The DPF cleaning machine industry is gradually maturing and achieving sustainable development. Through the accumulation of automobile exhaust gas mentioned above, we can understand what engine carbon deposition is. Engine carbon deposition is the main component of engine carbon deposition, which is a very important link to fully ensure the importance of engine carbon deposition. Engine carbon deposition is the main component of fuel, engine carbon deposition is the fuel of carbon dioxide, engine carbon deposition is an important component of carbon dioxide, engine carbon deposition is the fuel of carbon dioxide, engine carbon deposition is an important component of fuel, engine carbon deposition is the fuel of carbon dioxide, engine carbon deposition is an important component of fuel, engine carbon deposition is the fuel of carbon dioxide, engine carbon deposition is an important component of carbon dioxide, and engine carbon deposition is the fuel of carbon dioxide, Engine carbon deposition is an active part and an important component of carbon dioxide. Engine carbon deposition is an active material and a key component of gasoline engines.
Ultrasonic cleaning machines are applied in the surface spraying treatment industry, mechanical industry, electronic industry, medical industry, semiconductor industry, watch and jewelry industry, optical industry, textile printing and dyeing industry. In other industries, the specific applications of ultrasonic cleaning machines are as follows: 1. Surface spraying treatment industry: (cleaning attachments: oil, mechanical chips, abrasives, dust, polishing wax) Cleaning of carbon deposits, oxide skin, polishing paste, oil and rust removal, cleaning before ion plating, phosphating treatment, metal workpiece surface activation treatment, etc. before electroplating. Pre coating treatment and pre electroplating cleaning of stainless steel polished products, stainless steel cutting tools, tableware, cutting tools, locks, lighting, and hand decorations. 2. Mechanical industry: (cleaning attachments: cutting oil, abrasive particles, iron filings, dust, fingerprints) Removal of rust resistant grease; Cleaning of measuring tools; Oil and rust removal of mechanical components; Engine, engine parts, gearbox, shock absorber, bearing shells, oil nozzles, cylinder body, valve body, carburetor, and cleaning of automotive parts and chassis before painting, rust removal, and phosphating; Cleaning and cleaning of filters, piston accessories, and filter screens. Precision mechanical components, compressor parts, camera parts, bearings, hardware parts, molds, especially in the railway industry, are very suitable for oil and dirt removal of train carriage air conditioners, rust prevention and oil removal of various components at the front of trains.
This standard specifies the cost of cleaning automotive parts and does not allow the use of cleaning agents for automotive parts. Additionally, the standard provides appropriate compensation for different vehicle models and damaged models< Eod>.
