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ARADUR 35-1 is likely to occur from: indoor use and outdoor use resulting in inclusion into or onto a materials (e.g. binding agent in paints and coatings or adhesives).
ARADUR 35-1 is a polyamine adduct in water acts as a curing agent.
ARADUR 35-1 is used in the following products: adhesives and sealants.
CAS Number: 68410-23-1
EINECS Number: 614-452-7
Synonyms: Polyamide resins, 68410-23-1, Fatty acids, C18-unsatd., dimers, reaction products with polyethylenepolyamines, Fatty acids, C18-unsatd., dimers, reaction products with polyethylenepolyamines;Aminische Hrter für Epoxidharze aus der Kondensation von monomeren und/oder dimeren Fettsuren Aldehyden und/oder Ketonen mit Polyaminen;Dimer factty acid-(C18), unsaturated/polyethylenepolyamine reaction product;C-18 Unsarturated Fatty Acid Dimer (Epoxys): (Versamid 140 polyamide resin: Versamid 125);C18 fatty acid dimers/ tetraethylenepentamine polyamides;C18 fatty acid dimers/ polyethylenepolyamine polyamides;Henkel Versamid 140;Fatty acids, C18-unsatd., dimers, reaction products with polyethylenepolyamines ISO 9001：2015 REACH
ARADUR 35-1 is free from benzyl alcohol.
ARADUR 35-1 is recommended for waterborne coatings.
It complies with the REACH regulation.
ARADUR 35-1 is a waterborne epoxy curing agent (hardener) developed by Huntsman for use with liquid epoxy resins in low-VOC and solvent-free coating systems.
ARADUR 35-1 belongs to the polyamine adduct family and functions as a curing agent that reacts with epoxy resins to form a crosslinked thermoset polymer network.
ARADUR 35-1 is mainly designed for water-based epoxy primers and protective coatings applied on mineral and metallic substrates.
It provides good adhesion, anti-corrosion performance, high gloss, and improved coating flow properties.
It is supplied as a liquid polyamine-based curing agent that can be combined with epoxy resins such as ARALDITE® systems to produce ambient-curing coatings.
It is used in two-component epoxy systems where ARADUR 35-1 acts as the hardener component and the epoxy resin acts as the reactive resin component.
The chemical reaction creates a durable crosslinked epoxy network with improved mechanical and chemical properties.
ARADUR 35-1 important in industrial epoxy coating technologies.
It is used in waterborne epoxy coating formulations where ARADUR 35-1 enables epoxy coatings with reduced solvent content.
It supports the development of environmentally improved coating systems with lower VOC emissions.
ARADUR 35-1 important in sustainable coating applications.
It is used in anti-corrosion primer systems where ARADUR 35-1 cures epoxy primers applied to metal surfaces.
ARADUR 35-1 improves corrosion resistance, adhesion, and protection against moisture and environmental exposure.
ARADUR 35-1 important in metal protection technologies.
It is used in mineral substrate coatings where ARADUR 35-1 helps bond epoxy coatings to concrete, cement-based materials, and other mineral surfaces.
It improves adhesion and coating durability.
ARADUR 35-1 important in construction coating systems.
It is used in metal substrate coatings where ARADUR 35-1 provides strong adhesion between epoxy coatings and metallic surfaces.
It helps protect steel and other metals from corrosion.
ARADUR 35-1 important in industrial metal protection.
It is used in primer formulations where ARADUR 35-1 produces fast-drying epoxy primer films with good flow characteristics and high-gloss surfaces.
ARADUR 35-1 improves coating appearance and performance.
ARADUR 35-1 important in primer manufacturing.
It is used in low-temperature curing coatings where ARADUR 35-1 allows epoxy coatings to cure at temperatures below approximately 10 °C under suitable conditions.
It provides flexibility and curing performance in cooler environments.
ARADUR 35-1 important for outdoor coating applications.
It is used in solvent-free dispersion coatings where ARADUR 35-1 helps formulate epoxy systems without organic solvents.
ARADUR 35-1 supports lower-emission coating technologies while maintaining coating performance.
ARADUR 35-1 important in environmentally conscious manufacturing.
