
Ò»¡¢½¹µã¼¼ÊõÓÅÊÆ£º´Ó ¡°´Ö±©È¥ÎÛ¡± µ½ ¡°¾«×¼Ñø»¤¡± µÄÉý¼¶
1¡¢ Core technological advantage: Upgrade from "rough cleaning" to "precise maintenance"
»·±£ÐÔ¸ïÐÂ
Environmental Protection Innovation
ÎÞ ODS ÎïÖʲÐÁô£ºÌ¼ÇâÈܼÁ²»º¬ÂÈ¡¢·úµÈÆÆ»µ³ôÑõ²ãÉí·Ö£¬ÇÐºÏ RoHS¡¢REACH µÈ¹ú¼Ê»·±£³ß¶È¡£ÀýÈ磬ijµç×Ó³§Ê¹ÓÃ̼ÇâÇåÏ´»úºó£¬·ÏË®ÅÅ·ÅÖÐµÄ VOCs Ũ¶È´Ó 500ppm ½µÖÁ 20ppm£¬ÖÆÖ¹Á˱´úÌþÇåÏ´µ¼ÖµÄÍÁÈÀ / ˮԴÎÛȾ·çÏÕ¡£
No residual ODS substances: hydrocarbon solvents do not contain chlorine, fluorine, or other ozone depleting components, and comply with international environmental standards such as RoHS and REACH. For example, after using a hydrocarbon cleaning machine in an electronics factory, the concentration of VOCs in wastewater discharge decreased from 500ppm to 20ppm, avoiding the risk of soil/water pollution caused by halogenated hydrocarbon cleaning.
µÍ¶¾ÐÔÓë¿É½µ½âÐÔ£ºÈܼÁ¼±ÐÔ¶¾ÐÔ£¨LD50£¾5000mg/kg£©½öΪÈýÂÈÒÒÏ©µÄ 1/10£¬ÇÒ×ÔÈ»½µ½âÂÊ´ï 90% ÒÔÉÏ¡£Ä³Ò½ÁÆÆ÷е³§½ÓÄÉ̼ÇâÇåÏ´Ò½Óò»Ðâ¸Ö²¿¼þ£¬ÖÆÖ¹ÁË´«Í³ÈܼÁ¶Ô²Ù×÷ÈËÔ±µÄ¿µ½¡Íþв£¨Èç±´úÌþµÄÉñ¾¶¾ÐÔ£©¡£
Low toxicity and degradability: The acute toxicity of solvents (LD50>5000mg/kg) is only 1/10 of trichloroethylene, and the natural degradation rate is over 90%. A certain medical device factory uses hydrocarbon cleaning to clean medical stainless steel parts, avoiding the health threats of traditional solvents to operators (such as the neurotoxicity of halogenated hydrocarbons).
ÇåÏ´ÐÔÄÜÍ»ÆÆ
Breakthrough in cleaning performance
Éî¶ÈÈܽâÓлúÎ¶Ô¿óÎïÓÍ¡¢¶¯Ö²ÎïÓÍ¡¢ºÏ³ÉÓÍÖ¬µÄÈܽâ¶È£¨£¾200g/L£©ÊÇË®»ùÇåÏ´¼ÁµÄ 10 ±¶ÒÔÉÏ¡£Ä³Æû³µÁ㲿¼þ³§ÇåÏ´·¢¶¯»ú¸×ÌåÉϵÄÖØÖÊÇÐÏ÷ÓÍʱ£¬Ì¼ÇâÇåÏ´»úÔÚ 5 ·ÖÖÓÄÚÈ¥³ýÂÊ´ï 99.2%£¬¶øË®»ùÇåÏ´Ðè 30 ·ÖÖÓ + ¸ßѹÅçÁÜ¡£
Deep dissolution of organic matter: The solubility (>200g/L) of mineral oil, animal and vegetable oil, and synthetic oil is more than 10 times that of water-based cleaning agents. When cleaning heavy cutting oil on engine cylinder blocks at a certain automotive parts factory, the hydrocarbon cleaning machine achieved a removal rate of 99.2% within 5 minutes, while water-based cleaning requires 30 minutes and high-pressure spraying.
