Adins Protection shows now viricidal activity, as well as working like bactericide, fungicide and algicide
Microbial activity has a big impact on the durability of materials, we need biocides to reduce costs of cleaning, painting and repairs.
ADINS protection products are high performance additives based on different active substance, these biocides are active in a broad spectrum (bacteria, algae and fungi).
ADINS Protection has shown to be very active against all enveloped viruses, included Coronavirus type like SARS COV-2, and also against Norovirus, Rotavirus and Adenovirus according to NF EN 14476:2013 + A2:2019.
ADINS protection products can be used in different materials for several applications, such as Construction, Paint and Coatings, Plastics and Rubbers, textile, etc.
All of these products are based in a needle-like special Clay, with an specific active substance which allow a high dispersion in the material incorporated.
ADINS protection technology will make your products safer as the market demands.
All active substances used in ADINS protection products, comply with the legal regulations of each country in which they are used:
- Full compliance in most EU.
- Registration processes under request.
- EPA registration in progress.
Due to its stability, ADINS technology allows to reduce the amount of active substance obtaining the same antimicrobial activity, increasing its durability, optimizing costs and its environmental impact.
FIELDS OF APPLICATION
ADINS protection is suitable to be used in the following applications:
- Construction materials.
- Thermoplastics/Thermosets.
- Coating/Paints (Solvent and Water Based).
- Textile
- Etc.
The dosage of ADINS protection depends on the formulation, new applications and products are continously developed.
Do not hesitate to ask for information about your specific system.
The ADINS protection additive is available in powder form.
ADINS clay series are additives based on organically modified special silicates for polymers.
ADINS clay series are composed of several grades, particularly developed for the best performance in every polymer system. There are specially designed to be used in thermoplastics or thermoset, providing adequate properties such as flame retardancy, gas barrier or reinforcement.
ADINS clay series improve the cellular structure in extruded polystyrene foam (XPS) reducing the thermal conductivity.
FIELDS OF APPLICATION
ADINS clay series are used in several applications for thermoplastics and thermoset polymers and paints and coating.
ADINS clay series act as a synergistic additive in halogen-free systems with different flame retardants (i.e. ATH, MDH, intumescent). ADINS clay enhances the performance of fire retardants which allows to reduce its content, maintaining the flame retardancy behavior, improving processability and mechanical properties. ADINS clay reduces fumes formation and helps the dispersion of flame retardants in the polymer.
Polystyrene masterbatch based on ADINS clay series are used in the formulation of XPS foam to improve the thermal insulation properties of a XPS foam or reduce the thickness required but maintaining the thermal insulation. The ADINS clay series allow to reduce the content of the flame retardants (halogen or halongen-free) used in the foam reducing the environment impact
The dosage of ADINS clay series depends on the number of factors (application, system, other additives and the desired effects) and a typical range of use is 1-5 wt%.
ADINS clean is a functional additive based on a silicate doped with photocatalytic species which introduces in the host systems the capacity for removing organic matter from the surface by the action of light.
ADINS clean incorporates an innovative technology, which allows using lower dosages than photocatalytic based products, since ADINS clean is more active than any other photocatalitic particle.
ADINS clean additive provides an effective solution to avoid the agglomeration problems and handling of the catalyst particles (TiO2), increasing their effectiveness by supporting the TiO2 particles on an inorganic substrate.
ADINS clean is used to maintain an unaltered aesthetic aspect over long periods of time in a surface, reducing the costs of maintenance and improving the environmental quality of zones in which it is applied. The photocatalytic additive allows to reduce the concentration of contaminants (NOx or VOCs), which are generated to a great extent by the intensity of traffic in large urban centers. ADINS clean is suitable to be used in cement based materials, ceramics, glazes and coatings to obtain self-cleaning or decontaminant surfaces.
FIELDS OF APPLICATION
ADINS clean is suitable to be used for self-cleaning and decontaminant surfaces in the following applications:
- Paints and Coatings (inorganic and/or organic based paints, varnishes, gel-coats).
- Cement based materials (Panels, facades, pavements).
- Ceramic (glazes, ceramic coatings, tiles).
The dosage of ADINS clean depends on the system and the desired performance but a typical range of use could be 1-10%.
The ADINS clean additive is available in powder or liquid form (previously dispersed in a water-base).
High-Tech Additives Wearproof is a functional additive based on a rarely occurring natural clay doped with ceramic species, conveniently activated and stabilized, which enhances the surface hardness in different systems.
High-Tech Additives Wearproof is specially designed for different surfaces (ceramics, glazes, coatings, plastics and resins), improving the wear and attrition resistance.
High-Tech Additives Wearproof incorporates an innovate technology, which allows using lower dosages than reference products like zircon, since High-Tech Additives Wearproof is more active, increasing the durability of the surface.
FIELDS OF APPLICATION
High-Tech Additives Wearproof is suitable to be as wear resistant additive in the following applications:
- Paints and Coatings (gel-coats, resin based paints).
- Wear resistant surfaces (kitchen desks, resin floors, wall panels).