It is used in industrial protective coatings where ARADUR 35-1 cures epoxy layers for equipment, structures, and industrial surfaces.
It improves resistance against moisture, corrosion, and mechanical stress.
ARADUR 35-1 important in industrial maintenance applications.
It is used in construction coating systems where ARADUR 35-1 contributes to epoxy coatings for concrete floors, walls, and infrastructure surfaces.
It improves durability and surface protection.
ARADUR 35-1 important in building protection technologies.
It is used in floor coating applications where ARADUR 35-1 helps produce durable epoxy surfaces for industrial and commercial environments.
It improves hardness, adhesion, and resistance to wear.
ARADUR 35-1 important in flooring systems.
It is used in packaging coating applications where ARADUR 35-1 can contribute to epoxy coating systems requiring strong adhesion and protective performance.
It supports durable coating layers on suitable substrates.
ARADUR 35-1 important in specialized coating applications.
It is used in marine and outdoor protective coatings where ARADUR 35-1 helps produce epoxy coatings exposed to humidity and environmental conditions.
It improves long-term surface protection.
ARADUR 35-1 important in outdoor coating technologies.
It is used in research and development of epoxy materials where ARADUR 35-1 is studied for curing behavior, adhesion, corrosion protection, flow properties, and coating performance.
ARADUR 35-1 supports development of advanced waterborne epoxy systems.
ARADUR 35-1 important in polymer and coatings research.
Boiling point: 400℃
Density: 0.981 at 19.6℃
vapor pressure: 0Pa at 25℃
form: Viscous
LogP: 0.3-9.04 at 25℃
Surface tension: 63.93-68.92mN/m at 30.14-150.7mg/L and 23℃
ARADUR 35-1 is a water-based, benzyl alcohol-free polyamine adduct produced by Huntsman Advanced Materials.
It acts as a curing agent (hardener) specifically formulated to crosslink with water-dilutable epoxy resins, making it a primary component for eco-friendly, low-odor, and solvent-free industrial coatings, adhesives, and anti-corrosive primers.
Polyethylenepolyamine reaction products with C18-unsaturated fatty acids screening level is being set at 0.1 μg/m3 with annual averaging.
ARADUR 35-1 cures epoxy coatings applied to structural steel, beams, columns, and fabricated metal parts.
It improves adhesion between the coating and metal surface while providing corrosion resistance against humidity and industrial environments.
ARADUR 35-1 important in steel protection technologies.
It is used in heavy equipment coating systems where ARADUR 35-1 helps protect machinery, production equipment, and industrial components exposed to mechanical stress.
It improves resistance against abrasion, moisture, oils, and chemicals.
ARADUR 35-1 important in heavy industry applications.
It is used in factory maintenance coatings where ARADUR 35-1 provides durable epoxy films for industrial floors, walls, machinery areas, and maintenance zones.
It helps extend the service life of industrial surfaces.
ARADUR 35-1 important in manufacturing facilities.
It is used in concrete floor coating systems where ARADUR 35-1 cures epoxy coatings applied to concrete substrates.
ARADUR 35-1 improves adhesion, surface hardness, chemical resistance, and wear performance.
ARADUR 35-1 important in industrial and commercial flooring.
It is used in warehouse floor coatings where ARADUR 35-1 contributes to epoxy flooring systems exposed to forklifts, pallet movement, and mechanical loads.
It improves durability and reduces maintenance requirements.
ARADUR 35-1 important in logistics facilities.
It is used in garage and parking area coatings where ARADUR 35-1 cures epoxy layers exposed to vehicle traffic, oils, fuels, and road contaminants.
It improves surface protection and resistance to wear.
ARADUR 35-1 important in transportation infrastructure.
It is used in chemical processing facility coatings where ARADUR 35-1 forms protective epoxy films on surfaces exposed to industrial chemicals.
It improves resistance against chemical attack and surface degradation.
ARADUR 35-1 important in chemical industry environments.
It is used in oil and gas industry coatings where ARADUR 35-1 contributes to epoxy protective systems for pipelines, storage tanks, and equipment.
ARADUR 35-1 improves resistance against corrosion caused by moisture and hydrocarbons.
ARADUR 35-1 important in energy infrastructure.
