Efficient fire retardant type graphite bulk polymerized PS resin
A bulk polymerization and flame retardant technology, applied in the field of high-efficiency flame retardant graphite bulk polymerization PS resin, can solve the problems of low impact strength, poor heat resistance, stress cracking, etc., to improve the utilization rate of raw materials, stable product quality, The effect of high utilization of raw materials
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Embodiment 1
[0030] The technical solution adopted in the present invention is high-efficiency flame-retardant graphite body-polymerized PS resin, and the high-efficiency flame-retardant graphite body-polymerized PS resin is prepared by a bulk method polymerization process; the preparation raw materials of the high-efficiency flame-retardant graphite body-polymerized PS resin include: Graphite powder, flame retardant, talc and styrene liquid.
[0031] The mass fraction of each raw material is: graphite powder 8%, flame retardant 2%, talcum powder 1%, styrene liquid 89%. The flame retardant is hexabromododecane powder with a particle size of 1500 mesh. The particle size of graphite powder is 1500 mesh. The particle size of talcum powder is 2000 mesh.
Embodiment 2
[0033] A preparation method of highly efficient flame-retardant graphite bulk polymerization PS resin, the method is a bulk polymerization process; the steps of the preparation method are:
[0034] (1) Add graphite powder, flame retardant, talc powder and styrene liquid into the autoclave for pre-reaction by adding graphite powder, flame retardant, talc powder and styrene liquid into the autoclave; the reaction temperature of the autoclave is 90°C and the speed is 33 r / min; The conversion rate of the internal raw material reaction was 34%.
[0035] The mass fraction of each raw material is: graphite powder 8%, flame retardant 2%, talcum powder 1%, styrene liquid 89%. The flame retardant is hexabromododecane powder with a particle size of 1200 mesh; the particle size of graphite powder is 1800 mesh; the particle size of talcum powder is 2000 mesh.
[0036] (2) Input the pre-reaction product of the previous step into the No. 1 reactor for primary reaction, and add a catalyst to...
Embodiment 3
[0043] On the basis of Example 2, this embodiment is a preparation method of high-efficiency flame-retardant graphite bulk polymerized PS resin, which is a bulk polymerization process; the steps of the preparation method are:
[0044] (1) Add graphite powder, flame retardant, talc powder and styrene liquid into the autoclave for pre-reaction by adding graphite powder, flame retardant, talc powder and styrene liquid into the autoclave; The conversion rate of the internal raw material reaction was 32%.
[0045]The mass fraction of each raw material is: graphite powder 6%, flame retardant 3%, talc powder 0.5%, styrene liquid 90.5%. The flame retardant is hexabromododecane powder with a particle size of 500 mesh; the particle size of graphite powder is 2500 mesh; and the particle size of talcum powder is 1000 mesh.
[0046] (2) Input the pre-reaction product from the previous step into the No. 1 reactor for primary reaction; the reaction temperature is 120°C;
[0047] (3) Put th...
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