• Series one-time rubber refining system
  • Series one-time rubber refining system
  • Series one-time rubber refining system
  • Series one-time rubber refining system
Series one-time rubber refining system
Series one-time rubber refining system
Series one-time rubber refining system
Series one-time rubber refining system
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  • Product Description
  • Features of the Series Once-Through Rubber Refining System

    1. The series-type internal mixer completes the final and master mixing processes in one pass, increasing production capacity by approximately 100%;

    2. Both master mixing and final mixing use the same PLC for online control of rubber mixing quality fluctuations;

    The compounded rubber uses a one-pass mixing method, which can improve the mechanical shearing efficiency of the rubber, making the carbon black and various compounding agents more evenly dispersed, improving the tensile strength, wear resistance, and fatigue resistance of the rubber, reducing the Mooney viscosity, and other physical properties, improving the quality of the compounded rubber and products;

    3. Filling powder and small auxiliary agents are all enclosed transportation and enclosed mixing, with less pollution;

    4. The rotor dustproof seal wear ring uses C-C composite material, requiring only a small amount of oil. This reduces oil contamination of the rubber and saves approximately 40% or more oil compared to traditional methods;

    5. Using a series internal mixer greatly shortens the auxiliary time;

    6. Reduces the number of open mixers and other auxiliary equipment used;

    7. Using a series internal mixer reduces the floor space of the rubber mixing workshop, saving on construction investment;

    8. Using a fully automatic open mixer greatly reduces the labor intensity of workers;

    9. Because of the vulcanization in the lower internal mixer, the open mixer refines rubber at below 90 degrees, and the rubber cooler does not produce any smoke.

Series one-time rubber refining system

Features of the Series Once-Through Rubber Refining System 1. The series-type internal mixer completes the final refining and mother refining processes in one pass, increasing production capacity by approximately 100%; 2. Both mother refining and final refining use the same PLC for online control of rubber refining quality fluctuations; The mixed rubber uses a one-pass mixing method, which can improve the mechanical shearing efficiency of the rubber, making the carbon black and various compounding agents more evenly dispersed, improving the tensile strength, wear resistance, and fatigue resistance of the rubber, reducing the Mooney viscosity, and other physical properties, improving the quality of the mixed rubber and products; 3. Filling powder and small auxiliary agents are all closed-loop transported and closed-loop mixed, resulting in less pollution; 4. The rotor dustproof seal wear ring uses C-C composite material and requires only a small amount of oil. This reduces oil contamination of the rubber and saves more than 40% of oil compared to traditional methods; 5. Using a series-type internal mixer greatly shortens the auxiliary time; 6. Reduces the number of open mixers and other auxiliary equipment used; 7. Using a series-type internal mixer reduces the floor space of the rubber refining workshop and saves on civil construction investment; 8. Using a fully automatic open mixer greatly reduces the labor intensity of workers; 9. Because of the vulcanization in the lower internal mixer, the open mixer refines rubber at below 90 degrees, and the rubber cooling machine does not produce smoke.
  • Product Description
  • Features of the Series Once-Through Rubber Refining System

    1. The series-type internal mixer completes the final and master mixing processes in one pass, increasing production capacity by approximately 100%;

    2. Both master mixing and final mixing use the same PLC for online control of rubber mixing quality fluctuations;

    The compounded rubber uses a one-pass mixing method, which can improve the mechanical shearing efficiency of the rubber, making the carbon black and various compounding agents more evenly dispersed, improving the tensile strength, wear resistance, and fatigue resistance of the rubber, reducing the Mooney viscosity, and other physical properties, improving the quality of the compounded rubber and products;

    3. Filling powder and small auxiliary agents are all enclosed transportation and enclosed mixing, with less pollution;

    4. The rotor dustproof seal wear ring uses C-C composite material, requiring only a small amount of oil. This reduces oil contamination of the rubber and saves approximately 40% or more oil compared to traditional methods;

    5. Using a series internal mixer greatly shortens the auxiliary time;

    6. Reduces the number of open mixers and other auxiliary equipment used;

    7. Using a series internal mixer reduces the floor space of the rubber mixing workshop, saving on construction investment;

    8. Using a fully automatic open mixer greatly reduces the labor intensity of workers;

    9. Because of the vulcanization in the lower internal mixer, the open mixer refines rubber at below 90 degrees, and the rubber cooler does not produce any smoke.

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