It is used in tank lining applications where ARADUR 35-1 cures epoxy coatings applied inside storage tanks and containers.
It provides a protective barrier against corrosion, chemicals, and moisture.
ARADUR 35-1 important in containment systems.
It is used in water treatment coatings where ARADUR 35-1 protects concrete and metal surfaces exposed to continuous water contact.
ARADUR 35-1 improves resistance against water penetration and chemical cleaning agents.
ARADUR 35-1 important in water infrastructure.
It is used in wastewater treatment plants where ARADUR 35-1 cures epoxy coatings for surfaces exposed to moisture, chemicals, and aggressive environments.
It improves durability and corrosion protection.
ARADUR 35-1 important in wastewater facilities.
It is used in marine maintenance coatings where ARADUR 35-1 supports epoxy systems applied to marine equipment, steel structures, and vessels.
It improves resistance against humidity and corrosion.
ARADUR 35-1 important in marine protection.
It is used in shipbuilding applications where ARADUR 35-1 contributes to epoxy primers and protective coatings for ship components.
It improves adhesion and durability under marine conditions.
ARADUR 35-1 important in ship construction and repair.
It is used in bridge and infrastructure coatings where ARADUR 35-1 cures epoxy protective layers on concrete and steel structures.
It improves resistance against weathering, moisture, and corrosion.
ARADUR 35-1 important in infrastructure preservation.
It is used in railway coating systems where ARADUR 35-1 protects railway structures, equipment, and metal components.
It improves resistance against vibration, mechanical wear, and environmental exposure.
ARADUR 35-1 important in railway maintenance.
It is used in automotive manufacturing coatings where ARADUR 35-1 contributes to epoxy primers and protective coatings for vehicle components.
It improves corrosion protection and coating adhesion.
ARADUR 35-1 important in automotive applications.
It is used in automotive repair coatings where ARADUR 35-1 helps produce epoxy primer systems for repaired metal surfaces.
It improves bonding between repair coatings and vehicle substrates.
ARADUR 35-1 important in automotive refinishing.
It is used in agricultural machinery coatings where ARADUR 35-1 protects equipment exposed to fertilizers, soil, moisture, and chemicals.
ARADUR 35-1 improves corrosion resistance and equipment durability.
ARADUR 35-1 important in agricultural equipment protection.
It is used in construction equipment coatings where ARADUR 35-1 protects heavy machinery exposed to abrasion, dust, and outdoor conditions.
It improves coating lifetime and mechanical durability.
ARADUR 35-1 important in construction industries.
It is used in renewable energy infrastructure coatings where ARADUR 35-1 helps protect wind turbine components, solar support structures, and energy equipment.
It improves resistance against outdoor weathering and corrosion.
ARADUR 35-1 important in renewable energy applications.
It is used in architectural protective coatings where ARADUR 35-1 contributes to durable epoxy coatings for commercial and industrial buildings.
It improves surface appearance, adhesion, and long-term protection.
ARADUR 35-1 important in architectural coating systems.
It is used in low-temperature application coatings where ARADUR 35-1 allows epoxy systems to cure under cooler environmental conditions.
It provides flexibility for outdoor and seasonal coating operations.
ARADUR 35-1 important in field-applied coatings.
It is used in low-VOC coating development where ARADUR 35-1 supports the formulation of reduced-solvent epoxy technologies.
ARADUR 35-1 helps manufacturers meet environmental requirements while maintaining coating performance.
ARADUR 35-1 important in sustainable coating development.
It is used in polymer and materials research where ARADUR 35-1 is studied for epoxy curing reactions, crosslink formation, adhesion, thermal behavior, and mechanical properties.
ARADUR 35-1 supports development of advanced epoxy materials.
ARADUR 35-1 important in coatings and polymer science research.
Uses:
ARADUR 35-1 enables the production of low-VOC coatings with good adhesion, corrosion resistance, and mechanical performance.
ARADUR 35-1 important in environmentally improved epoxy technologies.
It is used in two-component epoxy formulations where ARADUR 35-1 reacts with epoxy resins to create a crosslinked polymer network.
The cured material provides strength, durability, and chemical resistance.
