Modified resin liquid and preparation method thereof
A technology for modifying resins and resins, applied in building components, building insulation materials, buildings, etc., can solve the problems of poor compatibility between rubber oil and rubber, cumbersome processing procedures, loss of aromatic hydrocarbon content, etc. The effect of reducing environmental pollution
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Embodiment 1
[0027] 1. In a four-neck flask, dissolve 800g of C9 resin in 400g of naphthenic oil KN4006, and keep melting at 100-120°C;
[0028] 2. Add 4.8g AlCl to the reaction system 3 Catalyst, after stirring for half an hour;
[0029] 3. Add 40g of phenol, keep the system temperature at 100-120°C, and stir continuously for 1-3h;
[0030] 4. Add hexamethylenediamine to the reaction solution to adjust the reaction solution to neutral to obtain a modified resin solution.
Embodiment 2
[0032] 1. In a four-necked flask, dissolve 600g of asphalt resin in 400g of naphthenic oil KN4006, and keep melting at 100-120°C;
[0033] 2. Add 4g of boron trifluoride ether catalyst into the reaction system, and stir for half an hour;
[0034] 3. Add 40g phenol and 40g coumarone resin, keep the system temperature at 100-120°C, and stir continuously for 1-3h;
[0035] 4. Add ethylenediamine to the reaction solution to adjust the reaction solution to neutral to obtain a modified resin solution.
Embodiment 3
[0037] 1. In a four-necked flask, dissolve 400g of asphalt resin in 400g of naphthenic oil KN4010, and keep melting at 100-120°C;
[0038] 2. Add 4g of p-toluenesulfonic acid catalyst into the reaction system and stir for half an hour;
[0039] 3. Add 60g of cardanol, keep the system temperature at 100-120°C, and stir continuously for 1-3h;
[0040] 4. Add triethylamine to the reaction solution to adjust the reaction solution to neutral to obtain a modified resin solution.
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