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POLIPOM® - POM
POLIPOM, is a plastic which is manufactured by the polimerization of formaldehite. Its high proportional crystalized structure of the oxygen and methyele groups inside , provides it high proportional hardness and strength even without any addition of reinforced structure - material. It is resistant to alkalis and hot water. It is resistant to organic solvents which are commonly used, to petroleum products and to many of the mineral oils. Some of its properties are superior resistance, elasticity, hardness and dimensional stability.
PROPERTIES OF POLIPOM®
 · Dimensional Stability · High Resistance To Loads and Strokes · Excellent Resistance To Corrosion · High Mechanical Strength and Non-Twisting · HighElasticity · Bearing Property at Environments Without Oil · High Electrical Insulation Property · Low Absorption · Resistance To Heat(-50°C - +110°C / short period 150°C)
GENERAL USAGE AREAS OF POLIPOM®
As per its above mentioned technical properties, POLIPOM is most commonly used in the production of machine moulding parts at all sectors; gears, bearings of rolling mills and bearings exposed to extreme loads, conveyor systems, pins, unlimited screws, pistons, pivots and areas like these.
POLIPOM® PRODUCTS
· RODS · PLATES
CHEMICAL RESISTANCE TABLE OF POLIPOM®
| CHEMICAL |
Concentration Weight % |
POLIPOM (POM) |
| Acetaldehyde Aq. |
40 |
A |
| Acetamide Aq. |
50 |
* |
| Acetic Acid Aq. |
10 |
C |
| Acetone |
|
B |
| Acrylonitrile |
|
* |
| Alcohols, Aliphatic |
|
A |
| Allyl Chloride |
|
* |
| Allyl Alcohol |
|
* |
| Aluminium Chloride Aq. |
10 |
* |
| Aluminium Sulphate Aq. |
10 |
A |
| Ammonia Aq. |
10 |
D |
| Ammonia Gas |
|
D |
| Ammonium Carbonate Aq. |
10 |
* |
| Ammonium Chloride Aq. |
10 |
A |
| Ammonium Chloride Aq. |
37 |
A |
| Amyl Acetate |
|
A |
| Amyl Alcohol |
|
* |
| Aniline |
|
B |
| AntimonyTrichloride Aq. |
10 |
* |
| Barium Chloride Aq. |
10 |
A |
| Barium Sulphate Aq. |
10 |
A |
| Barium Sulphide Aq. |
10 |
* |
| Benzaldehyde |
|
A |
| Benzene |
|
A |
| Benzenesulphonic Acid |
|
C |
| Benzyle Alcohol |
|
A |
| Benzoic Acid Aq. |
SAT |
* |
| Beverages Aq. Alcoholic |
|
A |
| Beverages Aq. Carbonated |
|
A |
| Bitumen |
|
* |
| Bleaching Lye |
10 |
C |
| Bleaching Lye |
100 |
C |
| Boric Acid Aq. |
10 |
* |
| Boron Trifluoride |
|
* |
| Bromine Aq. |
30 |
* |
| Bromine liq. |
|
* |
| Butanole |
|
A |
| Buthyle Acetate |
|
B |
| Buthyle Phthalate |
|
* |
| Buthylene Glycole |
|
