فروشگاه
NAD-1104
Introduction
NAD-1104 is an ortohophthalic, medium viscosity unsaturated polyester resin. It is supplied as a solution dissolved in monomeric styrene
NAD-1104 is designed for pipes and fittings, tanks and general applications.
N.B. Peroxide Catalysts are highly reactive and may decompose with explosive violence, or cause fires, if they come into contact with flammable materials, metals or accelerators. For this reason they must never be stored in metal containers or be mixed directly with accelerators.
NAD-1112
General Purpose Polyester Resin
Application :General purpose
NAD-1112 is an orthophthalic, medium viscosity unsaturated polyester resin. It is supplied as a solution dissolved in monomeric styrene
NAD-1112 is designed for application by spray, roller or brush, for contact moulding.
N.B. Peroxide Catalysts are highly reactive and may decompose with explosive violence, or cause fires, if they come into contact with flammable materials, metals or accelerators. For this reason they must never be stored in metal containers or be mixed directly with accelerators.
NAD-1114
General Purpose Polyester Resin
Application : Manufacturing of Decorative items, sheet and architectural panels.
NAD-1114 is an orthophthalmic, medium viscosity unsaturated polyester resin. It is supplied as a solution dissolved in monomeric styrene
NAD-1114 is designed for application by spray, roller or brush, for contact molding.
N.B. Peroxide Catalysts are highly reactive and may decompose with explosive violence, or cause fires, if they come into contact with flammable materials, metals or accelerators. For this reason they must never be stored in metal containers or be mixed directly with accelerators.
NAD-1115
Introduction
NAD-1115 is an orthophthalic, medium viscosity unsaturated polyester resin. It is supplied as a solution dissolved in monomeric styrene
NAD-1115 is designed for pipes and fittings, tanks and boats applications.
N.B. Peroxide Catalysts are highly reactive and may decompose with explosive violence, or cause fires, if they come into contact with flammable materials, metals or accelerators. For this reason they must never be stored in metal containers or be mixed directly with accelerators.