The mechanisms of reactions which occur on heating mixtures of Bi compounds and a chloroparaffin, which are suitable fire retardant additives for polymers, have been studied. BiCl3, which is evolved at a high initial rate by reaction of Bi compounds with HCl eliminated by the chloroparaffin, has a strong catalytic effect on the dehydrochlorination process of the chloroparaffin itself. BiCl3 evolution occurs in a two-stage process: a fast step characterised by a maximum rate at 300°C followed by a slower step which occurs between 300 and 500°C
The fire retardant characteristics of additives based on mixtures of melamine hydrobromide-free radi...
This work details a methodology for parameterization of the kinetics and thermodynamics of the therm...
The main thrust of this study is to examine the thermal decomposition of several metal chelates and ...
The characteristics of the evolution of the flame inhibitors HCl and metal chlorides from thermally ...
The main characteristics of the evolution of HCl and SbCl3 during the thermal degradation of chlorop...
The thermal degradation is studied of the mixture, melamine hydrobromide-free radical initiator-basi...
In mixtures of polystyrene with a fire retardant chloroparaffin, the rate of volatilisation of the p...
The thermal degradation of polypropylene is accelerated when it is heated in mixtures with a fire re...
Volatilisation of mixtures of high density polyethylene (PE) with a fire retardant chloroparaffin (C...
The mechanism by which a typical fire retardant chloroparaffin imparts fire retardant characteristic...
Evidence is given that the thermal behaviour of a mixture of polypropylene and a fire retardant chlo...
From oxygen and nitrous oxide indices of polypropylene-chlorinated paraffin mixtures it can be deduc...
The composition of the products formed by the thermal degradation of PS is modified by the presence ...
When polypropylene is thermally degraded in mixtures with a highly chlorinated fire retardant chloro...
The thermal decomposition of the commonly used halogenated additive fire retardant, tetrabromobisphe...
The fire retardant characteristics of additives based on mixtures of melamine hydrobromide-free radi...
This work details a methodology for parameterization of the kinetics and thermodynamics of the therm...
The main thrust of this study is to examine the thermal decomposition of several metal chelates and ...
The characteristics of the evolution of the flame inhibitors HCl and metal chlorides from thermally ...
The main characteristics of the evolution of HCl and SbCl3 during the thermal degradation of chlorop...
The thermal degradation is studied of the mixture, melamine hydrobromide-free radical initiator-basi...
In mixtures of polystyrene with a fire retardant chloroparaffin, the rate of volatilisation of the p...
The thermal degradation of polypropylene is accelerated when it is heated in mixtures with a fire re...
Volatilisation of mixtures of high density polyethylene (PE) with a fire retardant chloroparaffin (C...
The mechanism by which a typical fire retardant chloroparaffin imparts fire retardant characteristic...
Evidence is given that the thermal behaviour of a mixture of polypropylene and a fire retardant chlo...
From oxygen and nitrous oxide indices of polypropylene-chlorinated paraffin mixtures it can be deduc...
The composition of the products formed by the thermal degradation of PS is modified by the presence ...
When polypropylene is thermally degraded in mixtures with a highly chlorinated fire retardant chloro...
The thermal decomposition of the commonly used halogenated additive fire retardant, tetrabromobisphe...
The fire retardant characteristics of additives based on mixtures of melamine hydrobromide-free radi...
This work details a methodology for parameterization of the kinetics and thermodynamics of the therm...
The main thrust of this study is to examine the thermal decomposition of several metal chelates and ...