* |
| Buthylamine |
|
D |
| Buthyric Acid Aq. |
20 |
* |
| Buthryic Acid |
CONC |
* |
| Buthyrolactone |
|
* |
| Calcium Chloride Aq. |
10 |
A |
| Calcium Chloride (in Alcohol) |
20 |
* |
| Calcium Hypochloride |
|
D |
| Camphor |
|
* |
| Carbon Disulphide |
|
* |
| Carbon Tetrachloride |
|
A |
| Carbonic Acid Aq. |
10 |
A |
| Carnalite Aq. |
10 |
* |
| Castor Oil |
|
* |
| Catechol |
|
* |
| Chloroacetic Acid Aq. |
10 |
* |
| Chloral Hydrate |
|
* |
| Chlorine Aq. |
10 |
D |
| Chlorine Gas |
100 |
D |
| Chlorobenzene |
|
* |
| Chloroform |
|
* |
| Chlorosulphonic Acid Aq. |
10 |
* |
| Chrome Alum Aq. |
10 |
* |
| Chromic Acid Aq. |
1 |
A |
| Citric Acid Aq. |
10 |
* |
| Citric Acid Aq. |
SAT |
* |
| Coconut Oil |
|
* |
| Creosote |
|
* |
| Cresols |
|
* |
| Cresylic Acid |
|
* |
| Cupric Chloride Aq. |
10 |
A |
| Cupric Sulphate Aq. |
0,5 |
A |
| Cupric Sulphate Aq. |
10 |
A |
| Cupric Sulphate Aq. |
SAT |
* |
| Cyclohexane |
|
A |
| Cyclohexanol |
|
A |
| Cyclohexanone |
|
A |
| Decaline |
|
* |
| Detergents, Organic |
|
A |
| Dibutylphthalate |
|
* |
| Diclorodifluoro Methane |
|
A |
| Dichloroethylene |
|
A |
| Diethyleneglycol Aq. |
90 |
A |
| Diesel Oil |
|
A |
| Dimethyle Carbinol |
|
A |
| Dimethyle Aniline |
|
* |
| Dimethyle Formamide |
|
A |
| Dioxane |
|
A |
| Edible Oils |
|
A |
| Ethanol, Denatured |
96 |
A |
| Ether, Diethyl |
|
A |
| Ethyl Acetate |
|
D |
| Ethyl Butyrate |
|
* |
| Ethyl Chloride |
|
B |
| Ethylene Chlorohydrin |
|
* |
| Ethylene Chloride |
|
A |
| Ethylene Diamine |
|
A |
| Ethylene Dichloride |
|
* |
| Ethylene Glycol Aq. |
96 |
* |
| Ethylene Propionate |
|
* |
| Ferric Chloride Aq. |
5 |
A |
| Ferric Chloride Aq. |
10 |
A |
| Ferric Chloride Aq. |
SAT |
* |
| Ferrous Chloride Aq. |
10 |
A |
| Fluorine |
|
* |
| Fluosilic Acid Aq. |
10 |
* |
| Fluothane |
|
* |
| Freon 12 (Areton 12) |
|
A |
| Formaldehyde Aq. |
10 |
A |
| Formic Acid Aq. |
3 |
D |
| Formic Acid Aq. |
10 |
D |
| Fruit Juices |
CONC |
A |
| Furfural |
|
* |
| Gasoline |
|
A |
| Glycerine |
|
A |
| Heptane |
|
A |
| Hexane |
|
A |
| Hydrobromic Acid Aq. |
10 |
D |
| Hydrochloric Acid Aq. |
0,4 |
C |
| Hydrochloric Acid Aq. |
2 |
D |
| Hydrochloric Acid Aq. |
10 |
D |
| Hydrofluoric Acid Aq. |
4 |
D |
| Hydrogenated Vegetable Oils |
|
A |
| Hydrogen Peroxide Aq. |
0,5 |
D |
| Hydrogen Peroxide Aq. |
1 |
D |
| Hydrogen Peroxide Aq. |
3 |
D |
| Hydrogen Sulphide Aq. |
SAT |
C |
| Hydroquinone |
|
* |
| Iodine (in Alcohol) |
|
* |
| Iodine (in Pt. Iodine) Aq. |
3 |
