Croda Multiwet MO-85P Wetting Agent

Effect of Croda Multiwet MO-85P Wetting Agent

1. Strong adaptability of solid form - Suitable for particle/powder formulations, easy to compound and good processing fluidity

2. Strong wetting performance - High anionic activity, quickly reduce system surface tension and high wetting efficiency

3. Outstanding stability - Stable chemical properties, not easy to degrade, ensuring long-term storage stability of preparations

4. Wide compatibility - Compatible with various agricultural active ingredients, no stratification, caking and other problems

5. Convenient application - Solid form is easy to weigh and add, suitable for various agricultural particle/powder processing technologies

Typical Applications of Croda Multiwet MO-85P Wetting Agent

1. Agricultural wettable powders - Improve wetting and dissolution speed and enhance dispersion uniformity

2. Water-dispersible granule formulations - Enhance particle wetting and dispersibility, avoid caking during application

3. Agricultural powder preparations - Improve powder fluidity, facilitate processing, weighing and application

4. Seed treatment powders - Enhance the wettability of seed surface and improve the uniformity of treatment agent adhesion

5. Micronutrient powders - Improve the wetting performance of nutrients and promote crop absorption and utilization

Technical Data of Croda Multiwet MO-85P Wetting Agent

Croda Multiwet MO-85P Wetting Agent – Frequently Asked Questions (FAQ)

Q1: What is the primary function of Croda Multiwet MO-85P in industrial formulations?

A: Croda Multiwet MO-85P is a high-performance, nonionic wetting agent designed to rapidly reduce surface tension and promote uniform substrate wetting—especially on low-energy or difficult-to-wet surfaces such as plastics, pigments, and filled polymers. It enhances dispersion stability and interfacial adhesion without compromising formulation clarity or compatibility.

Q2: Is Multiwet MO-85P suitable for water-based systems?

A: Yes—Multiwet MO-85P is fully compatible with aqueous systems, including waterborne coatings, inks, agrochemical concentrates, and cleaning formulations. It exhibits excellent hydrophilic-lipophilic balance (HLB) characteristics and remains stable across a broad pH range (typically pH 4–10), with good resistance to electrolytes.

Q3: How does Multiwet MO-85P compare to conventional alkylphenol ethoxylates (APEOs)?

A: Multiwet MO-85P is an APEO-free, biodegradable alternative developed to meet evolving regulatory expectations and sustainability goals. Unlike traditional APEOs, it delivers comparable or superior wetting efficiency without persistent metabolites, supporting compliance with global environmental and occupational health standards.

Q4: What is the typical dosage range for effective performance?

A: Dosage depends on formulation requirements and substrate characteristics, but Multiwet MO-85P is typically used at low concentrations—generally ranging from 0.1% to 2% by weight of the total formulation—to achieve optimal wetting and stabilization without foaming or viscosity interference.