Repair and Maintenance of The Automotive Air Duct Mold
Automotive Air Duct Mold

Details:

Model

Material

Brand

Origin

Application

 

Booling-Automotive Mold-1

P20, 718, S136, 2738 etc

Booling

China

Automotive parts

Automotive air duct mold is generally made of high-quality steel, which can squeeze the thermoplastic material in a molten state into the mold cavity, blow the material into the desired shape by passing high-pressure gas, and obtain a complete air duct after cooling.

Advantages of automotive air duct mold molding:

  • Good dimensional accuracy
  • High-efficiency production
  • Automated production
  • Product consistency
  • Cost-effective

Related Hot Products

Automotive air ducts are mainly produced by blow molding to obtain a hollow structure, which can achieve better air supply and air intake effects. To extend their service life, automotive air duct molds need daily and regular maintenance to eliminate possible faulty parts so that they can be replaced in time, reduce downtime, and improve production efficiency.

Repair and Maintenance of The Automotive Air Duct Mold

Daily Maintenance of Automotive Air Duct Mold

Automotive air duct mold needs to be maintained and maintained after each use to prevent the mold from being damaged to varying degrees.

  1. After each use of the mold, use a compressed air gun to blow away plastic residues, iron filings, and other impurities on the surface, and focus on cleaning the core, cavity, and other positions
  2. Before and after daily startup and shutdown, it is necessary to check the appearance of the mold to see if there are scratches, bumps, or deformations, check whether the mold’s fixing bolts and other structures are firm, and tighten them in time
  3. Record the content and time of each maintenance to achieve data traceability
Repair and Maintenance of The Automotive Air Duct Mold

Regular Maintenance and Care of Automotive Air Duct Mold

Regular inspection and maintenance of automotive air duct molds are conducive to extending the service life and reducing the downtime of the mold.

  1. After the mold has been used for some time, it needs to be thoroughly cleaned. Use mold cleaning agent and a soft cloth to wipe to remove oil stains, rust, and other impurities on the mold surface, core, cavity, and other parts
  2. Regularly inspect the mold for accuracy, use tools such as the checking fixture, three-coordinate measuring instruments, micrometers, etc. to measure the key dimensions of the mold, and record the measurement results in time for timely adjustment
  3. Regularly inspect the transmission and positioning parts of the mold, such as sliders, ejectors, guide pillars, guide sleeves, etc., to ensure that they are free of wear and have appropriate clearances
  4. Regularly lubricate the mold, select appropriate lubricants according to the working environment and use requirements of the mold, and avoid selecting lubricants with corrosive components, which will cause certain damage to the mold
  5. Anti-rust treatment, and store it in a dry and ventilated environment to avoid moisture and rust, which will affect the performance of the mold
Repair and Maintenance of The Automotive Air Duct Mold

Maintenance Plan for Automotive Air Duct Mold

Regular inspection and maintenance of automotive air duct molds are conducive to extending the service life and reducing the downtime of the mold.

  1. After the mold has been used for some time, it needs to be thoroughly cleaned. Use mold cleaning agent and a soft cloth to wipe to remove oil stains, rust, and other impurities on the mold surface, core, cavity, and other parts
  2. Regularly inspect the mold for accuracy, use tools such as the checking fixture, three-coordinate measuring instruments, micrometers, etc. to measure the key dimensions of the mold, and record the measurement results in time for timely adjustment
  3. Regularly inspect the transmission and positioning parts of the mold, such as sliders, ejectors, guide pillars, guide sleeves, etc., to ensure that they are free of wear and have appropriate clearances
  4. Regularly lubricate the mold, select appropriate lubricants according to the working environment and use requirements of the mold, and avoid selecting lubricants with corrosive components, which will cause certain damage to the mold
  5. Anti-rust treatment, and store it in a dry and ventilated environment to avoid moisture and rust, which will affect the performance of the mold

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