ARADUR 35-1 important in thermosetting epoxy applications.
It is used in anti-corrosion primer formulations where ARADUR 35-1 cures epoxy primers applied to steel and metal surfaces.
ARADUR 35-1 provides protection against rust, humidity, salt exposure, and industrial corrosion.
ARADUR 35-1 important in metal protection coatings.
It is used in direct-to-metal (DTM) coating systems where ARADUR 35-1 allows epoxy coatings to bond directly to metal substrates.
It improves coating adhesion and long-term corrosion protection.
ARADUR 35-1 important in industrial metal finishing.
It is used in protective industrial coatings where ARADUR 35-1 forms durable epoxy films for equipment, structures, and machinery.
It improves resistance against abrasion, chemicals, moisture, and environmental conditions.
ARADUR 35-1 important in industrial maintenance coatings.
It is used in steel coating applications where ARADUR 35-1 protects steel structures, fabricated parts, and metal components.
It improves adhesion and extends the service life of coated materials.
ARADUR 35-1 important in corrosion protection systems.
It is used in concrete coating applications where ARADUR 35-1 cures epoxy coatings applied to concrete floors, walls, and infrastructure surfaces.
It improves bonding, durability, and resistance to moisture and chemicals.
ARADUR 35-1 important in construction coatings.
It is used in industrial flooring systems where ARADUR 35-1 produces durable epoxy floors for factories, warehouses, workshops, and production areas.
It provides resistance to wear, impact, chemicals, and frequent cleaning.
ARADUR 35-1 important in flooring technologies.
It is used in commercial flooring coatings where ARADUR 35-1 helps create smooth, protective epoxy surfaces in buildings and facilities.
ARADUR 35-1 improves surface durability and maintenance performance.
ARADUR 35-1 important in commercial construction applications.
It is used in warehouse and logistics coatings where ARADUR 35-1 protects floors exposed to forklifts, pallet movement, and heavy traffic.
It improves abrasion resistance and reduces surface damage.
ARADUR 35-1 important in logistics facilities.
It is used in garage and parking deck coatings where ARADUR 35-1 cures epoxy systems exposed to vehicle loads, oils, fuels, and salts.
It improves surface protection and resistance to mechanical stress.
ARADUR 35-1 important in transportation infrastructure.
It is used in marine protective coatings where ARADUR 35-1 contributes to epoxy systems applied to ships, offshore structures, and marine equipment.
It improves resistance against seawater, humidity, and corrosion.
ARADUR 35-1 important in marine applications.
It is used in ship repair coatings where ARADUR 35-1 helps restore and protect metal surfaces exposed to marine environments.
ARADUR 35-1 improves coating adhesion and durability.
ARADUR 35-1 important in marine maintenance.
It is used in pipeline and tank coatings where ARADUR 35-1 forms epoxy barriers protecting steel surfaces from corrosion and chemical attack.
It improves long-term service performance of storage and transport systems.
ARADUR 35-1 important in energy and chemical industries.
It is used in chemical-resistant coating systems where ARADUR 35-1 produces epoxy films resistant to industrial chemicals, oils, and solvents.
It helps protect equipment operating in aggressive environments.
ARADUR 35-1 important in chemical processing applications.
It is used in water treatment facility coatings where ARADUR 35-1 protects concrete and metal surfaces exposed to water and treatment chemicals.
ARADUR 35-1 improves resistance to moisture and chemical cleaning procedures.
ARADUR 35-1 important in water infrastructure.
It is used in automotive coating systems where ARADUR 35-1 cures epoxy primers and protective coatings for vehicle components.
It improves corrosion protection and coating adhesion.
ARADUR 35-1 important in automotive industries.
It is used in transportation equipment coatings where ARADUR 35-1 protects railway, truck, and industrial vehicle components.
It improves resistance to mechanical wear and weather exposure.
ARADUR 35-1 important in transportation applications.
It is used in agricultural machinery coatings where ARADUR 35-1 protects equipment exposed to fertilizers, moisture, soil, and chemicals.
It improves corrosion resistance and equipment lifetime.
ARADUR 35-1 important in agricultural equipment protection.
