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    As an efficient and environmentally friendly cleaning equipment, the working principle of high-pressure cleaning machine is based on fluid mechanics and energy conversion principles. The device mainly consists of two core components: the power drive unit and the booster pump, using ordinary tap water as the working medium.

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    During the working process, the power drive unit drives the booster pump to operate, converting normal pressure water into high-pressure low-speed water flow (usually up to 5-40MPa) through a continuous cycle of water absorption, boosting, and drainage.

    ÕâÖÖ¸ßѹˮÁ÷ͨ¹ýÌØÊâÉè¼ÆµÄ¹Ü·ϵͳÊäËÍÖÁÅç×ì´¦£¬ÓÉÓÚÅç×ì¿×¾¶£¨Í¨³£0.5-3mm£©Ô¶Ð¡Óڹֱܷ¾¶£¬Æ¾¾Ý²®Å¬ÀûÔ­Àí£¬Ë®Á÷ÔÚͨ¹ýÅç×ìʱËٶȼ±¾çÌáÉý£¬Íê³É¸ßѹµÍËÙµ½µÍѹ¸ßËÙ£¨Á÷ËÙ¿É´ï100-300m/s£©µÄÄÜÁ¿×ª»»Àú³Ì¡£

    This high-pressure water flow is transported to the nozzle through a specially designed pipeline system. Due to the nozzle aperture (usually 0.5-3mm) being much smaller than the pipeline diameter, according to Bernoulli's principle, the velocity of the water flow increases sharply when passing through the nozzle, completing the energy conversion process from high pressure low speed to low pressure high speed (flow rate can reach 100-300m/s).

    ÕâÖÖ¸ßËÙË®ÉäÁ÷·¢ÉúµÄ¹¥»÷Á¦¿ÉÒÔÇáËÉÁè¼Ý¾ø´ó¶àÊýÎÛ¹¸Óë»ùÌåÍâòµÄ½áЭÁ¦£¨Í¨³£ÔÚ0.5-5MPa¹æÄ£ÄÚ£©£¬´Ó¶øÊµÏÖ¶ÔÎÛ¹¸²ãµÄ»úе°þÀëºÍ³åË¢Çå³ý£¬µ½´ï¸ßЧÇå½àµÄÄ¿µÄ¡£

    The impact force generated by this high-speed water jet can easily exceed the bonding force between the vast majority of dirt and the substrate surface (usually in the range of 0.5-5MPa), thereby achieving mechanical peeling and flushing removal of the dirt layer, achieving efficient cleaning.

    ÔÚÓ¦ÓùæÄ£·½Ã棬¸ßѹÇåÏ´»úÕ¹ÏÖ³ö¹ã·ºµÄÊÊÓÃÐÔ¡£ÏÕЩËùÓоßÓиÕÐÔÍâòµÄ¹¤ÒµÖÆÆ·¶¼¿ÉÒÔ½ÓÄɸü¼Êõ½øÐÐÇåÏ´£¬°üÂÞµ«²»ÏÞÓÚ£º»úе¼Ó¹¤ºóµÄ½ðÊôÁ㲿¼þ£¨ÈçÖá³Ð¡¢³ÝÂֵȾ«Ãܲ¿¼þ£©¡¢Æû³µÖÆÔìÁìÓòµÄÖÖÖÖÅä¼þ£¨·¢¶¯»ú¸×Ìå¡¢ÂÖ챵ȣ©¡¢Ñ¹Öý³ÉÐ͵ÄÂÁºÏ½ð/пºÏ½ðÁã¼þ¡¢Îå½ðÖÆÆ·£¨½ô¹Ì¼þ¡¢¹¤¾ßµÈ£©¡¢´óÐ͸ֽṹ¼þ£¨ÇÅÁº¹¹¼þ¡¢´¬²°²¿¼þ£©£¬ÒÔ¼°ÖÖÖÖÎïÁ÷ÖÜתÈÝÆ÷£¨ËÜÁÏÏä¡¢½ðÊôÏäµÈ£©¡£

    In terms of application scope, high-pressure cleaning machines have demonstrated a wide range of applicability. Almost all industrial products with rigid surfaces can be cleaned using this technology, including but not limited to: machined metal parts (such as precision components such as bearings and gears), various accessories in the automotive manufacturing field (engine cylinder blocks, wheel hubs, etc.), die cast aluminum/zinc alloy parts, hardware products (fasteners, tools, etc.), large steel structural components (bridge components, ship components), and various logistics turnover containers (plastic boxes, metal boxes, etc.).

