Epoxy-Siloxane, Epoxy-Functional Siloxane and Amine Functional Siloxane resins, exhibiting excellent corrosion resistance, substrate adhesion, flexibility, weatherability and superior chemical and impact resistance after curing.
The chemical combination of Epoxy –Siloxane-Acrylic results in polymers with higher performance characteristics than can be achieved by the physical combination of all polymers. The chemical combination provides the basis for the joined polymeric strength, weathering durability, high temperature properties, and radiation resistance, gloss and color retention and corrosion protective properties of the polymers, whilst overcoming the brittleness of inorganic structures.
Possible substrates include: concrete, cementious products, architectural blocks, internal / external pipes, tanks, containers, off-shore oil drilling platforms, metallic framework, bridges, gas turbine engines, heat exchangers, interior / exterior of ships and aerospace equipment.
| Product Name | EEW g/eq | Viscosity mPas | Description | Application | Recommended Curing Agent |
|---|---|---|---|---|---|
| ES-450 | 370-380 | 450 | EPOXIDE FUNCTIONAL POLYSILOXANE RESIN
The coatings from this polymer are hard, tough and have excellent abrasion and solvent resistance, exhibit strong anti-corrosive characteristics, also display antifouling and anti-icing properties The most common substrates are: metal, wood, plastic, concrete. Suitable for primer, indoor and underwater application. |
|
SA-121
SH-120 SAW-112 |
| ES-401 | 475-485 | 400 | EPOXIDE FUNCTIONAL POLYSILOXANE RESIN
The coatings from this polymer are hard, tough and have excellent abrasion and solvent resistance, exhibit strong anti-corrosive characteristics, also display antifouling and anti-icing properties The most common substrates are: metal, wood, plastic, concrete. Extraordinary gloss retention and weather resistance. |
|
SH-124
SH-120 |
| ES-400 | 340-350 | 250 | EPOXIDE FUNCTIONAL POLYSILOXANE RESIN
The coatings from this polymer are hard, tough and have excellent abrasion and solvent resistance, exhibit strong anti-corrosive characteristics, also display antifouling and anti-icing properties The most common substrates are: metal, wood, plastic, concrete. Shorter curing time than ES-401 Extraordinary gloss retention and weather resistance. |
|
SH-124
SH-120 |
| ES-200 | 550-650 | 60 | LMW EPOXIDE FUNCTIONAL SILICONE RESIN
LMW resins level well because they make solutions of low viscosity even at high concentrations and will continue to level when they are applied and dry to a smooth and glossy film. Therefore, they saturate better than polymers. LMW resins are glossy and hydrophobic, they dry in a glossy hydrophobic film compared to polymers. The coatings from this polymer are hard, tough and have excellent abrasion and solvent resistance. These finishes are also resistant to water, alkali and acids, suitable to use for underwater application. |
|
SH-124
SH-120 |
| ES-100 | 1150-1250 | 20 | LMW EPOXIDE FUNCTIONAL SILICONE RESIN
LMW resins level well because they make solutions of low viscosity even at high concentrations and will continue to level when they are applied and dry to a smooth and glossy film. Therefore, they saturate better than polymers. LMW resins are glossy and hydrophobic, they dry in a glossy hydrophobic film compared to polymers. The coatings from this polymer are hard, tough and have excellent abrasion and solvent resistance. These finishes are also resistant to water, alkali and acids, suitable to use for underwater application. |
|
SH-124
SH-120 |
| ES-50 | 2700-3000 | 10 | LMW EPOXIDE FUNCTIONAL SILICONE RESIN
LMW resins level well because they make solutions of low viscosity even at high concentrations and will continue to level when they are applied and dry to a smooth and glossy film. Therefore, they saturate better than polymers. LMW resins are glossy and hydrophobic, they dry in a glossy hydrophobic film compared to polymers. The coatings from this polymer are hard, tough and have excellent abrasion and solvent resistance. These finishes are also resistant to water, alkali and acids, suitable to use for underwater application. |
|
SH-124
SH-120 |
| MOS-4 | N/A | 5 | METHYL POLYSILOXANE RESIN
A solvent-free, low viscous methoxy-functional silicone resin, curing at ambient temperature by catalysis and entering of humidity via a hydrolysis-/condensation reaction. Use with metallic pigments and special formulations to obtain continuous heat-resistance of up to 600 \B0C. Forced drying, is only possible in presence of air humidity. The addition of the catalyst TnBT must be carried out just before filling (1K system) or just before the application (2K system). Recommended addition level of the catalyst 0.5 – 3% calculated on binder. |
|
N/A |
| MHS-10 | N/A | 10 | METHYL HYDROGEN POLYSILOXANE RESIN
Methyl Hydrogen Polysiloxane MHS-10 is nontoxic and insipid. As there are fair quantity of relatively active Si-H bonds in the molecule, under the action of catalysts it can react with chemicals containing active groups, such as double bonds or hydroxyl groups. This product can be converted into film and used to produce a resilient waterproof coating on various materials by using metal salt catalyst at low temperature. It equips itself with outstanding water repellent property which prevents damage due to moisture, as well as mildew and rust development. Besides, its high vapor permeability allows the material to breathe and let water, vapor escape to the outside without causing damage. Suitable catalysts in order of increasing activity include zinc octoate (22% zinc), iron octoate (6% iron), dibutyl tin dilaurate, and tin octoates (28% tin). A typical catalyst concentration is 0.5% to 3%. Concentrations of the more active catalyst must not be increased to the point that bath life becomes too short. Forced drying, is only possible in presence of air humidity. |
|
N/A |
| Product Name |
AHEW g/eq |
Viscosity cP |
Gel Time In hours |
Description | Application | Recommended Resin |
|---|---|---|---|---|---|---|
| SH-124 | 120-128 | 20 | 4-6 | AMINE TERMINATED SILICONE RESIN SH-124 is a reactive amine terminated silicone curing agent used as a crosslinker to improve the physical properties and long-term performance of epoxy-siloxane paints and coatings. |
|
ES-401 ES-400 ES-200 ES-100 ES-50 |
| SH-120 | 115-125 | 25 | 4-6 | AMINE TERMINATED SILICON RESIN SH-120 is a reactive acrylic modified amine terminated silicone curing agent used as a crosslinker to improve the physical properties and long-term performance of epoxy-siloxane paints and coatings. |
|
ES-450 ES-401 ES-400 ES-200 ES-100 ES-50 |
| SAW-112 | 110-115 | 20 | 4-6 | AMINE TERMINATED SILICON RESIN WITH NANO FLUID SURFACE TECHNOLOGIES SAW-112 is a reactive amine terminated silicone curing agent with Nano Fluid Surface Technologies (NFST) used as a crosslinker to improve the antifouling properties. |
|
ES-450 |
| SA-121 | 120-125 | 20 | 4-6 | SILICONE POLYAMIDE RESIN These silicone polyamide curing agents used in applications, as primer, midcoat and topcoat applications on ships, bridges, industrial equipment, and industrial flooring. Benefits include superior corrosion and water resistance, system flexibility and toughness, room temperature cure, very good metal adhesion, good impact resistance. SA-121 has been developed primarily for use with ES-450 resin for primer and indoor finish coat and underwater application. |
|
ES-450 |