A rubber detection system for rubber raw material, comprising:
- a controller configured to produce a first weight value, a second weight value, a third weight value, a first temperature value, a target mooney index, a first roller pitch and a second roller pitch, a rubber sampling module coupled to the controller, and the rubber sampling module configured to obtain a first rubber to be tested consistent with the first weight value, and the rubber sampling module configured to sample the rubber raw material according to the second weight value to obtain a second rubber to be tested consistent with the second weight value, and the rubber sampling module configured to sample the rubber raw material according to the third weight value to obtain a third rubber to be tested consistent with the third weight value, a rubber calender coupled to the controller and the rubber sampling module, the rubber calender including two rollers arranged in parallel, a temperature control module coupled to the controller and the rubber calender, the temperature control module configured to maintain the first rubber to be tested to be tested to have the first temperature value, a mooney sensor coupled to the controller, the temperature control module, and the rubber calender,
- a power meter coupled to the controller, the mooney sensor, and the rubber calender, wherein the mooney sensor is configured to determine if the target mooney index is consistent with the actual mooney index and the power meter is configured to record and obtain a power consumption value from the rubber calender when the mooney sensor determines that the target mooney index is consistent with the actual mooney index, an expansion ratio detection module coupled to the controller and the rubber calender, a rotation counter coupled to the controller, the temperature control module, the mooney sensor, and the rubber calender, and a specific gravity detection module coupled to the controller and the rubber sampling module,
- the rubber detections system further comprising a plasticity detection module, the plasticity detection module configured to fold the second rubber to be tested that has been continuously calendered two times, and the plasticity detection module configured to cut out a, and then the plasticity detection module configured to heat the cylinder to a second temperature value, and configured to apply a pressure with 10 kg to the cylinder and release the cylinder after maintaining the pressure with 10 kg for 15 seconds, the plasticity detection module configured to obtain a first rebound thickness of the cylinder after a first impact and a rebound moment for the cylinder, wherein the first rebound thickness has a minimum unit of 0.01 mm.