The company manufactures coatings for long-term protection of industrial and construction structures considering global experience of anticorrosive paintwork production. VMP coatings are durable for up to 25 years. The coatings are of improved operational properties and processability due to the content of:
— high-performance anticorrosive pigments such as zinc powder (protection from corrosion), zinc phosphate (inhibitive protection), aluminum powder and micaceous ferrous oxide (barrier protection);
— polymers resistant to chemicals and atmosphere: epoxy and polyurethane resins;
— fillers with special properties and various secondary additives used for optimization of material processability.
In order to have highly efficient anticorrosion protection one shall use zinc-rich paintwork materials. The basic component of such materials is fine zinc powder; thanks to high content of this metal (over 86% of weight), steel can be protected electrochemically as if conventional galvanizing was employed, that’s why the implementation of such technology is called “cold” galvanizing. Zinc-rich coatings have much longer durability than conventional paintwork materials. Some of zinc-rich materials of the company can be used in different possible application conditions and in various environments including highly aggressive.
|ZFES®||ethyl silicate composition|
|ZINOL®||thermoplastic polymer composition|
|ZINOL®-SV||composition for contact welding|
|ZINOTERM®||thermoresistant organosilicone composition|
|ZFES®-MO||inter-op ethyl silicate primer|
Polyurethane materials are considered as one of the most demanded and promising class of protective coatings. The main advantage of polyurethanes – unique set of properties: resistance to chemicals and atmosphere, high strength in combination with elasticity. One-pot polyurethane materials which can be cured with humidity are widely represented in VMP range of products. The primary advantage of such materials is the easiness in handling, since they don’t require mixing of components before coating and can be applied in bad weather conditions: low temperature and high humidity.
|FERROTAN||composition with micaceous iron oxide additive|
|ALUMOTAN®||aluminum powder based composition|
|POLYTON-UR(UV)||UV – resistant enamel|
Epoxy materials have high resistance to chemicals, strength and attrition resistance. It is the most popular type of anticorrosive coatings in the world which has a wide range of protective effects.
|ISOLEP-primer||primer with zinc phosphate additive|
|ISOLEP-mastic||primer-enamel with aluminum powder additive|
|ISOLEP-mio||enamel with micaceous iron oxide additive|
|ISOLEP-oil||high solid epoxy coating|
|ISOLEP-oil 250||epoxy composition|
|ISOLEP-oil 350 AS||epoxy composition with antistatic properties|
|ISOLEP-hydro||epoxy primer enamel|
It is generally accepted that organosilicone based coatings have high thermal resistance. Besides the coatings are of excellent weatherability and strength. Organosilicone materials of VMP are designed for long-term as well as inter-op protection of metal surfaces in different conditions even at elevated temperatures.
|ZFES®||zinc-rich ethyl silicate composition|
|ZINOTERM®||thermoresistant zinc-rich organosilicone composition|
|ALUMOTERM®||thermoresistant organosilicone composition with aluminum powder additive|
|ZFES®-MO||inter-op zinc-rich ethyl silicate primer|
Materials based on thermoplastic polymers are notable for ease of handling: don’t require mixing before application since they are one-pot materials. VMP coatings have long storage time and can be applied at low temperatures. They can be noted for their high weatherability and resistance to inorganic chemicals exposure.
|ZINOL®||zinc-rich composition based on thermoplastic polymers|
|ZINOL®-SV||zinc-rich composition for contact welding|
|ALPOL®||composition based on thermoplastic polymers and aluminum powder|