Resilex, developed from Cashewnut Shell Liquid is non-porous, self-hardening and relatively plastic in nature. When set a dense immpereable and resilient cement is obtained. Resiles exhibits resistance to a wide range of acids, alkalies, mixed alkaline solutions with acids and water.
Resilex is good bedding materials in laying the Ceramic bricks and tiles for the construction of acid resisting tanks linings, flooring surface as it possesses excellent resilient property good enough to absorb the heavy impacts subjected to the surface of floors and tanks. It can be also used for jointing Chemical Resisting Stoneware pipe lines transporting corrosive fluids like acids, alkalies and plant effluents.
Resilex cement adheres strongly when applied on the Ceramic, metal and concrete surface, therefore it can be used as a monolithic lining for the construction of dilute acids storage tanks.
This cement is prepared by combining the powder with liquid solution to form a workable paste. The mixing ration is 1 part Solution to 3 parts powder by weight. The ratio will vary slightly depending o temperature, working conditions. This cement is chemical setting cement and requires an accumulating heat of reaction for proper setting and curring.
The following procedure us recommended in the preparation of cement :
Resiles cement mortar is buttered on Acid proof brick using the usual brick layer's method. Brick / Tiles should be clean and dry before being laid Resilex cement is better for jointing the Chemical resisting bricks/ tiles and stoneware pipes. Resilex cement should be applied to the dry surface only. It does not set if it is applied over wet surface and after application of Relisex cement the area should be kept dry unused for minimum period of 5 to 7 days.
* R = Resistance
* L = Limited
* N.R.= Not Resistance
* T1 = Resistance at Room Temp.
* T2 = Resistance upto 180° C
Name of the Chemicals | T1 | T2 | Name of the Chemicals | T1 | T2 |
---|---|---|---|---|---|
Acetaldehyde | N.R. | N.R. | Hydrofluosilicic Acid * | R | R |
Acetic acid glacial | R | R | Hydrogen Peroxide | L . | N.R. |
Alum | R | R | Hydrogen Sulfide gas | R | R |
Aniline | N.R. | N.R. | Kerosene | L | N.R. |
Alkaline Acidic Salts Neutrial | R | R | Lactic Acid | R | R |
Bromine Water | L | N.R. | Maleic Acid | R | R |
Chlorine Dioxide Wet | L | N.R. | Methyl Sulphate | R | R |
Chlorine Dioxide Dry | L | N.R. | Nitric Acid 20% | R | R |
Chlorine Water | L | N.R. | Nitric Acid Above 20% | R | L |
Chloracetic acid 10% | R | R | Oleic Acid | L | N.R. |
Chromic acid 50% | R | L | Oil | L | N.R. |
Dichloraoacetic acid 10% | R | R | Perchloric acid | L | N.R. |
Ethyl Sulphate | R | R | Phosphorl Acid | R | R |
Ethylene Glycol | L | N.R. | Potassium Hydroxide | R | R |
Fluosilicate Acid | R | R | Sodium Hydroxide | R | R |
Formaledehyde | R | R | Sodium Hypochlorite 3% | R | L |
Formic Acid | R | R | Sulfuric acid 50% | R | R |
Hydrobromic acid | L | N.R. | Sulfuric Acid 80% | L | lL |
Hydrochloric acid | R | R | Sulfuric acid above 80 % | L | N.R. |
Hydrocynic acid | R | R | Sulfurous Acid | R | R |
Hydrofluoric acid * | R | R | Urea | R | R |
Resilex Mortar not suggested where Solvents and oils are anticipated |
* Carbon filled special Resilex Mortar is suitable.