* |
| Isootane |
|
A |
| Isoprophyl Alcohol |
|
A |
| Isoprophyl Ether |
|
A |
| Lactic Acid Aq. |
10 |
B |
| Lactic Acid Aq. |
90 |
* |
| Lead Acetate Aq. |
10 |
* |
| Lead Stearate |
|
* |
| Linseed Oil |
|
A |
| Lithium Bromide Aq. |
50 |
A |
| Lubricating Oils (Petroleum) |
|
A |
| Magnesium Chloride Aq. |
10 |
A |
| Magnesium Hydroxide Aq. |
10 |
A |
| Magnesium Sulphite Aq. |
10 |
A |
| Maleic Acid Aq. |
CONC |
* |
| Malonic Acid Aq. |
CONC |
* |
| Manganese Sulphate Aq. |
10 |
A |
| Mercuric Chloride Aq. |
6 |
B |
| Mercury |
|
A |
| Methanole |
|
A |
| Methyle Acetate |
|
B |
| Methyle Ethyle Cetone |
|
B |
| Methylpyrrolidone |
|
* |
| Methylene Chloride |
|
C |
| Methyle Phenyle Ether |
|
* |
| Milk |
|
A |
| Mineral Oils |
|
A |
| Naphthalene |
|
A |
| Nickel Sulphate Aq. |
10 |
* |
| Nicotine |
|
* |
| Nitric Acid Aq. |
0,1 |
D |
| Nitric Acid Aq. |
10 |
D |
| Nitrobenzene |
|
B |
| Nitromethane |
|
* |
| Oleic Acid |
|
C |
| Oxalic Acid Aq. |
10 |
C |
| Ozone |
|
C |
| Paraffin |
|
A |
| Perchloroethylene |
|
B |
| Perchloric Acid Aq. |
10 |
C |
| Petroleum Ether |
|
A |
| Phenol Aq. |
6 |
D |
| Phenol Aq. |
75 |
D |
| Phenol (Molten) |
|
D |
| Phosphoric Acid Aq. |
0,3 |
C |
| Phosphoric Acid Aq. |
3 |
C |
| Phosphoric Acid Aq. |
10 |
C |
| Phthalic Acid Aq. |
SAT |
* |
| Phthalic Dioctyl |
|
* |
| Potassium Acetate Aq. |
50 |
A |
| Potassium Bicarbonate Aq. |
60 |
A |
| Potassium Bromide Aq. |
10 |
A |
| Potassium Carbonate Aq. |
60 |
A |
| Potassium Chloride Aq. |
90 |
A |
| Potassium Dichromate Aq. |
5 |
B |
| Potassium Ferricyanide Aq. |
30 |
* |
| Potassium Ferrocyanide Aq. |
30 |
* |
| Potassium Hydroxide Aq. |
10 |
D |
| Potassium Hydroxide Aq. |
50 |
D |
| Potassium Nitrate Aq. |
10 |
B |
| Potassium Permanganate Aq. |
1 |
A |
| Potassium Sulphite Aq. |
CONC |
* |
| Potassium Sulphite Aq. |
90 |
* |
| Propane Gas |
|
* |
| Pyridine |
|
A |
| Resorcinol |
|
* |
| Sallicylic Acid |
|
* |
| Silicone Fluids |
|
A |
| Silver Nitrate |
|
A |
| Soap Solutions |
|
A |
| Sodium (Molten) |
|
C |
| Sodium Acetate Aq. |
60 |
A |
| Sodium Benzoate Aq. |
10 |
A |
| Sodium Bicarbonate Aq. |
50 |
A |
| Sodium Bisulphite Aq. |
10 |
D |
| Sodium Bromide Aq. |
10 |
A |
| Sodium Carbonate Aq. |
20 |
A |
| Sodium Carbonate Aq. |
50 |
A |
| Sodium Chlorate Aq. |
10 |
A |
| Sodium Chloride Aq. |
10 |
A |
| Sodium Chloride Aq. |
90 |
A |
| Sodium Cyanide Aq. |
10 |
A |
| Sodium Hydroxide Aq. |
10 |
D |
| Sodium Hydroxide Aq. |
50 |
D |
| Sodium Hypocloride 15% CI |
