Advanced Soil Stabilisation Solutions
for Stronger, Longer-Lasting Roads
Eco-Friendly ∙Cost Effective
Wetce Stabilising Agent (WSA14)
Every road stabilization project presents its own set of challenges.
WSA-14 is developed through extensive testing, environmental analysis, and customized formulations to deliver long-lasting,
high-performance solutions.
Our tailored approach ensures each site’s unique demands are met with precision and reliability.
Built for Performance. Driven by Purpose.
WSA14 soil stabilizer is engineered to perform consistently across varied conditions, making it a universal solution for construction and development projects.
By reusing waste materials, the company reduces environmental burdens while creating scalable, cost-effective alternatives to traditional methods.
Every innovation is driven by a commitment to protect ecosystems, lower carbon footprints, and deliver solutions that align with global sustainability goals.
With robust compliance systems and transparent documentation, our Suppliers ensure smooth adoption and export of its products worldwide.
To deliver environmentally responsible products that work for every project, while proving that waste can be transformed into opportunity.
WSA14 Soil Stabilizer
WSA14 is a composite soil stabiliser that uses a biobased binder combined with reactive mechanisms.
It is not a synthetic polymer resin and not formulated or marketed as a polymer product.
It contains no sugars, molasses, or carbohydrate based binders.
This distinction is essential for understanding its durability, biodegradation profile, and regulatory classification.
Hydrogel Bonding & Matrix Formation
The hydrogel fills pores and initiates progressive cementation, blocking pore throats while densifying and hardening over time.
This permanently reduces porosity and significantly lowers permeability.
As the system matures, ionic crosslinking forms durable chemical bonds, creating longterm cementation.
The formulation allows deep penetration before gel set, ensuring uniform coating of soil particles and continuous matrix formation.
This is critical for sealing connected pore pathways.
Penetration
WSA14TSB wet component drives active agents deep into sand and gravel matrices.
WSA14 rapidly disrupts continuous water pathways and reduces hydraulic conductivity.
Matrix Densification
The MATRIX dry blend forms a cementitious, low permeability structural layer that resists hydrostatic pressure and traffic loads.
Operating Climate Conditions
Wet Climates
Dry Climates
Cold Climates
International Media Recognition
WETCE Holdings’ soil stabilization technology has been featured in Grandeur News Magazine, highlighting its application on the Kasenga road rehabilitation project.
In its coverage, the publication noted:
“The South Africans are on the ground in Kasenga, working with their product to stabilize the road.”
This recognition underscores WETCE Holdings’ commitment to delivering innovative, sustainable infrastructure solutions, in collaboration with the Office of Roads in Haut Katanga.
Source: Grandeur News Magazine, Edition 078, January 2026, pp. 14–20