It is used in construction machinery coatings where ARADUR 35-1 provides epoxy protection for heavy equipment exposed to harsh operating conditions.
It improves durability against abrasion and environmental damage.
ARADUR 35-1 important in construction industries.
It is used in renewable energy equipment coatings where ARADUR 35-1 protects metal structures and components exposed to outdoor conditions.
ARADUR 35-1 improves resistance to humidity, corrosion, and weathering.
ARADUR 35-1 important in renewable energy infrastructure.
It is used in low-temperature curing epoxy systems where ARADUR 35-1 enables coating application in cooler environments.
It supports outdoor coating operations where temperature conditions are challenging.
ARADUR 35-1 important in field-applied protective coatings.
It is used in low-VOC and solvent-reduced coatings where ARADUR 35-1 supports environmentally preferred epoxy formulations.
It helps reduce emissions while maintaining coating performance.
ARADUR 35-1 important in sustainable coating development.
It is used in research and development of epoxy materials where ARADUR 35-1 is studied for curing behavior, adhesion, corrosion protection, and mechanical properties.
ARADUR 35-1 supports the development of advanced epoxy coating systems.
ARADUR 35-1 important in polymer and materials science research.
ARADUR 35-1 is used in infrastructure rehabilitation coatings where ARADUR 35-1 cures epoxy systems applied during the repair and restoration of aging concrete and steel structures.
It improves adhesion to existing surfaces and enhances protection against moisture and corrosion.
ARADUR 35-1 important in infrastructure repair technologies.
It is used in bridge deck coating systems where ARADUR 35-1 provides protective epoxy layers for concrete and steel bridge surfaces.
It improves resistance against water penetration, de-icing salts, abrasion, and environmental degradation.
ARADUR 35-1 important in bridge maintenance applications.
It is used in parking structure waterproofing coatings where ARADUR 35-1 helps create epoxy barrier layers on concrete surfaces.
It reduces moisture penetration and improves resistance to vehicle fluids and mechanical loading.
ARADUR 35-1 important in building protection systems.
It is used in industrial wall and floor coating systems where ARADUR 35-1 produces protective epoxy surfaces in manufacturing and storage environments.
It improves cleanability, chemical resistance, and surface durability.
ARADUR 35-1 important in facility protection.
ARADUR 35-1 is used in cleanroom flooring applications where ARADUR 35-1 contributes to smooth epoxy surfaces requiring hygiene and chemical resistance.
It supports easy cleaning and contamination control.
ARADUR 35-1 important in pharmaceutical, medical, and electronics facilities.
It is used in laboratory coating systems where ARADUR 35-1 cures epoxy coatings exposed to chemicals, solvents, and repeated cleaning procedures.
It provides durable and protective surfaces for research environments.
ARADUR 35-1 important in laboratory infrastructure.
It is used in food and beverage facility coatings where ARADUR 35-1 helps produce durable epoxy floors and surfaces that tolerate washing and chemical cleaners.
It supports hygienic production environments.
ARADUR 35-1 important in food processing industries.
It is used in pharmaceutical manufacturing coatings where ARADUR 35-1 provides protective epoxy surfaces with good durability and chemical resistance.
It supports controlled production areas requiring reliable surface performance.
ARADUR 35-1 important in pharmaceutical facilities.
It is used in electronic manufacturing facility coatings where ARADUR 35-1 contributes to low-emission epoxy flooring and protective coatings.
It provides durable surfaces suitable for sensitive production environments.
ARADUR 35-1 important in electronics manufacturing.
ARADUR 35-1 is used in battery production facility coatings where ARADUR 35-1 supports protective epoxy systems for floors and equipment areas exposed to chemicals and industrial processes.
It improves resistance against contamination and wear.
ARADUR 35-1 important in battery manufacturing environments.
It is used in semiconductor manufacturing areas where ARADUR 35-1 supports protective coating systems requiring cleanable and durable surfaces.
It contributes to maintaining controlled production environments.
ARADUR 35-1 important in high-technology manufacturing.
It is used in machine shop flooring systems where ARADUR 35-1 cures epoxy coatings exposed to lubricants, coolants, metal particles, and heavy equipment.
It improves resistance against industrial wear.
ARADUR 35-1 important in machining facilities.