RECOMMENDATIONS OF USE
The dosage of High-Tech Additives Wearproof depends on the system and the required resistance grade but a typical range of use could be 1-10%.
TECHNICAL DATA
| Appearance | White powder |
| Presentation | Paper bags |
| Particle Size (Dry) | < 0,5% residue on 325 ASTM |
| Storage Conditions | Store away from moisture |
| Shelf Life | Best before one year from production date |
This information is intended as an aid to users and is not in any instance to be considered as a guarantee or a recommendation of our products in violation of valid patents. The information has been prepared on the basis of our experience and current knowledge.
ADINS fireproof is used to obtain a ceramificable layer in polymer systems with halogen free (metal hydroxides or intumescent) flame retardant in fire conditions.
ADINS fireproof is a functional additive based on a natural silicate doped with phosphate-based species which introduces a smart fireproofing in different systems.
ADINS fireproof improves the integrity of the material providing a very stable, consistent and compact char layer. ADINS fireproof contributes to reduce the heat release and dripping and, as a consequence, the fire propagation. ADINS fireproof is suitable for plastics and resins matrices with high requirements under fire conditions.
FIELDS OF APPLICATION
ADINS fireproof is suitable to be used as ceramificable additive in the following applications:
- Wires and Cables (low and medium voltage cables, communication cables and cables with high requirements like emergency, alarm or safety cables).
- Electric Enclosures (enclosures of consumer and information technology equipment such as televisions, desktop or notebook computers or house-hold appliances)
- Paints and Coatings (fireproof gel-coats, fireproof resin-based paints).
- Tools and Structures (fire resistant structures, system boxes, emergency boxes and tools).
- Construction (plastic based wall panels, skylights/dormers, resin floors). Insulation (Fireproof foams).
The dosage of ADINS fireproof depends on the application, system, flame retardant additives and the desired effects.
High-Tech Additives Protection is a functional additive based on a rarely occurring natural clay doped with copper species, conveniently activated and stabilized, which introduces an advance antimicrobial protection in different systems.High-Tech Additives Protection is fully based on inorganics which minimizes the collateral effects in the environment.High-Tech Additives Protection is suitable for plastics, resins, ceramics, glazes, glass, mortars, and coatings, with high performance and long durability of effects against gram + and gram – bacteria, fungi and yeasts from low dosages.High-Tech Additives Protection incorporates an innovative technology, which allows using lower dosages than reference biocides, since High-Tech Additives Protection is more active and environmentally friendlier than other biocides.
FIELDS OF APPLICATION
High-Tech Additives Protection is suitable for be used as antimicrobial additive in the following applications:
- Paints and Coatings (aseptic rooms, antifouling, powder coatings, food contact surface, wood bio protection).
- Construction (antimicrobial mortars, indoor joint fillers, tiles).
- Textiles (antimicrobial clothes).
- Packaging (aseptic packaging).Sealants.
RECOMMENDATIONS OF USE
The dosage of High-Tech Additives Protection depends on the application and target microbe. Some recommendations could be:
- Below 1%: Bacteria in cements.
- 3-5%: Fungi in plastics.
- 1-3%: Rest of applications.
TECHNICAL DATA
| Appearance | Pale green powder |
| Presentation | Paper bags |
| Particle Size (Dry) | < 0,5% residue on 325 ASTM |
| Storage Conditions | Store away from moisture |
| Shelf Life | Best before one year from production date |
This information is intended as an aid to users and is not in any instance to be considered as a guarantee or a recommendation of our products in violation of valid patents. The information has been prepared on the basis of our experience and current knowledge.
High-Tech Additives Clay NC is special filler for plastic and resins based on rarely occurring clay as sepiolite. It is optimally modified to obtain the best performance in polycarbonate and polyesters. It is also shows good performance in polyamides and other polymers.Once High-Tech Additives Clay NC is dispersed into the polymer, the resulting compound is willing to be use in reinforcement and flame retardancy. Since all the components of High-Tech Additives Clay NC are authorized to use in plastic with food contact, it is also interesting for gas barrier in packaging applications.
FIELDS OF APPLICATION
High-Tech Additives Clay NC is suitable to be used as special filler in optimal polymers, combining synergistically the properties mentioned above in the following applications:
- Automotive, Aircraft and Rail Components and Supplier Industry.
- Other structural parts Manufacturers (patio furniture, tools, wind blades).
- Plastic Furniture Industry.Halogen-free Cables.
- Construction (wall panels, skylights/dormers).
- Packaging.
RECOMMENDATIONS OF USE
Incorporate High-Tech Additives Clay NC into the polymer, dry on dry, in dosages which depend on the application:Reinforcement / Weight reduction:
- 7-10%Flame Retardancy: 5-10%
- Gas Barrier: 1-5%
TECHNICAL DATA
| Appearance | Light cream powder |
| Presentation | 9Kg Bags |
| Particle Size (Dry) | < 7% residue on 325 ASTM |
| Storage Conditions | Store away from moisture |
| Shelf Life | Best before one year from production date |
This information is intended as an aid to users and is not in any instance to be considered as a guarantee or a recommendation of our products in violation of valid patents. The information has been prepared on the basis of our experience and current knowledge.
