Abstract: The present application provides wood fiberboard comprising wood fibers bound together with a binder polymer resin that imparts additional strength and moisture resistance. As well, the fiberboard incorporates a thermal fire suppressing inorganic expandable flake graphite and sodium silicate component to render the fiberboard to be non-combustible and fire resistant. As well, a manufacturing process for adding the inorganic graphite and polymer resin binder into the fiberboard and applying the silicate onto the fiberboard is provided.

Abstract: The present application provides wood fiberboard comprising wood fibers bound together with a binder polymer resin that imparts additional strength and moisture resistance. As well, the fiberboard incorporates a thermal fire suppressing inorganic expandable flake graphite and sodium silicate component to render the fiberboard to be non-combustible and fire resistant. As well, a manufacturing process for adding the inorganic graphite and polymer resin binder into the fiberboard and applying the silicate onto the fiberboard is provided.

Abstract: An intumescent coating composition is disclosed comprising two intumescent agents, a polymer and optionally, one or more ancilliary agents. One of the intumescent agents is expandable graphite, and the other is a melamine cyanurate complex. These two intumescent agents in combination with the polymer, which is flexible and weather resistant, provide a coating composition that will not smoke or distribute burning particles in the wind.

Abstract: Protective coatings, in particular for the purpose of shielding and waterproofing buildings and engineered outdoor structures are based on mixtures of polymer crude tall oil pitch, in particular mixtures of an aqueous emulsions of tall oil pitch with an aqueous polymeric latex. Superior waterproofing/coating compositions according to the invention may be made as a two-component sprayable system comprising a first part which is a mixture of a alkali carbonate modified tall oil pitch emulsion and one or more polymeric latexes, and a second part which is an aqueous solution of a bivalent cationic curing agent.

Abstract: Protective coatings, in particular for the purpose of shielding and waterproofing buildings and engineered outdoor structures are based on mixtures of polymer modified tall oil, in particular mixtures of an aqueous emulsion of tall oil with an aqueous polymeric latex. Waterproofing/coating compositions according to the invention may be made as a two-component sprayable system comprising a first part which is a mixture of a tall oil emulsion and a polymeric latex and a second part which is an aqueous solution of an effective curing agent.