
R / R |
|
Lead nitrate |
|
R / R |
|
Lead tetra-ethyl |
|
R / R |
|
Linseed oil |
|
VR / VR |
|
Lube oil |
|
NR / NR |
|
Magnesium carbonate |
|
R / R |
|
Magnesium chloride |
|
R / R |
|
Magnesium hydroxide |
|
R / R |
|
Magnesium nitrate |
|
R / R |
|
Magnesium sulphate |
|
R / R |
|
Manganese sulphate |
|
R / R |
|
Mercuric chloride |
|
R / R |
|
Mercuric cyanide |
|
R / R |
|
Mercurous nitrate |
|
R / R |
|
Mercury |
|
R / - |
|
Naphtha |
|
VR / VR |
|
Naphthalene |
|
VR / - |
|
Nickel chloride |
|
R / R |
|
Nickel nitrate |
|
R / R |
|
Nickel sulphate |
|
R / R |
|
Nicotine |
|
R / R |
|
Nitrobenzene |
|
NR / NR |
|
Oxygen |
|
R / - |
|
Ozone |
|
VR / VR |
|
Paraffin |
|
VR / VR |
|
Petro |
|
NR/NR |
| CHEMICAL | CONCENTRATION | TEMPERATURE o o 20 C 60 C |
|---|---|---|
|
Petroleum ether |
|
NR / NR |
|
Phenol |
|
NR / NR |
|
Phosgene |
Gas |
R / NR |
|
Phosphorous oxychloride |
|
NR / NR |
|
Phosphorous pentoxide |
|
R / R |
|
Phosphorous trichloride |
|
R / R |
|
Photographic developers |
|
R / R |
|
Photographic emulsions |
|
R / R |
|
Sea water |
|
R / R |
|
Silicone fluids |
|
VR / NR |
|
Silver cyanide |
|
R / R |
|
Silver nitrate |
|
R / R |
|
Soap solution |
|
R / R |
|
Sodium acetate |
Sat. soln. |
R / R |
|
Sodium acid sulphate |
|
R / R |
|
Sodium aluminate |
|
R / R |
|
Sodium antimonate |
|
R / R |
|
Sodium benzoate |
|
R / R |
|
Tallow |
|
R / R |
|
Tanning extracts |
|
R / R |
|
Tetrahydrofuran |
|
VR / NR |
|
Tetrahydronaphthalene |
|
NR / NR |
|
Titanium trichloride |
|
NR / NR |
|
Toulene |
|
VR / VR |
|
Transformer oil |
|
VR / NR |
|
Trichloroethylene |
|
NR / NR |
|
Trichlorobenzene |
|
NR / NR |
|
Tricresyl phosphate |
|
VR / NR |
|
Urea |
|
R / R |
|
Urine |
|
R / R |
|
Vanilla extract |
|
VR / NR |
|
Vegetable oils |
|
VR / NR |
|
Vinegar |
|
R / R |
|
Water |
|
R / R |
|
Wetting agents |
Normal dilutions |
R / R |
|
Whey |
|
R / - |
|
Wine & spirits |
|
R / R |
|
Xylene |
|
VR / VR |
|
Yeast |
|
R / R |
|
Zinc chloride |
|
R / R |
|
Zinc oxide |
|
R / R |
|
Zinc sulphate |
|
R / R |