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CN-224222221-U - Thermal radiation double-layer paint removing roller structure for secondary aluminum paint removing of pop can

CN224222221UCN 224222221 UCN224222221 UCN 224222221UCN-224222221-U

Abstract

The utility model discloses a thermal radiation double-deck paint removal roller structure of easy open can reclaimed aluminum paint removal, including the paint removal urceolus, the both ends of paint removal urceolus are provided with feed end seat and discharge end seat respectively, the paint removal inner tube sets up in the paint removal urceolus, the blowback seat sets up correspond in the discharge end seat the position department of paint removal inner tube, the utility model discloses be equipped with paint removal urceolus, paint removal inner tube and blowback seat, adopt the structural design of double-deck barrel and blowback seat to thermal radiation and blowback convection mode carry out indirect thermal stripping to old and useless easy open can, effectively reduce the metal loss of old and useless easy open can when the paint removal is handled, and the metal recovery rate reaches more than 98%, improves useless easy open flame greatly, does not have inside the double-deck paint removal cylinder, adopts low temperature paint removal to handle, and its process anhydrous fog produces, improves paint removal efficiency and quality greatly.

Inventors

  • WANG JIE
  • GUO RUNLAI
  • SUN LINQIANG

Assignees

  • 英赛德工业装备(江苏)有限公司

Dates

Publication Date
20260512
Application Date
20250425

Claims (7)

  1. 1. A heat radiation double-layer paint removing roller structure for removing paint from reclaimed aluminum of a pop can is characterized by comprising, The paint removing device comprises a paint removing outer cylinder (1), wherein two ends of the paint removing outer cylinder (1) are respectively provided with a feeding end seat (2) and a discharging end seat (3); a paint removing inner cylinder (4), wherein the paint removing inner cylinder (4) is arranged in the paint removing outer cylinder (1); The back blowing seat (5), back blowing seat (5) set up in discharge end seat (3) corresponds in the position department of paint removal inner tube (4).
  2. 2. The heat radiation double-layer paint removing roller structure for the secondary aluminum paint removal of the pop can is characterized in that the paint removing outer cylinder (1) is driven by a motor to rotate between the feeding end seat (2) and the discharging end seat (3).
  3. 3. The heat radiation double-layer paint removing roller structure for the secondary aluminum paint removal of the pop can is characterized in that the inner side wall of the paint removing outer cylinder (1) is provided with spiral conveying strips (6) which are distributed at equal intervals.
  4. 4. The heat radiation double-layer paint removing roller structure for the secondary aluminum paint removal of the pop can according to claim 1, wherein one end of the paint removing inner cylinder (4) penetrates through the feeding end seat (2) and is connected with a heat energy conveying pipe, and the other end of the paint removing inner cylinder (4) extends towards the discharging end seat (3) and is not contacted with the discharging end seat.
  5. 5. The heat radiation double-layer paint removing roller structure for the secondary aluminum paint removal of the pop can according to claim 4, wherein the paint removing inner cylinder (4) and the back blowing seat (5) are aligned and distributed, and the paint removing inner cylinder (4) and the back blowing seat (5) are not contacted.
  6. 6. The heat radiation double-layer paint removing roller structure for the reclaimed aluminum paint removal of the pop can of claim 1 is characterized in that a discharge gap is reserved between the lower part of the back blowing seat (5) and the discharge end seat (3).
  7. 7. The heat radiation double-layer paint removing roller structure for the secondary aluminum paint removal of the pop can of claim 6, wherein the back blowing seat (5) is provided with a first annular step groove (501) and a second annular step groove (502) which are sequentially progressive, the center of the second annular step groove (502) is provided with a back blowing round table (503), and the back blowing round table (503) and the paint removing inner cylinder (4) are aligned and distributed.

Description

Thermal radiation double-layer paint removing roller structure for secondary aluminum paint removing of pop can Technical Field The utility model belongs to the technical field of reclaimed aluminum paint removal of pop cans, and particularly relates to a heat radiation double-layer paint removal roller structure for reclaimed aluminum paint removal of pop cans. Background Along with the increasing environmental awareness, the recovery and the recycling of the waste pop can become the focus of social concern, and in the recovery process of the waste pop can, the paint layer on the surface of the waste pop can not only affects subsequent processing treatment, but also possibly causes pollution to the environment, so that pop can paint removal equipment plays a vital role in the recovery industry chain of the waste pop can, the pop can paint removal equipment plays a vital role in the paint removal treatment of the waste pop can, and the paint layer on the surface of the waste pop can is stripped through the paint removal treatment, thereby providing convenience for subsequent processing and utilization, and the paint removal roller is an important device for the thermal stripping treatment of the waste pop can. The existing paint removing roller is of a single-layer barrel structure, fuel heat energy directly acts on the pop cans in the barrel, the problem that metal loss is too large in the pyrolysis paint removing process of the pop cans can be caused, the pop can paint removing quality is low, the use of the pop cans is affected, and therefore the heat radiation double-layer paint removing roller structure for the pop can regenerated aluminum paint removing is provided. Disclosure of utility model The utility model aims to provide a heat radiation double-layer paint removing roller structure for removing paint from reclaimed aluminum of a pop can, which aims to solve the problems in the prior art. In order to achieve the aim, the utility model provides the technical scheme that the heat radiation double-layer paint removing roller structure for the secondary aluminum paint removing of the pop can comprises, The paint removing device comprises a paint removing outer cylinder, wherein two ends of the paint removing outer cylinder are respectively provided with a feeding end seat and a discharging end seat; a paint removing inner cylinder which is arranged in the paint removing outer cylinder; The back blowing seat is arranged at the position corresponding to the paint removing inner cylinder in the discharging end seat. Preferably, the paint removing outer cylinder is driven by a motor to rotate between the feeding end seat and the discharging end seat. Preferably, the inner side wall of the paint removing outer cylinder is provided with spiral conveying strips which are distributed at equal intervals. Preferably, one end of the paint removing inner cylinder penetrates through the feeding end seat and is connected with the heat energy conveying pipe, and the other end of the paint removing inner cylinder extends towards the discharging end seat and is not in contact with the discharging end seat. Preferably, the paint stripping inner cylinder and the back blowing seat are aligned and distributed, and the paint stripping inner cylinder is not contacted with the back blowing seat. Preferably, a discharging gap is reserved between the lower part of the back blowing seat and the discharging end seat. Preferably, the back blowing seat is provided with a first annular step groove and a second annular step groove which are progressive in sequence, the center of the second annular step groove is provided with a back blowing round table, and the back blowing round table and the paint removing inner cylinder are aligned and distributed. Compared with the prior art, the utility model has the beneficial effects that: The utility model is provided with a paint removing outer cylinder, a paint removing inner cylinder and a back blowing seat, when the paint removing device is used, a waste pop can enters the paint removing outer cylinder through a feeding end seat, the paint removing outer cylinder rotates between the feeding end seat and a discharging end seat through motor driving, so that the waste pop can is spirally conveyed to one end of the discharging end seat through a spiral conveying strip, in the process, heat energy is conveyed into the paint removing inner cylinder through a heat energy conveying pipe, at the moment, the paint removing inner cylinder carries out pyrolysis paint removing on the waste pop can conveyed in the paint removing outer cylinder through heat radiation, then the heat energy is directly blown to a back blowing seat through the paint removing inner cylinder, then a back blowing round platform on the back blowing seat reversely blows heat energy to a position between the paint removing outer cylinder and the paint removing inner cylinder through the first annular step groove and the secon