Exoline® Aqua Stop is a waterproofing and Wall-Drying Additive Based on Nanotechnology.

Exoline® Aqua Stop is a multifunctional additive based on advanced nanotechnology, specifically developed for use in waterproofing and wall-drying plasters, as well as in the production of durable, water-resistant concrete structures. Thanks to its water-repellent, vapor-permeable, and crystallizing properties, it effectively blocks moisture ingress while allowing natural ventilation and drying of the structure.

Typical Applications:

· Basements, plinths, swimming pools, inspection chambers, retaining walls, water reservoirs.

· Bridges, tunnels, substructures, canals, reinforced concrete elements.

· Restoration of historical buildings for wall drying and moisture protection.

· Suitable for both new constructions and renovation of existing structures.

Key Benefits:

· Prevents water and moisture penetration – ensures long-lasting waterproofing.

· Vapor-permeable, supports natural wall drying and prevents interior humidity.

· Protects embedded reinforcement steel against corrosion.

· Frost-resistant, and withstands acidic, alkaline, and saline environments.

· Creates a mold-, salt-, and efflorescence-free environment, contributing to healthier indoor air quality.

· Replaces bitumen-based and all other outdated waterproofing technologies – a sustainable and long-term solution.

Exoline® Aqua Stop should always be added in dry form to the cement or other binder, before any water is introduced.

Thorough and even mixing is essential to ensure that the additive performs effectively throughout the entire mixture.

The recommended dosage depends on the application, but as a general guideline, one 2.4 kg bucket of Exoline® is sufficient for four 25 kg bags of factory-mixed plaster, concrete, or other cement-based products.

Mechanical mixing is recommended, and the prepared material should be applied within the indicated working time.

Exoline® is fully compatible with all standard cementitious systems, and it enhances the waterproofing, density, and durability of the final product.

Exoline® Aqua Stop is an extremely versatile solution that can be applied to all cement-bound and mineral-based surfaces, including concrete, brick, mixed masonry, adobe, and rammed earth structures. It is ideal for both new construction and renovation projects, and can be used effectively in indoor and outdoor environments.

The product is perfectly suited for basements, plinths, façades, retaining walls, water tanks, swimming pools, tunnels, bridges, and other reinforced concrete structures. It is also highly effective in wet rooms, bathrooms, and shower areas.

Additionally, Exoline® Aqua Stop provides excellent performance in the post-treatment of old, moisture-affected walls and historical buildings, as it forms a waterproof layer without blocking the natural escape of water vapor.

This makes it particularly recommended in areas where waterproofing, breathability, and long-term structural protection are all essential.

Exoline® Aqua Stop accelerates the setting and drying process.

Allowing the mixture to harden faster than traditional materials. Under normal conditions, surface drying may occur within 12–24 hours, while full curing is typically completed within 3–5 days. At temperatures above +25°C, protective curing (e.g. foil cover or light misting) is recommended to prevent rapid evaporation and cracking.

Yes, Exoline® Aqua Stop is suitable for both indoor and outdoor applications. It performs reliably under a wide range of environmental conditions and is ideal for basements, plinths, retaining walls, façades, wet rooms, and more.

Yes, Exoline® Aqua Stop effectively prevents mold growth and salt efflorescence by blocking water ingress and allowing internal moisture to evaporate gradually. By reducing the presence of free moisture within the structure, it eliminates the conditions necessary for mold and salt formation, resulting in healthier walls and indoor air quality.

Yes, Exoline® Aqua Stop is an excellent solution for post-treatment wall drying, especially in old masonry affected by high moisture levels.

The product penetrates deep into the pores of the structure, and its micro-particle composition fills fine cracks and microgaps, effectively blocking further water ingress. At the same time, it preserves the substrate's vapor permeability, allowing the trapped moisture to gradually escape from the wall.

As a result, the structure dries from the inside out, and long-term damp issues are eliminated.

Yes, Exoline® Aqua Stop is fully compatible with all cement-based materials, regardless of brand or manufacturer. It can be used with concrete, plaster, injection grouts, and other cementitious systems. It not only mixes well, but actually enhances the setting and curing properties of the base materials, resulting in a more uniform, denser, and more durable structure. Treated surfaces offer superior waterproofing, chemical resistance, and extended service life.