|
D |
| Sodium Nitrate Aq. |
50 |
A |
| Sodium Perborate Aq. |
10 |
* |
| Sodium Phosphate Aq. |
90 |
* |
| Sodium Silicate |
|
* |
| Sodium Sulphate Aq. |
90 |
* |
| Sodium Sulphide Aq. |
90 |
* |
| Sodium Thiosulphate Aq. |
10 |
A |
| Stannic Chloride Aq. |
10 |
D |
| Stannic Sulphate Aq. |
10 |
* |
| Stearic Acid |
|
* |
| Styrene (Monomer) |
|
* |
| Sulphur |
|
A |
| Sulphur Dioxide (Dry Gas) |
100 |
B |
| Sulphuric Acid Aq. |
2 |
D |
| Sulphuric Acid Aq. |
5 |
D |
| Sulphuric Acid Conc. |
|
D |
| Sulphurous Acid Aq. |
10 |
C |
| Tallow |
|
* |
| Tar |
|
* |
| Tartaric Acid Aq. |
10 |
A |
| Tetrachlorethylene |
|
A |
| Tetrahydrofuran |
|
A |
| Tetralin |
|
* |
| Thionyl Chloride |
|
B |
| Thiophene |
|
* |
| Toluene |
|
B |
| Transformer Oil |
|
* |
| Trichlorethylene |
|
B |
| Triethanolamine |
|
B |
| Turpentine |
|
A |
| Trisodium Phosphate Aq. |
95 |
A |
| Urea |
|
A |
| Vaseline |
|
A |
| Vegetable Oils |
|
A |
| Vinegar |
|
B |
| Vinyl Chloride |
|
* |
| Water |
|
A |
| Wax (Molten) |
|
A |
| White Spirit |
|
A |
| Wines & Spirits |
|
A |
| Xylene |
|
A |
| Xylenol |
|
A |
| Zinc Chloride Aq. |
10 |
D |
| Zinc Oxide |
|
C |
| Zinc Sulphate Aq. |
10 |
C |
KEY: A Full Resistance B Small Changes At Mechanical Properties C Important Changes At Material D Corruption /Melting Of The Material In A Short Time Period * No Information Aq. Solution In Water SAT Solution At Saturated Water CONC Solution At Dense Water
TECHNICAL PROPERTIES OF POLIPOM® (POM)
| PHYSICAL PROPERTIES |
UNIT |
TEST METHOD |
VALUE |
| DN |
ISO |
| SPECIFIC GRAVITY |
g/cm3 |
53479 |
1183 |
1,41-1,43 |
| SERVICE TEMPERATURE |
0 °C |
53461 |
75 |
100 |
| MELTING POINT |
0 °C |
- |
- |
165-175 |
| THERMAL ELONGATION |
1/K*105 |
53752 |
- |
11 |
| PULLING RESISTANCE |
N/mm2 |
53455 |
527 |
62-71 |
| PULLING ELONGATION |
% |
53455 |
527 |
8-10 |
| BREAKING RESISTANCE |
N/mm5 |
53455 |
527 |
70 |
| BREAKING ELONGATION |
% |
53455 |
527 |
20-75 |
| STROKE RESISTANCE |
Kj/m2 |
53453 |
179 |
- |
| NOTCH STROKE RESISTANCE kj/m2 |
Kj/m2 |
53453 |
179 |
8 |
| ELASTICITY MODULE |
N/mm2 |
53452 |
178 |
>2700 |
| WATER ABSORPTION |
% |
53495 |
62 |
0,5 |
| RESISTANCE PER VOLUME |
W x cm |
53482 |
167 |
>1015 |
| RESISTANCE PER SURFACE |
W |
53482 |
167 |
>1013 |
| DIELECTRIC RESISTANCE |
KV/mm |
53481 |
243 |
>50 |
| CORROSION (SAND SLURRY TEST) |
% |
58836 |
- |
- |
| SHORE |
Skala D |
53505 |
|
75 |
| ROCKWELL |
Skala |
- |
2039-2 |
M78-86 |
| BALL NOTCH 358/30 |
N/mm2 |
53456 |
2039-1 |
140-155 | |