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Nanocarbon, nanodiamond and nanocomposite additives manufacturing

0,01-0,5 % per cent of nanoadditives is enough to change structure and properties of materials hardly affecting their cost 

Superfinish polishing compositions
Being used in nanoelectrionics, enable getting impeccable flawless surfaces and unstrained near-surfaces layers with microrelief characteristics at the level of 0,5-1,5 nm semiconductive materials of different hardness and diamond, sapphire, leucosapphire, garnet, fluorite, tungsten substrates.
Galvanic coatings
(Cr, Ni, Zn, Ag, Au)
In galvanic processes, nanoadditives facilitate forming of pore-free corrosion-resistant, wear-rasistant nanostructure coatings.
Super-wear-resistant corrosion-proof aluminum and
 titanium alloys` coatings
Anodic-arc microplasma oxidation and subsequent special processing (micro-hardness HV > 2500, unlubricated friction coefficient Kf < 0,003).
Polymeric composites:
epoxide, polyether, polyamide, polyurethane, rubber resin, ect.
Nanoadditives enable the following properties amplification: hardness, wear-resistance, adhesion to metal, upgrade stress-strain properties and in a number of cases ensure unique tribotechnical characteristics, improve hydrophobic properties, reduce water absorption.
As a component of adhesive compositions, nanoadditives provide 2-3-fold increase in hardness.
Being used as a fluoroplasts component, enables 3-5-fold decrease in friction coefficient, increase hardness by 80-120 per cent, which 2-10-extends the service life of friction units.
Corrosions-resistant and bactericidal paint-and-lacquer coatings
Water-based, powder, acrylic lacquers and paints with nanoagents are characterized by enhanced wear-resistance, corrosions-resistance, adhesion to metal and improved bactericidal properties.
Motor, transmission, hydraulic, insulating oils and grease lubricants
Are characterized by elevated adhesion, wettability of wear surfaces, increased heat-absorption capacity and melting point; reduce friction coefficient and improve wear-resistance characteristics.