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    Compared to traditional cleaning methods, high-pressure water jet cleaning has unparalleled advantages: it can not only thoroughly remove stubborn stains such as cutting fluid and polishing paste attached to the surface, but also penetrate into complex cavities and subtle gaps, achieving all-round cleaning without causing damage or secondary pollution to the workpiece substrate.

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    Õë¶Ô²îÒìÐÔÖʵÄÎÛ¹¸£¬¸ßѹÇåÏ´»ú¿ÉÌṩÀäË®/ÈÈË®Á½ÖÖÇåϴģʽ¡£ÀäË®¸ßѹÇåÏ´£¨Ë®ÎÂ10-30¡æ£©ÊÊÓÃÓÚͨÀýµÄ»Ò³¾¡¢ÄàÍÁ¡¢½ðÊôмµÈÎïÀíÐÔ¸½×ÅÎïµÄÇå³ý£¬¾ßÓÐÄܺĵ͡¢É豸¼òÆÓµÄÌØµã¡£¶øÈÈË®¸ßѹÇåÏ´»ú£¨Ë®ÎÂͨ³£¿É´ï80-95¡æ£©Ôòͨ¹ý½áºÏ¸ßѹˮÉäÁ÷µÄ»úе¹¥»÷ºÍÈÈÄܵĻ¯Ñ§×÷Ó㬿ɸßЧ´¦Öóͷ£ÖÖÖÖÍç¹ÌÎÛȾÎ¸ßÎÂÄÜÏÔÖø½µµÍÓÍÖ¬¡¢Á¤ÇàµÈ¸ßÕ³¶ÈÎïÖʵÄÕ³¸½Ç¿¶È£»´Ù½ø»¯Ñ§Æ·²ÐÁôµÄÆÊÎö£»¿ìËÙÈÚ»¯±ù²ãºÍÀ¯ÖÊ£»¶ÔʳƷ¼Ó¹¤ÐÐÒµµÄÂѰ×ÖÊÀàÎÛ¹¸Ò²ÓÐÆæÌØÐ§¹û¡£

    For different types of dirt, the high-pressure cleaning machine can provide two cleaning modes: cold water/hot water. Cold water high-pressure cleaning (water temperature 10-30 ¡æ) is suitable for removing physical attachments such as dust, soil, metal shavings, etc. It has the characteristics of low energy consumption and simple equipment. The hot water high-pressure cleaning machine (usually with a water temperature of 80-95 ¡æ) can efficiently treat various stubborn pollutants by combining the mechanical impact of high-pressure water jet and the chemical action of thermal energy. High temperature can significantly reduce the adhesion strength of high viscosity substances such as oil and asphalt; Promote the decomposition of chemical residues; Quickly melt ice and wax; It also has a unique effect on protein based dirt in the food processing industry.

    ÕâÖÖÈÈÁ¦-»úеЭͬÇåÏ´·½Ê½ÌرðÊʺÏʯ»¯¡¢Ê³Æ·¼Ó¹¤¡¢½»Í¨ÔËÊäµÈÐÐÒµµÄÌØÊâÇåÏ´ÐèÇó£¬ÇåϴЧÂʿɱÈÀäË®ÇåÏ´Ìá¸ß30-50%¡£É豸ͨ³£Å䱸ȼÓÍ»òµç¼ÓÈÈϵͳ£¬Äܾ«È·¿ØÖÆË®ÎÂÒÔÊÊÓ¦²îÒìÇåÏ´ÒªÇó¡£

    This thermal mechanical collaborative cleaning method is particularly suitable for the special cleaning needs of industries such as petrochemicals, food processing, and transportation. The cleaning efficiency can be increased by 30-50% compared to cold water cleaning. The equipment is usually equipped with a fuel or electric heating system, which can accurately control the water temperature to meet different cleaning requirements.

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    Modern high-pressure cleaning machines also integrate multiple intelligent technologies: the variable frequency regulation system can automatically optimize pressure parameters according to the cleaning object; Rotating nozzle design can generate three-dimensional cleaning trajectories; Wastewater recycling equipment achieves environmentally friendly operations; The safety interlock system ensures operational protection.

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    These technological innovations have continuously expanded the application of high-pressure cleaning technology in industrial maintenance, municipal cleaning, food processing and other fields, becoming an important equipment for green and clean production. With the continuous improvement of environmental protection requirements and the continuous advancement of cleaning technology, high-pressure cleaning equipment is developing towards higher pressure, intelligence, energy conservation and environmental protection, providing more efficient cleaning solutions for various industries.

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