一、核心技术优势：从 “粗暴去污” 到 “精准养护” 的升级

1、 Core technological advantage: Upgrade from "rough cleaning" to "precise maintenance"

环保性革新

Environmental Protection Innovation

无 ODS 物质残留：碳氢溶剂不含氯、氟等破坏臭氧层成分，符合 RoHS、REACH 等国际环保标准。例如，某电子厂使用碳氢清洗机后，废水排放中的 VOCs 浓度从 500ppm 降至 20ppm，避免了卤代烃清洗导致的土壤 / 水源污染风险。

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.

低毒性与可降解性：溶剂急性毒性（LD50＞5000mg/kg）仅为三氯乙烯的 1/10，且自然降解率达 90% 以上。某医疗器械厂采用碳氢清洗医用不锈钢部件，避免了传统溶剂对操作人员的健康威胁（如卤代烃的神经毒性）。

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).

清洗性能突破

Breakthrough in cleaning performance

深度溶解有机物：对矿物油、动植物油、合成油脂的溶解度（＞200g/L）是水基清洗剂的 10 倍以上。某汽车零部件厂清洗发动机缸体上的重质切削油时，碳氢清洗机在 5 分钟内去除率达 99.2%，而水基清洗需 30 分钟 + 高压喷淋。

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.

材料兼容性优异：对铝合金（腐蚀速率＜0.01mm / 年）、铜合金、塑料（如 ABS、PC）、橡胶密封圈无侵蚀。某钟表厂用碳氢清洗机处理镀金零件，表面光泽度保持率达 98%，避免了水基清洗的电化学腐蚀问题。

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.

节能与循环利用

Energy conservation and recycling

蒸馏回收系统：内置多级蒸馏装置（蒸馏效率＞95%），溶剂可重复使用 50-100 次。某机械加工厂年消耗碳氢溶剂 10 吨，通过回收系统实际补充量仅 2 吨，成本较传统溶剂清洗降低 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.

低温清洗技术：部分机型支持 30-50℃低温清洗（传统卤代烃需 60℃以上），适用于热敏元件（如 LED 芯片、橡胶密封件）。某光学镜头厂清洗玻璃镜片时，低温环境避免了高温导致的镀膜损伤，良品率从 85% 提升至 97%。

Low temperature cleaning technology: Some models support low-temperature cleaning at 30-50 ℃ (traditional halogenated hydrocarbons require above 60 ℃), 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%.

二、核心功能设计：从 “单一清洗” 到 “系统解决方案” 的延伸

2、 Core Function Design: Extension from "Single Cleaning" to "System Solution"

多元化清洗模式

Diversified cleaning mode

超声波 + 喷淋组合：超声波（28-40kHz）破坏污染物分子间作用力，喷淋（压力 0.5-2MPa）冲洗顽固颗粒。某电子线路板厂清洗 0.1mm 微孔内的助焊剂残留，通过组合模式将清洁度从 90% 提升至 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.

真空干燥一体化：清洗后真空环境（压力＜10kPa）下干燥，避免水渍或溶剂残留。某航空航天企业清洗钛合金紧固件，真空干燥后表面绝缘电阻＞10^12Ω，满足航天级洁净要求。

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 Ω, meeting the aerospace grade cleanliness requirements.

安全防护体系

Safety protection system

防爆设计：采用隔爆电机、静电接地（电阻＜1Ω）、可燃气体监测（浓度阈值设为 LEL 的 10%），确保闪点＞60℃的溶剂在密闭环境中安全运行。某石化配件厂使用碳氢清洗机 3 年，未发生过爆燃事故。

Explosion proof design: using explosion-proof motors, electrostatic grounding (resistance<1 Ω), and combustible gas monitoring (concentration threshold set at 10% of LEL) to ensure safe operation of solvents with flash points>60 ℃ in a closed environment. A certain petrochemical accessory factory has been using hydrocarbon cleaning machines for 3 years without any explosion accidents.

智能风控系统：实时监测温度（精度 ±1℃）、液位、压力，异常时自动停机并启动氮气吹扫。某精密轴承厂因传感器故障触发停机，避免了溶剂过热分解风险。

Intelligent risk control system: Real time monitoring of temperature (accuracy ± 1 ℃), 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.

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