A kind of tpo automotive interior parts with healing ability under visible light and preparation method thereof
A technology for automotive interior parts and visible light, applied in coatings, polyurea/polyurethane coatings, etc., can solve problems such as unsatisfactory actual effects, inability to effectively heal, and adverse effects on the scratch resistance of automotive interior skins
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[0050] The present invention also discloses a preparation method of a TPO automotive interior part with healing ability under visible light, which specifically includes the following steps:
[0051] Step 101: Prepare TPO base layer, including:
[0052] Weighing: Weigh the raw materials of each component of the TPO base layer;
[0053] Mixing: Mix the raw materials of each component of the TPO base layer according to the formula ratio;
[0054] Conveying: Conveying the mixed material to the main discharge port of the extruder;
[0055] Melting: melt and extrude the mixed material through an extruder to form a cast film;
[0056] Extrusion molding: the casting film is cooled and shaped after three-roll calendering;
[0057] Step 102: Prepare a water-based polyurethane surface treatment agent, including:
[0058] Weighing: Weigh the raw materials of each component of the water-based polyurethane layer;
[0059] Mixing: Mix the raw materials of each component of the water-bas...
Embodiment 1
[0067] Step 1: Prepare TPO base layer
[0068] Table 1 TPO base layer components:
[0069] serial number Material Component 1 TPO (such as model AP-6) 40 2 Modified polypropylene (such as model HP-56) 5 3 Polyethylene (such as model LP-45) 5 4 pigment 4 5 Photohealing material (such as model XC) 1 6 Light stabilizer (such as type X-8) 0
[0070] Table 2 Extruder settings:
[0071]
[0072] Specific process:
[0073] Weighing: Weigh the raw materials of each component of the TPO base layer;
[0074] Mixing: Mix the raw materials of each component of the TPO base layer according to the formula ratio;
[0075] Conveying: Conveying the mixed material to the main discharge port of the extruder;
[0076] Melting: melt and extrude the mixed material through an extruder to form a cast film;
[0077] Extrusion molding: the casting film is cooled and shaped after three-roll calendering;
[0078] The TPO base layer compo...
Embodiment 2
[0098] Step 1: Prepare TPO base layer
[0099] Table 6 TPO base layer components:
[0100] serial number Material Component 1 TPO (such as model AP-6) 70 2 Modified polypropylene (such as model HP-56) 20 3 Polyethylene (such as model LP-45) 20 4 pigment 8 5 Photohealing material (such as model XC) 15 6 Light stabilizer (such as type X-8) 5
[0101] Table 7 Extruder settings:
[0102]
[0103] Specific process:
[0104] Weighing: Weigh the raw materials of each component of the TPO base layer;
[0105] Mixing: Mix the raw materials of each component of the TPO base layer according to the formula ratio;
[0106] Conveying: Conveying the mixed material to the main discharge port of the extruder;
[0107] Melting: melt and extrude the mixed material through an extruder to form a cast film;
[0108] Extrusion molding: the casting film is cooled and shaped after three-roll calendering;
[0109] The TPO base layer co...
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