Semi-continuous vinyl acetate (VAc) radical emulsion polymerization in water with 3-methacryloxypropyltrimethoxysilane (GF31) co-monomer was performed using protective colloid PVA and surface-active compound. The impact of GF31 on polyvinyl acetate (PVAc) dispersion physicochemical and production parameters were determined. Even low quantities of GF31 (up to 1.5 % of VAc mass) had crucial impact on PVAc dispersion and dispersion film’s parameters
Improved environmental consciousness and harsh legislation concerning volatile organic compounds (VO...
ABSTRACT: The role of grafting in particle nucleation during the emulsion polymerization of vinyl ac...
Batch emulsion copolymerizations of butadiene, methyl methacrylate (MMA), methacrylic acid (MAA) and...
Semi-continuous vinyl acetate (VAc) radical emulsion polymerization in water with 3-methacryloxyprop...
Successful vinyl acetate radical emulsion polymerization in water with different type of industrial ...
Major advantage of silane-modified systems is possibility to cross link reactive silanol groups and ...
The polymerization of vinyl acetate (VA) in three-component microemulsions stabilized with the catio...
The object of investigation was thin (< 200 m) films, formed by casting from water based mixtures o...
The polymerization of vinyl acetate in one-phase o/w microemulsions stabilized with Aerosol OT (AOT)...
34-42A major objective in the operation of emulsion polymerization processes is that of faster and s...
Vinyl acetate (VAc) was polymerized by a seeded semicontinuous heterogeneous process. Stable latexes...
Fast and exothermic discontinuous emulsion polymerization processes are particularly difficult to op...
Unsupported films cast from water solutions of poly (vinyl alcohol) (PVA) and plasticizer are transp...
Emulsion polymerization has gained considerable interest for decades now due to its industrial appli...
Improvement of deformability of rigid polymers may be reached by forming its blends with certain mor...
Improved environmental consciousness and harsh legislation concerning volatile organic compounds (VO...
ABSTRACT: The role of grafting in particle nucleation during the emulsion polymerization of vinyl ac...
Batch emulsion copolymerizations of butadiene, methyl methacrylate (MMA), methacrylic acid (MAA) and...
Semi-continuous vinyl acetate (VAc) radical emulsion polymerization in water with 3-methacryloxyprop...
Successful vinyl acetate radical emulsion polymerization in water with different type of industrial ...
Major advantage of silane-modified systems is possibility to cross link reactive silanol groups and ...
The polymerization of vinyl acetate (VA) in three-component microemulsions stabilized with the catio...
The object of investigation was thin (< 200 m) films, formed by casting from water based mixtures o...
The polymerization of vinyl acetate in one-phase o/w microemulsions stabilized with Aerosol OT (AOT)...
34-42A major objective in the operation of emulsion polymerization processes is that of faster and s...
Vinyl acetate (VAc) was polymerized by a seeded semicontinuous heterogeneous process. Stable latexes...
Fast and exothermic discontinuous emulsion polymerization processes are particularly difficult to op...
Unsupported films cast from water solutions of poly (vinyl alcohol) (PVA) and plasticizer are transp...
Emulsion polymerization has gained considerable interest for decades now due to its industrial appli...
Improvement of deformability of rigid polymers may be reached by forming its blends with certain mor...
Improved environmental consciousness and harsh legislation concerning volatile organic compounds (VO...
ABSTRACT: The role of grafting in particle nucleation during the emulsion polymerization of vinyl ac...
Batch emulsion copolymerizations of butadiene, methyl methacrylate (MMA), methacrylic acid (MAA) and...