When applied correctly, Exoline® Aqua Stop provides long-lasting waterproofing. The additive integrates deeply into the structure of the plaster or concrete, forming an internal moisture barrier. While environmental factors may affect its performance over time, under normal conditions, the material remains reliable for many years. In case of damage, full reapplication is not necessary – the waterproofing layer can be repaired locally.

Exoline® Oil Stop is a reactive, calcium peroxide (CaO₂)-based adsorbent technology that selectively adsorbs oil and hydrocarbon contaminants due to its hydrophobic and oleophobic properties.

The absorbed pollutants are broken down through photocatalytic oxidation processes, with the release of oxygen.

Professional summary:

Selective oil adsorption + active degradation in an environmentally friendly way.

The calcium peroxide activates and releases oxygen, initiating an oxidative chain reaction to break down the captured oil. The contaminant remains in a solid phase during biodegradation.

Professional summary:

Physical immobilization followed by active oxidative degradation.

No, During degradation, only harmless carbon dioxide (CO₂), water (H₂O), and calcium carbonate (CaCO₃) are produced. No VOCs, dioxins, or other toxic substances are formed.

Professional summary:

Clean decomposition with zero toxic emissions.

Degradation occurs both through its intrinsic chemical reactivity and through environmental exposure. Internal decomposition is moisture-driven and independent of light, allowing continuous slow oxidation even under dark, cold conditions such as deep-sea environments. External factors like higher temperature and humidity can accelerate the breakdown.

Professional summary:

Intrinsically reactive degradation, effective even without sunlight.

The degradation process results in the formation of carbon dioxide (CO₂), water (H₂O), and calcium carbonate (CaCO₃). Carbon dioxide and water naturally disperse into the atmosphere and hydrosphere, respectively, without causing harm. Calcium carbonate precipitates as a stable mineral that can integrate into soils or aquatic sediments, contributing to natural geological processes without introducing any environmental toxicity. This mineralization effectively immobilizes any residual substances, ensuring complete environmental compatibility.

Professional summary:

Complete conversion of contaminants into stable, non-toxic natural compounds through mineralization.

In deep-sea environments, despite the absence of light and low temperatures, Exoline® Oil Stop maintains degradation via internal moisture-activated processes. The slow but continuous oxygen release sustains oxidative breakdown of hydrocarbons under high pressure.

Professional summary:

Sustained reactivity under extreme deep-sea conditions without external triggers

No, hazardous byproducts are generated during the application or degradation of Exoline® Oil Stop. The material does not emit toxic gases, heavy metals, or persistent organic pollutants. Its decomposition results solely in environmentally neutral compounds, ensuring that no secondary contamination occurs at any stage of its life cycle.

Professional summary:

Complete non-toxicity and zero environmental impact throughout application and degradation.

It effectively binds a wide range of hydrocarbon pollutants including crude oil, diesel, gasoline, lubricants, hydraulic fluids, vegetable oils, marine oils, synthetic oils, and various organic solvents. Exoline® Oil Stop is suitable for applications in marine spill response, industrial site remediation, pipeline leak management, and transportation accident cleanups.

Professional summary:

Versatile hydrocarbon adsorption capacity across diverse industries and spill scenarios.

Spent Exoline® Oil Stop material, after saturation with hydrocarbons, can be efficiently recovered using mechanical methods such as skimming, netting, or vacuum systems. Once collected, it can either be processed for energy recovery through controlled incineration, where it contributes to energy production, or safely disposed of as inert, non-toxic waste in compliance with environmental regulations.

Professional summary:

Safe and sustainable recovery options through energy reuse or environmentally compliant disposal.

You can place your order via e-mail or through our official website, and our team will promptly confirm it.

The minimum order quantity starts from 1 piece. Larger volumes are available for industrial partners.

Delivery within the United Kingdom typically takes 2–5 business days from order confirmation.

Yes, we ship both within the European Union and to international markets based on a customized quotation.

We provide written confirmation that includes the exact quantity, pricing, delivery terms, and estimated delivery time.

For smaller quantities, we offer courier services; for larger orders, delivery is arranged via freight companies with pallet shipping.

Yes, express delivery is available upon request for an additional charge, subject to prior agreement.

We provide a tracking number for each shipment, and you will receive notification by email.

We accept bank transfers, credit card payments, and cash on delivery.