【Keywords】: ultrasonic cleaning agent, room‑temperature cleaning agent, phosphorus‑free cleaning agent, energy‑saving cleaning solution
【Abstract】: Ultrasonic cleaning and room‑temperature cleaning represent two major energy‑saving trends in modern industrial cleaning. Ultrasonic cleaning requires special low‑foam and phosphorus‑free cleaning agents such as CPAL‑FEHF02. Room‑temperature cleaning eliminates heating energy consumption and fits mixed‑line production of steel, cast‑iron and aluminum‑alloy parts, represented by CPAL‑MULP23.
Requirements for Cleaning Agents in Ultrasonic Cleaning
Ultrasonic cleaning removes contaminants relying on cavitation effect (impact force generated by instantaneous bubble collapse), hence special requirements for cleaning agents:
‑ Low‑foam property: Foam absorbs ultrasonic energy and weakens cavitation performance.
‑ Cavitation‑process compatibility: Fast wetting toward contaminants and easy rinsing performance are required.
‑ Environmental‑friendliness: Modern production lines generally demand phosphorus‑free formulations to reduce wastewater‑treatment burdens.
Core Features of CPAL‑FEHF02 Special‑Purpose Ultrasonic Cleaning Agent
CPAL‑FEHF02 is a dedicated industrial metal cleaning agent developed for environmental‑protection and occupational‑safety requirements:
‑ Green & eco‑friendly: Phosphorus‑free formula without environmental pollution risks.
‑ High cleaning efficiency: Powerful detergency for various oily soils, rapidly removing attached contaminants.
‑ Flexible application: Usable under both ambient‑temperature and heated conditions; working concentration adjustable from 1%‑10% to meet diverse process requirements.
‑ Applicable working modes: Ultrasonic cleaning and immersion cleaning.
‑ Wide application scope: Suitable for daily floor cleaning of factory workshops and ultrasonic cleaning of various metal workpieces, covering metal processing, machinery manufacturing and component‑production industries.
Why Room‑Temperature Cleaning Gains Growing Attention
Conventional water‑based cleaning usually requires heating to 40‑60 °C to improve degreasing performance, and heating accounts for a considerable share of operating costs in cleaning processes. Room‑temperature cleaning achieves efficient soil removal without heating and delivers prominent advantages:
‑ Energy saving & cost reduction: Energy consumption for heating is eliminated.
‑ Simplified production line: No heating equipment or temperature control is needed.
‑ Safe & eco‑friendly: Lower temperature brings less evaporation and weaker odor.
‑ Multi‑material compatibility: Suitable for mixed‑line production of steel, cast‑iron and aluminum‑alloy workpieces.
Core Features of CPAL‑MULP23 Room‑Temperature Cleaning Agent
CPAL‑MULP23 is a compound water‑based industrial cleaning‑protection agent specially developed for multi‑material workpieces of steel, cast iron and aluminum alloy:
‑ Room‑temperature performance: Powerful soil‑removal capacity without heating, greatly cutting production‑line energy consumption; stable performance with low sensitivity to ambient‑temperature fluctuation.
‑ Universal for iron and aluminum: Provides excellent short‑term rust protection across different materials, preventing oxidation, rusting and corrosion of mixed‑material workpieces during inter‑process storage and stabilizing production quality.
‑ Residue‑free performance: Mild and low‑irritation formula free of strong alkali salts and crystallizable components, fundamentally eliminating secondary‑corrosion risks caused by moisture‑absorbing residues and delivering high workpiece surface cleanliness.
‑ Eco‑friendly: Water‑based formulation dominated by organic components, low‑VOC and low‑odor.
‑ Easy operation: Recommended working concentration: 2.0%‑5.0%, simple preparation. Compatible with high‑pressure spraying at room temperature without existing‑production‑line modification.
Applicable scenarios: Machinery manufacturing, automotive components, construction machinery, hardware‑processing and other industries, especially for mixed‑line production of steel, cast‑iron and aluminum‑alloy parts.
Selection Recommendations for Energy‑Saving Cleaning Solutions
‑ Ultrasonic cleaning for precision or complex‑structured parts → CPAL‑FEHF02: phosphorus‑free and low‑foam for cavitation processes, adjustable concentration 1%‑10%.
‑ Workshop floor and general‑part cleaning → CPAL‑FEHF02: strong detergency, applicable at both room temperature and elevated temperature.
‑ Multi‑material mixed lines with room‑temperature high‑pressure spraying → CPAL‑MULP23: high‑efficiency at ambient temperature, universal for iron and aluminum, free of crystallizable residues.
‑ Higher degreasing capacity allowed with heating → CP‑600YM / CP‑25LG: remarkable degreasing performance at 45 °C / 60 °C.
FAQ
Q: Why are ultrasonic cleaning agents required to be phosphorus‑free?
A: Phosphorus‑containing cleaning agents trigger water eutrophication after discharge and bring heavy environmental‑protection pressure. Phosphorus‑free formulations such as CPAL‑FEHF02 comply with green‑production requirements and lower wastewater‑treatment costs.
Q: How to adjust the concentration of CPAL‑FEHF02?
A: Adjust working concentration flexibly within 1%‑10% according to cleaning requirements. Usable at room temperature or under heating conditions for ultrasonic cleaning and immersion cleaning.
Q: Can room‑temperature cleaning achieve thorough cleaning results?
A: Yes. CPAL‑MULP23 adopts compound water‑based formula to realize powerful soil removal at room temperature, together with short‑term rust protection for iron‑aluminum multi‑material workpieces. It is a balanced solution for energy‑saving and cleaning quality for room‑temperature high‑pressure‑spraying production lines.
Q: Which cleaning agent shall be adopted for multi‑material mixed‑line production?
A: CPAL‑MULP23 is recommended (universal for steel, cast‑iron and aluminum‑alloy parts for room‑temperature high‑pressure spraying), or CP‑60B (general‑purpose weak‑alkaline grade, non‑corrosive to aluminum and anti‑rust for iron) to avoid frequent solution replacement.