ÖÊÁϼæÈÝÐÔÓÅÒ죺¶ÔÂÁºÏ½ð£¨¸¯Ê´ËÙÂÊ£¼0.01mm / Ä꣩¡¢ÍºÏ½ð¡¢ËÜÁÏ£¨Èç ABS¡¢PC£©¡¢Ïð½ºÃÜ·âȦÎÞÇÖÊ´¡£Ä³ÖÓ±í³§ÓÃ̼ÇâÇåÏ´»ú´¦Öóͷ£¶Æ½ðÁã¼þ£¬Íâò¹âÔó¶È±£³ÖÂÊ´ï 98%£¬ÖÆÖ¹ÁËË®»ùÇåÏ´µÄµç»¯Ñ§¸¯Ê´ÎÊÌâ¡£
Excellent material compatibility: No corrosion to aluminum alloys (corrosion rate<0.01mm/year), copper alloys, plastics (such as ABS, PC), and rubber seals. A certain clock factory uses a hydrocarbon cleaning machine to process gold-plated parts, with a surface gloss retention rate of 98%, avoiding the electrochemical corrosion problem of water-based cleaning.

½ÚÄÜÓëÑ»·ÀûÓÃ
Energy conservation and recycling
ÕôÁó½ÓÄÉϵͳ£ºÄÚÖö༶ÕôÁó×°Öã¨ÕôÁóЧÂÊ£¾95%£©£¬ÈܼÁ¿ÉÖØ¸´Ê¹Óà 50-100 ´Î¡£Ä³»úе¼Ó¹¤³§ÄêÏûºÄ̼ÇâÈܼÁ 10 ¶Ö£¬Í¨¹ý½ÓÄÉϵͳʵ¼ÊÔö²¹Á¿½ö 2 ¶Ö£¬³É±¾½Ï´«Í³ÈܼÁÇåÏ´½µµÍ 40%¡£
Distillation recovery system: Built in multi-stage distillation device (distillation efficiency>95%), solvent can be reused 50-100 times. A certain mechanical processing plant consumes 10 tons of hydrocarbon solvents annually, but only 2 tons are actually replenished through the recycling system, reducing the cost by 40% compared to traditional solvent cleaning.
µÍÎÂÇåÏ´¼¼Êõ£º²¿ÃÅ»úÐÍÖ§³Ö 30-50¡æµÍÎÂÇåÏ´£¨´«Í³Â±´úÌþÐè 60¡æÒÔÉÏ£©£¬ÊÊÓÃÓÚÈÈÃôÔª¼þ£¨Èç LED оƬ¡¢Ïð½ºÃÜ·â¼þ£©¡£Ä³¹âѧ¾µÍ·³§ÇåÏ´²£Á§¾µÆ¬Ê±£¬µÍÎÂÇé¿öÖÆÖ¹Á˸ßε¼ÖµĶÆÄ¤ËðÉË£¬Á¼Æ·ÂÊ´Ó 85% ÌáÉýÖÁ 97%¡£
Low temperature cleaning technology: Some models support low-temperature cleaning at 30-50 ¡æ (traditional halogenated hydrocarbons require above 60 ¡æ), suitable for thermal sensitive components such as LED chips and rubber seals. When cleaning glass lenses at a certain optical lens factory, the low-temperature environment avoided coating damage caused by high temperatures, and the yield rate increased from 85% to 97%.
¶þ¡¢½¹µã¹¦Ð§Éè¼Æ£º´Ó ¡°µ¥Ò»ÇåÏ´¡± µ½ ¡°ÏµÍ³½â¾ö·½°¸¡± µÄÑÓÉì
2¡¢ Core Function Design: Extension from "Single Cleaning" to "System Solution"
¶àÔª»¯Çåϴģʽ
Diversified cleaning mode
³¬Éù²¨ + ÅçÁÜ×éºÏ£º³¬Éù²¨£¨28-40kHz£©ÆÆ»µÎÛȾÎï·Ö×Ó¼ä×÷ÓÃÁ¦£¬ÅçÁÜ£¨Ñ¹Á¦ 0.5-2MPa£©³åÏ´Íç¹Ì¿ÅÁ£¡£Ä³µç×ÓÏß·°å³§ÇåÏ´ 0.1mm ΢¿×ÄÚµÄÖúº¸¼Á²ÐÁô£¬Í¨¹ý×éºÏģʽ½«Çå½à¶È´Ó 90% ÌáÉýÖÁ 99.8%¡£
Ultrasonic+Spray Combination: Ultrasonic waves (28-40kHz) disrupt the intermolecular forces of pollutants, while sprays (pressure 0.5-2MPa) wash away stubborn particles. A certain electronic circuit board factory cleaned the flux residue inside 0.1mm micropores and improved the cleanliness from 90% to 99.8% through a combination mode.
