High-end Environmental Protection Industrial Cleaning Equipment, With A Cleaning And Drying System Using Hydrocarbon Cleaning Agents In The Vacuum Chamber
Overview Of High-end Environmental Protection Industrial Cleaning Equipment:
Our high-end environmental protection industrial cleaning equipment integrates a vacuum chamber, hydrocarbon cleaning agents, and an integrated cleaning-drying system, setting a new standard for eco-friendly and efficient precision cleaning in high-end manufacturing.
Operating within a sealed vacuum chamber, it uses environmentally compatible hydrocarbon cleaning agents—low in volatility and biodegradable—to replace harmful solvents. The vacuum enhances solvent penetration, thoroughly removing grease, flux, and particles from precision parts while minimizing emissions. The integrated cleaning-drying system streamlines workflows: after cleaning, vacuum drying rapidly evaporates residual solvent without heat damage, ensuring residue-free results.
It features 95% solvent recovery technology to reduce waste and operational costs, complying with global environmental standards (REACH, RoHS). Designed for high-end sectors like aerospace, medical devices, and semiconductors, it balances performance with sustainability. For enterprises pursuing green production and high-precision cleaning, this equipment delivers eco-friendly, reliable, and high-quality cleaning solutions.
Environmental Compliance: Reducing Waste & Emissions
The HS-6389MFG is designed to meet strict environmental regulations, focusing on waste reduction, emissions control, and sustainable solvent management. A key eco-friendly feature is the distillation regeneration system, which reuses hydrocarbon solvent by removing oil and impurities. This reduces solvent waste by 30-50% compared to machines without regeneration, minimizing hazardous waste disposal and lowering the machine’s environmental footprint.
The machine’s exhaust system also contributes to compliance. Equipped with a 400W multi-blade exhaust fan (8m³/min), it expels solvent vapors and hot air to the outdoors via on-site piping. This prevents solvent odors from accumulating in the workshop and ensures compliance with air quality standards. The use of hydrocarbon solvents (which are biodegradable and have low VOC emissions) further reduces environmental impact compared to harsh chemical cleaners.
Energy efficiency is another eco-friendly aspect. The machine’s average power consumption (65-70KW/h) is optimized via smart controls (PLC-adjusted heating and vacuuming) and indirect heating systems (for distillation/steam generation), reducing energy use and greenhouse gas emissions. The 20HP air-cooled chiller is also energy-efficient, using less power than water-cooled alternatives while maintaining solvent temperature below the flash point.
Hongshun provides documentation (e.g., material safety data sheets for solvents, emissions test reports) to help customers meet local environmental regulations. The machine’s design and operation align with global standards (e.g., RoHS, REACH), making it suitable for use in regions with strict environmental requirements.
Consumption of High-end Environmental Protection Industrial Cleaning Equipment for reference:
| order number | name | wastage | remarks |
| 1 | hydrocarbons | Add as required | It depends on the amount of cleaning |
| 2 | Filter cotton core | About 12 per month | Replace as required |
| 3 | Heat medium oil | 100L/2500 hours | Replace every 2500 hours of work |
| 4 | Vacuum pump lubricating oil | 0.2L/200 hours | Check and add every 200 hours of work |
| 5 | power consumption | About 30kw/hour | average value |
| 6 | compressed air | 400 NL/min | Drive use (cylinder, pneumatic valve) |
For a complete technical solution Of High-end Environmental Protection Industrial Cleaning Equipment, please contact me. We will customize the design based on your product technical requirements and factory layout.
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High-end Environmental Protection Vacuum Hydrocarbon Cleaning Line with 95% Solvent Recovery and 30-50 kHz Ultrasonic Frequency Images
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