HP-PKC Series Carbon Paste Kneading Cooler

Product Description

Details of HP-PKC Series Carbon Paste Kneading Cooler:- 1a Low temperature mixing and cooling Adopt carbon paste cooling machine technique (Invention Patent NO.: ZL 2012 1 0099062.3), paste cooling machine technique (patent No.: ZL 2009 2 0273347.8) to mix under low temperature while cooling carbon paste. After carbon paste is mixed and cooled down to 130a (such temperature is related to features of asphalt), mixing effect is enhanced along with decreasing of temperature, forming of asphalt absorb layer at the surface of aggregate is more active, and layered structure inside asphalt absorb layer is more favorable to arrangement in order. 2a Volume density of molding body is improved by 0.02 times. Adopt carbon paste cooling machine technique (Invention Patent NO.: ZL 2012 1 0099062.3), paste cooling machine technique (patent No.: ZL 2009 2 0273347.8), carbon product molding and volume density of finished products are improved. 3a Yield is improved by 2-5%. Adopt carbon paste cooling machine technique (Invention Patent NO.: ZL 2012 1 0099062.3), paste cooling machine technique (patent No.: ZL 2009 2 0273347.8), carbon product defects are eliminated, carbon product molding and yield of finished products are improved. 4a Amount of asphalt is reduced by 2%. Adopt carbon paste cooling machine technique (Invention Patent NO.: ZL 2012 1 0099062.3), paste cooling machine technique (patent No.: ZL 2009 2 0273347.8), asphalt amount in the previous a mixinga procedure is reduced. 5a Cooled paste is scattered Adopt carbon paste cooling machine technique (Invention Patent NO.: ZL 2012 1 0099062.3), paste is scattered powerfully. 6a Cooling temperature is uniform Adopt paste cooling machine technique (patent No.: ZL 2009 2 0273347.8), cool down material by circulating cooling medium while mixing materials. Rotation speed of two mixing blade is the same, but the rotation direction is opposite, so materials flow in order in the tank, cooling and mixing resistance is small, equipment driving power is saved. 7a Cooling efficiency is high Adopt mixing blade heating patent technique (patent No.: ZL 2006 2 0085174.3), mixing blade has cooling medium inside to cool down paste, whole area heating patent technique (patent No.: ZL 2004 2 0018996.0), heat transmission jacket intensity, material discharge gate cooling, lining plate and tank are seamless connected and other cooling intense technique. 8a Asphalt smoke is discharged completely Rotation of mixing blade stirs paste constantly, asphalt smoke inside paste is scattered, and asphalt smoke is forced to discharged out of the machine. 9a Temperature measurement is accurate Adopt new temperature measuring technique (patent No.: ZL 2014 2 0490132.2) to improve temperature measuring response and anti-interference performance. 10a Fast material discharge, no material residue Mixing blade pushes materials spirally, material discharge speed is fast. Discharge gate is at the bottom of tank, discharge is complete and there is no residue. 11a High wear resistance Overlying wear-resistant weld layers are at the surface of mixing blade, rigidity of wear-resistant layer is up to HRC60-65, and service life of mixing blade is 20 years. Lining plates use new type wear-resistant manganese steel material with high strength after thermal treatment. Service life of lining plates to produce anode is 15 years and it is 1 year to produce cathode and carbon electrodes. 12a Bearing structure of mixing blade is reliable Bearing of mixing blade adopts self-aligning roller bearing and both-way thrust bearing design which overcomes axial force of mixing blade and prevents mixing blades from jumping, and service life of bearing is longer. One side of bearing structure is fixed and the other side is movable, which eliminates influence of thermal expansion and prevents mixing blade from blockage because of heat of conduction oil.