Wear-resistant rubber material combination of tire tread and preparation method thereof
A tire tread and wear-resistant rubber technology, which is applied to special tires, tire parts, transportation and packaging, etc., can solve the problems that the comprehensive performance of tires cannot be guaranteed, and tires cannot meet the wear-resistant requirements of customers, so as to improve competitiveness and value, excellent performance, economy and wide adaptability
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Embodiment 1
[0025] The weight and number ratio of each component raw material is:
[0026] Natural rubber 1# standard glue: 30 parts;
[0027] SBR 1502E: 25 parts;
[0028] Butadiene rubber BR9000: 45 parts;
[0029] Carbon black N110: 35 parts;
[0030] Carbon black N234: 17.5 parts;
[0031] High aromatic oil: 8 parts;
[0032] Hydrocarbon resin (C5 resin): 3 parts;
[0034] Stearic acid: 1 part;
[0035] Antiaging agent 4020: 1 part;
[0036] Accelerator CZ: 0.3 parts;
[0037] Dispersant A78: 0.5 part;
[0038] Insoluble sulfur: 3 parts;
[0039] The tearing strength, tensile strength and hardness of the above-mentioned rubber materials have been improved. The tearing strength is 5.0 MPa higher than that of ordinary tire rubber materials, the tensile strength is 15% higher than that of ordinary tire rubber materials, and the hardness is higher than that of ordinary tire rubber materials. Increases hardness by 2 Shore.
Embodiment 2
[0041] The weight and number ratio of each component raw material is:
[0042] Natural rubber: 35 parts;
[0043] SBR 1502E: 30 parts;
[0044] Butadiene rubber BR9000: 40 parts;
[0045] Carbon black N110: 40 parts;
[0046] Carbon black N234: 20 parts;
[0048] Stearic acid: 1 part;
[0049] Antiaging agent 4020: 1 part;
[0050] Accelerator: 0.5 parts;
[0051] Reinforcing agent: 15 parts;
[0052] Dispersant: 1 part;
[0053] High aromatic hydrocarbon oil: 8 parts;
[0054] C5 resin: 2 parts;
[0055] Insoluble sulfur: 3 parts.
[0056] The tearing strength, tensile strength and hardness of the above-mentioned rubber materials have all been improved. The tearing strength can be increased by 5.3 Mpa compared with ordinary tire rubber materials, the tensile strength is 18% higher than that of ordinary tire rubber materials, and the hardness is higher than that of ordinary tire rubber materials. The rubber compound increases 1 Shore...
Embodiment 3
[0058] The weight and number ratio of each component raw material is:
[0059] Natural rubber: 40 parts;
[0060]SBR 1502E: 35 parts;
[0061] Butadiene rubber BR9000: 25 parts;
[0062] Carbon black N110: 45 parts;
[0063] Carbon black N234: 25 parts;
[0064] Zinc oxide: 5 parts;
[0065] Stearic acid: 1.5 parts;
[0066] Antiaging agent 4020: 1.5 parts;
[0067] Accelerator: 0.6 parts;
[0068] Reinforcing agent: 20 parts;
[0069] Dispersant: 1.5 parts;
[0070] High aromatic hydrocarbon oil: 15 parts;
[0071] C5 resin: 3 parts;
[0072] Insoluble sulfur: 4 parts.
[0073] The breaking strength and tensile strength of the wear-resistant rubber compound have been improved, and the breaking strength can be increased by 5.5 MPa compared with the rubber compound of ordinary tires, and the tensile strength is increased by 20% compared with the rubber compound of ordinary tires.
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