Õæ¿Õ¸ÉÔïÒ»Ì廯£ºÇåÏ´ºóÕæ¿ÕÇé¿ö£¨Ñ¹Á¦£¼10kPa£©Ï¸ÉÔï£¬ÖÆÖ¹Ë®×Õ»òÈܼÁ²ÐÁô¡£Ä³º½¿Õº½ÌìÆóÒµÇåÏ´îѺϽð½ô¹Ì¼þ£¬Õæ¿Õ¸ÉÔïºóÍâò¾øÔµµç×裾10^12¦¸£¬Âú×㺽Ìì¼¶½à¾»ÒªÇó¡£
Vacuum drying integration: After cleaning, dry in a vacuum environment (pressure<10kPa) to avoid water stains or solvent residue. A certain aerospace company cleaned titanium alloy fasteners, and after vacuum drying, the surface insulation resistance was greater than 10 ^ 12 ¦¸, meeting the aerospace grade cleanliness requirements.
Äþ¾²·À»¤Ìåϵ
Safety protection system
·À±¬Éè¼Æ£º½ÓÄɸô±¬µç»ú¡¢¾²µç½ÓµØ£¨µç×裼1¦¸£©¡¢¿ÉÈ¼ÆøÌå¼à²â£¨Å¨¶ÈãÐÖµÉèΪ LEL µÄ 10%£©£¬È·±£ÉÁµã£¾60¡æµÄÈܼÁÔÚÃܱÕÇé¿öÖÐÄþ¾²ÔËÐС£Ä³Ê¯»¯Åä¼þ³§Ê¹ÓÃ̼ÇâÇåÏ´»ú 3 Ä꣬δ·¢Éú¹ý±¬È¼Ê¹ʡ£
Explosion proof design: using explosion-proof motors, electrostatic grounding (resistance<1 ¦¸), and combustible gas monitoring (concentration threshold set at 10% of LEL) to ensure safe operation of solvents with flash points>60 ¡æ in a closed environment. A certain petrochemical accessory factory has been using hydrocarbon cleaning machines for 3 years without any explosion accidents.
ÖÇÄÜ·ç¿ØÏµÍ³£ºÊµÊ±¼à²âζȣ¨¾«¶È ¡À1¡æ£©¡¢ÒºÎ»¡¢Ñ¹Á¦£¬Ò쳣ʱ×Ô¶¯Í£»ú²¢Æô¶¯µªÆø´µÉ¨¡£Ä³¾«ÃÜÖá³Ð³§Òò´«¸ÐÆ÷¹ÊÕÏ´¥·¢Í£»ú£¬ÖÆÖ¹ÁËÈܼÁ¹ýÈÈÆÊÎö·çÏÕ¡£
Intelligent risk control system: Real time monitoring of temperature (accuracy ¡À 1 ¡æ), liquid level, and pressure, automatically shutting down and starting nitrogen purging in case of abnormalities. A precision bearing factory shut down due to sensor failure, avoiding the risk of solvent overheating and decomposition.
±¾ÎÄÓÉ̼ÇâÇåÏ´»úÓÑÇé·îÏ×.¸ü¶àÓйصÄ֪ʶÇëµã»÷:ÌÚÁúÓéÀÖ½«»á¶ÔÄúÌá³öµÄÒÉÎʽøÐÐÏêϸµÄ½â´ð£¬½Ó´ýÄúµÇÂ¼ÍøÕ¾ÁôÑÔ.
This article is dedicated to friendship For more information, please click: We will provide detailed answers to your questions. You are welcome to log in to our website and leave a message
¹«Ë¾£ºÌÚÁúÓéÀÖ¹ÙÍøÉ豸ÓÐÏÞ¹«Ë¾  
ÈÈÏߣº18663767799
µØÖ·£ºÉ½¶«Ê¡¼ÃÄÏÊмÃÑôÇø´´ÒµÂ·ÓëÆôº½½Ö½»Ö¯¿ÚÄÏ40Ã×