It is used in foundry protection coatings where ARADUR 35-1 helps protect surfaces exposed to dust, abrasion, chemicals, and industrial operations.
It improves coating durability in demanding environments.
ARADUR 35-1 important in metal processing facilities.
ARADUR 35-1 is used in fabricated metal component coatings where ARADUR 35-1 provides epoxy protection for manufactured steel parts and assemblies.
It improves corrosion resistance and coating adhesion.
ARADUR 35-1 important in metal fabrication industries.
It is used in appliance and equipment coatings where ARADUR 35-1 contributes to protective epoxy finishes for metal housings and components.
It improves surface protection and durability.
ARADUR 35-1 important in equipment manufacturing.
It is used in HVAC equipment coatings where ARADUR 35-1 protects metal surfaces exposed to humidity and environmental conditions.
It improves corrosion resistance and coating lifetime.
ARADUR 35-1 important in building equipment protection.
It is used in marine container and port equipment coatings where ARADUR 35-1 protects structures exposed to saltwater and outdoor conditions.
It improves resistance to corrosion and weathering.
ARADUR 35-1 important in maritime infrastructure.
It is used in offshore oil and gas coatings where ARADUR 35-1 supports epoxy protective systems for platforms, equipment, and steel structures.
It improves protection against seawater, humidity, and corrosion.
ARADUR 35-1 important in offshore applications.
ARADUR 35-1 is used in wind energy structures where ARADUR 35-1 contributes to protective epoxy coatings for turbine towers and support structures.
It improves durability against rain, humidity, and outdoor exposure.
ARADUR 35-1 important in wind energy infrastructure.
It is used in solar energy support structures where ARADUR 35-1 protects metal mounting systems from corrosion and weathering.
It improves long-term outdoor performance.
ARADUR 35-1 important in solar energy applications.
It is used in transportation infrastructure maintenance where ARADUR 35-1 provides protective coatings for roads, tunnels, stations, and supporting structures.
It improves resistance against environmental and mechanical stresses.
ARADUR 35-1 important in public infrastructure.
It is used in decorative industrial coatings where ARADUR 35-1 helps produce epoxy finishes with good appearance, gloss, and surface quality.
It combines aesthetic properties with protective performance.
ARADUR 35-1 important in specialty coating applications.
It is used in solvent-free epoxy coating development where ARADUR 35-1 supports formulations designed to reduce environmental emissions.
It enables manufacturers to develop more sustainable protective coating solutions.
ARADUR 35-1 important in green coating technologies.
ARADUR 35-1 is used in epoxy formulation research where ARADUR 35-1 is evaluated for curing speed, adhesion, flexibility, corrosion resistance, and mechanical performance.
It supports optimization of next-generation epoxy systems.
ARADUR 35-1 important in polymer and coating research.
Safety Profile:
It is considered a reactive epoxy curing agent (polyamine-based hardener) used in two-component epoxy systems.
ARADUR 35-1 contains reactive amine groups that can cause irritation, sensitization, and harmful effects after exposure.
ARADUR 35-1 important to handle with appropriate chemical safety precautions.
It is hazardous in skin contact situations where ARADUR 35-1 may cause irritation, redness, itching, dryness, and discomfort.
Repeated or prolonged contact may lead to skin sensitization and allergic reactions.
ARADUR 35-1 important to handle with protective gloves and suitable protective clothing.
It is hazardous in skin sensitization situations where repeated exposure to epoxy curing agents may cause allergic contact dermatitis.
Symptoms may include skin rash, swelling, itching, and irritation that can appear after repeated exposure.
ARADUR 35-1 important to minimize direct skin contact.
ARADUR 35-1 is hazardous in eye exposure situations where ARADUR 35-1 may cause serious eye irritation.
Exposure may result in redness, tearing, pain, blurred vision, and discomfort.
ARADUR 35-1 important to use with safety goggles or face protection.
It is hazardous in inhalation exposure situations where vapors, mists, or aerosols generated during mixing or application may irritate the respiratory system.
Exposure may cause coughing, throat irritation, nasal discomfort, or breathing difficulties.
ARADUR 35-1 important to use with adequate ventilation.
