AS-MLP
Price range: 12,99 € through 159,99 €
- Professional multi-purpose ultrasonic cleaning detergent
- Removes oil, grease, oxidation, carbon, and light rust
- Safe for stainless steel, steel, plastics, rubber, ceramics, and glass.
- Low-foaming formulation for stable ultrasonic cleaning
- Recommended dilution: >2% in tap water (40–60 °C)
ASONIC AS-MLP Ultrasonic Cleaning Detergent
Available in: 1 L • 5 L • 25 L • 1000 L
Professional Multi-Purpose Ultrasonic Cleaner — >2% Dilution
ASONIC AS-MLP is a professional, multi-purpose alkaline cleaning concentrate designed for ultrasonic cleaning machines. It provides powerful yet safe cleaning performance on a wide range of materials, from metals to plastics and glass. Formulated for efficient ultrasonic cavitation, AS-MLP quickly removes oil, grease, carbon deposits, oxidation, and light rust, making it ideal for workshops, mechanical maintenance, and general-purpose industrial cleaning.
Key Benefits
- Effective & fast cleaning – Removes oil, grease, carbon, oxidation, and light rust with excellent results.
- Versatile use – Suitable for metals, plastics, rubber, ceramics, and glass.
- Safe and material-friendly – Cleans effectively without damaging surfaces.
- Ultrasonic optimized – Low-foaming formula ensures consistent cavitation and stable bath conditions.
How to Use (>2% Dilution)
- Standard mix: Add 2% concentrate to tap water.
- Example 1: For 1 L of water, add 20 mL of AS-MLP.
- Example 2: For 50 L of water, add 1 L of AS-MLP.
- Economy mix (1%): For light cleaning, add 10 mL per 1 L of water (1 L per 100 L water).
- Temperature: 40–60 °C for best performance (effective even at lower temperatures).
- Cycle time: Typically 10–30 minutes, depending on contamination level.
- Rinsing: Rinse thoroughly with clean water after cleaning.
Typical Applications
- Workshops: general cleaning of tools, hardware, and mechanical components.
- Metal parts: iron, stainless steel, aluminum, and alloys.
- Commercial use: ideal for multipurpose cleaning where gentle yet effective cleaning is required.
Material Compatibility & Safety
- Safe on: stainless steel, steel, plastics, rubber, ceramics, and glass.
- Caution: Test before use on sensitive or coated surfaces.
- Always wear appropriate PPE when handling the concentrate. Keep out of reach of children.
Technical Data
| Property | Description |
|---|---|
| Product type | Ultrasonic cleaning concentrate (multi-purpose, alkaline) |
| Appearance | Light red, medium-viscosity liquid |
| Dilution in tap watter | >2% v/v (20 mL per 1 L water; 1 L per 50 L water) |
| Recommended temperature | 40–60 °C |
| Ultrasonic suitability | Low-foaming, cavitation-optimized formulation |
| Post-process | Rinse thoroughly with clean water after cleaning |
Available Packaging
- AS-MLP-1 – 1 L bottle
- AS-MLP-5 – 5 L canister
- AS-MLP-25 – 25 L canister
- AS-MLP-1000 – 1000 L IBC container
Package Includes
- ASONIC AS-MLP Concentrate
- Usage Instructions (on label)
Ultrasonic cleaners
ASONIC ultrasonic cleaners user manuals
Dimensions of the ASONIC ultrasonic cleaners
Cleaning detergents
ASONIC cleaning detergents MSDS
How to chose the right Cleaning Detergent for your application
Technical Specifications
SOMETHING ABOUT US
Interesting Facts
Ultrasonic cleaning is a fascinating process that uses sound waves and millions of microscopic bubbles to reach places brushes or cloths can’t. It’s powerful enough to remove stubborn dirt and grease, yet gentle on delicate items like jewelry, lenses, and instruments. This eco-friendly method reduces the need for harsh chemicals, saves time, and is up to 16 times more effective than traditional cleaning – making it a trusted solution across many industries.
Gentle care
Safely cleans delicate jewelry, lenses, and instruments without causing any damage.
Microscopic bubbles
Sound waves create bubbles that clean even the tiniest hidden surfaces.
Highly effective
Ultrasonic cleaning is up to 16 times faster and more efficient than manual work.
Eco-friendly
Uses little to no harsh chemicals, making it safe for people and the environment.











