Medical device cleaning agents
Application field: Suitable for cleaning various metal and non-metal medical devices after processing.
Product Introduction
Medical device cleaning agent is a concentrated water-based cleaning agent composed of various imported surfactants, corrosion inhibitors, and organic acids. It has excellent penetration, emulsification, oil removal, and corrosion inhibition performance, and has good removal ability for oil stains, polishing wax, and oxidized skin. The product has a mild quality, does not contain phosphorus and nitrogen, is easy to rinse, has no residue, and does not corrode the device substrate.
Application field: Suitable for cleaning various metal and non-metal medical devices after processing.
Product Feature
√ Fast oil and wax removal cleaning speed |
√ No corrosion or damage to the workpiece |
√ Long service life of tank liquid |
√ Water-based safety, easy to rinse, no residue |
√ Low odor, non flammable and non explosive |
√ Meets EU RoHS indicator requirements |

Quick to clean, non corrosive, easy to rinse, environmentally friendly, odorless, and not harmful to hands
Physical and chemical indicators
Appearance | Colorless to slightly yellow liquid | Density | 1.04~1.06g/L |
PH | 3-5 or 6-9 or 11-13(working fluid) | Secure | Non combustible non corrosive |
Environmental protection | Phosphorus free, halogen-free, compliant with EU RoHS requirements |
Process Flow

Precautions for use
USAGE
Constant temperature immersion cleaning or ultrasonic cleaning
USAGE METHOD
Dilute in proportion to the working solution, heat to 50-60 degrees, soak at a constant temperature for 5-10 minutes, or clean with ultrasound for 2-3 minutes.For heavy oil contaminated workpieces, extend the cleaning time or use multiple grooves to thoroughly clean them.
MAINTENANCE
1. Regularly check the temperature and liquid level of the tank liquid, replenish water in a timely manner, and add the corresponding proportion of the original liquid.
2. Regularly replace the tank liquid according to the specified time.