High-Tech Additives Clay 90 is special filler for plastic and resins based on rarely occurring clay as sepiolite. It is optimally modified to obtain the best performance in polyurethanes, epoxies and acrylics. It is also shows good performance in polyamides and polyesters.
Once High-Tech Additives Clay 90 is dispersed into the polymer, the resulting compound is willing to be use in reinforcement and flame retardancy. Since all the components of High-Tech Additives Clay 90 are authorized to use in plastic with food contact, it is also interesting for gas barrier in packaging applications.
FIELDS OF APPLICATION
High-Tech Additives Clay 90 is suitable to be used as special filler in optimal polymers, combining synergistically the properties mentioned above in the following applications:
- Automotive, Aircraft and Rail Components and Supplier Industry.
- Other structural parts Manufacturers (patio furniture, tools, wind blades).
- Plastic Furniture Industry.Halogen-free Cables.
- Construction (wall panels, skylights/dormers).
- Packaging.
RECOMMENDATIONS OF USE
Incorporate High-Tech Additives Clay 90 into the polymer, dry on dry, in dosages which depend on the application:
- Reinforcement / Weight reduction: 7-10%
- Flame Retardancy: 5-10%
- Gas Barrier: 1-5%
TECHNICAL DATA
| Appearance | Light cream powder |
| Presentation | 9Kg Bags |
| Particle Size (Dry) | < 7% residue on 325 ASTM |
| Storage Conditions | Store away from moisture |
| Shelf Life | Best before one year from production date |
This information is intended as an aid to users and is not in any instance to be considered as a guarantee or a recommendation of our products in violation of valid patents. The information has been prepared on the basis of our experience and current knowledge.
High-Tech Additives Clay 80 is special filler for plastic and resins based on rarely occurring clay as sepiolite. It is optimally modified to obtain the best performance in polyamides and furanic resins. It is also shows good performance in polycarbonates, EVA, polyurethanes, epoxies, acrylics and silicones.
Once High-Tech Additives Clay 80 is dispersed into the polymer, the resulting compound is willing to be use in reinforcement and flame retardancy. Since all the components of High-Tech Additives Clay 80 are authorized to use in plastic with food contact, it is also interesting for gas barrier in packaging applications.
FIELDS OF APPLICATION
High-Tech Additives Clay 80 is suitable to be used as special filler in optimal polymers, combining synergistically the properties mentioned above in the following applications:
- Automotive, Aircraft and Rail Components and Supplier Industry.
- Other structural parts Manufacturers (patio furniture, tools, wind blades).
- Plastic Furniture Industry.
- Halogen-free Cables.
- Construction (wall panels, skylights/dormers).
- Packaging.
RECOMMENDATIONS OF USE
Incorporate High-Tech Additives Clay 80 into the polymer, dry on dry, in dosages which depend on the application:
- Reinforcement / Weight reduction: 7-10%
- Flame Retardancy: 5-10%
- Gas Barrier: 1-5%
TECHNICAL DATA
| Appearance | Light cream powder |
| Presentation | 9Kg Bags |
| Particle Size (Dry) | < 7% residue on 325 ASTM |
| Storage Conditions | Store away from moisture |
| Shelf Life | Best before one year from production date |
This information is intended as an aid to users and is not in any instance to be considered as a guarantee or a recommendation of our products in violation of valid patents. The information has been prepared on the basis of our experience and current knowledge.
High-Tech Additives Clay 70 is special filler for plastic and resins based on rarely occurring clay as sepiolite. It is optimally modified to obtain the best performance in polyamides, EVA and furanic resins. It is also shows good performance in polyurethanes, epoxies, acrylics and silicones.Once High-Tech Additives Clay 70 is dispersed into the polymer, the resulting compound is willing to be use in reinforcement and flame retardancy. Since all the components of High-Tech Additives Clay 70 are authorized to use in plastic with food contact, it is also interesting for gas barrier in packaging applications.
FIELDS OF APPLICATION
High-Tech Additives Clay 70 is suitable to be used as special filler in optimal polymers, combining synergistically the properties mentioned above in the following applications:
- Automotive, Aircraft and Rail Components and Supplier Industry.
- Other structural parts Manufacturers (patio furniture, tools, wind blades).
- Plastic Furniture Industry.
- Halogen-free Cables.
- Construction (wall panels, skylights/dormers).
- Packaging.
RECOMMENDATIONS OF USE
Incorporate High-Tech Additives Clay 70 into the polymer, dry on dry, in dosages which depend on the application:
- Reinforcement / Weight reduction: 7-10%
- Flame Retardancy: 5-10%
- Gas Barrier: 1-5%
TECHNICAL DATA
| Appearance | Light cream powder |
| Presentation | 9Kg Bags |
| Particle Size (Dry) | < 7% residue on 325 ASTM |
| Storage Conditions | Store away from moisture |
| Shelf Life | Best before one year from production date |
This information is intended as an aid to users and is not in any instance to be considered as a guarantee or a recommendation of our products in violation of valid patents. The information has been prepared on the basis of our experience and current knowledge.