Quick Search
ARADUR 36 is a polyamine-based epoxy curing agent (hardener) used with epoxy resins to produce two-component epoxy systems.
ARADUR 36 is designed to react with epoxy resins and form a crosslinked thermoset polymer structure with improved mechanical strength, adhesion, and chemical resistance.
ARADUR 36 important in epoxy coating, adhesive, and protective material technologies.
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 36 is used as an amine hardener component where ARADUR 36 is mixed with liquid epoxy resins before application.
The curing reaction creates a durable epoxy network that provides hardness, toughness, and environmental resistance.
ARADUR 36 important in thermoset polymer applications.
It is used in ambient-temperature curing epoxy systems where ARADUR 36 allows epoxy materials to cure under normal processing conditions without requiring high-temperature treatment.
It provides practical processing advantages for industrial applications.
ARADUR 36 important in field-applied epoxy technologies.
ARADUR 36 is used in industrial epoxy coating formulations where ARADUR 36 improves adhesion, corrosion protection, and surface durability.
It supports protective coatings for metal, concrete, and other substrates.
ARADUR 36 important in industrial surface protection.
It is used in anti-corrosion coating systems where ARADUR 36 cures epoxy primers and protective coatings applied to steel and metal structures.
It improves resistance against moisture, chemicals, and corrosive environments.
ARADUR 36 important in corrosion prevention technologies.
It is used in protective coatings for metal substrates where ARADUR 36 provides strong bonding between epoxy coatings and metallic surfaces.
It helps protect steel, aluminum, and fabricated metal components from degradation.
ARADUR 36 important in metal finishing applications.
It is used in concrete coating systems where ARADUR 36 cures epoxy coatings applied to concrete floors, walls, and construction surfaces.
ARADUR 36 improves adhesion, surface strength, and resistance to chemicals and abrasion.
ARADUR 36 important in construction protection.
ARADUR 36 is used in industrial flooring systems where ARADUR 36 contributes to durable epoxy floors for factories, warehouses, workshops, and commercial buildings.
It improves wear resistance, impact resistance, and chemical durability.
ARADUR 36 important in flooring applications.
It is used in epoxy adhesives where ARADUR 36 acts as the curing component for structural bonding formulations.
ARADUR 36 provides strong adhesion between metals, plastics, ceramics, and composite materials.
ARADUR 36 important in adhesive technologies.
It is used in composite material production where ARADUR 36 cures epoxy matrices reinforced with glass fibers, carbon fibers, or other reinforcements.
It improves mechanical performance and fiber bonding.
ARADUR 36 important in composite manufacturing.
ARADUR 36 is used in marine coating applications where ARADUR 36 supports epoxy coatings exposed to humidity, seawater, and harsh environmental conditions.
It improves corrosion resistance and coating durability.
ARADUR 36 important in marine protection systems.
It is used in shipbuilding and repair coatings where ARADUR 36 contributes to epoxy primers and protective layers for marine vessels.
It improves adhesion and long-term coating performance.
ARADUR 36 important in marine maintenance.
ARADUR 36 is used in oil and gas industry coatings where ARADUR 36 cures epoxy protective systems for pipelines, tanks, and processing equipment.
It improves resistance against corrosion, hydrocarbons, and environmental exposure.
ARADUR 36 important in energy infrastructure.
It is used in chemical-resistant coating systems where ARADUR 36 produces epoxy films resistant to industrial chemicals, oils, and solvents.
It helps protect equipment operating in aggressive environments.
ARADUR 36 important in chemical processing industries.
It is used in storage tank lining applications where ARADUR 36 cures epoxy coatings applied inside tanks and containers.
ARADUR 36 provides a protective barrier against corrosion and chemical attack.
ARADUR 36 important in containment systems.
ARADUR 36 is used in water treatment facility coatings where ARADUR 36 protects metal and concrete surfaces exposed to water and treatment chemicals.
It improves moisture resistance and coating durability.
ARADUR 36 important in water infrastructure.
It is used in automotive coating systems where ARADUR 36 contributes to epoxy primers, protective coatings, and bonding systems.
It improves corrosion resistance and adhesion performance.
ARADUR 36 important in automotive applications.
It is used in transportation equipment coatings where ARADUR 36 protects railway components, vehicles, and industrial transportation equipment.
ARADUR 36 improves resistance to mechanical stress and environmental exposure.
ARADUR 36 important in transportation industries.
It is used in electrical and electronic applications where ARADUR 36 cures epoxy materials used for insulation, encapsulation, and protection.
It improves mechanical stability and environmental resistance.
ARADUR 36 important in electrical protection systems.
ARADUR 36 is used in construction and repair materials where ARADUR 36 cures epoxy mortars, repair compounds, and bonding materials.
It improves structural adhesion and durability.
ARADUR 36 important in construction repair technologies.
It is used in low-VOC epoxy developments where ARADUR 36 supports the formulation of reduced-solvent epoxy systems.
It helps maintain performance while reducing environmental emissions.
ARADUR 36 important in sustainable coating technologies.
It is used in research and development of epoxy polymers where ARADUR 36 is studied for curing behavior, crosslink density, mechanical properties, adhesion, and chemical resistance.
ARADUR 36 supports the development of advanced thermosetting materials.
ARADUR 36 important in polymer and coatings research.
ARADUR 36 is used in industrial maintenance coating systems where ARADUR 36 cures epoxy coatings applied to aging equipment, machinery, and industrial structures.
It improves surface protection against corrosion, chemicals, moisture, and mechanical damage.
ARADUR 36 important in maintenance and repair industries.
It is used in heavy-duty equipment coatings where ARADUR 36 provides protective epoxy layers for construction machinery, mining equipment, and industrial machines.
It improves resistance against abrasion, impact, and harsh operating environments.
ARADUR 36 important in heavy equipment protection.
It is used in factory production area coatings where ARADUR 36 contributes to epoxy floors, walls, and protective surfaces in manufacturing facilities.
It provides durable, easy-to-clean surfaces resistant to industrial contaminants.
ARADUR 36 important in manufacturing environments.
It is used in machine tool protection coatings where ARADUR 36 cures epoxy coatings exposed to lubricants, coolants, oils, and metal particles.
ARADUR 36 improves surface durability and chemical resistance.
ARADUR 36 important in machining applications.
It is used in metal fabrication coatings where ARADUR 36 protects fabricated steel parts, frames, and assemblies.
It improves adhesion between epoxy coatings and metal substrates.
ARADUR 36 important in metal processing industries.
It is used in structural steel coating systems where ARADUR 36 provides protective epoxy layers for buildings, bridges, supports, and industrial structures.
ARADUR 36 improves long-term corrosion protection and service life.
ARADUR 36 important in infrastructure protection.
It is used in bridge repair and rehabilitation coatings where ARADUR 36 helps restore damaged steel and concrete surfaces.
It provides durable protection against water, salts, and environmental exposure.
ARADUR 36 important in civil engineering applications.
It is used in tunnel and underground structure coatings where ARADUR 36 cures epoxy systems exposed to humidity and harsh conditions.
ARADUR 36 improves moisture resistance and surface durability.
ARADUR 36 important in underground infrastructure.
It is used in airport facility coatings where ARADUR 36 contributes to epoxy floors and protective coatings exposed to heavy traffic, fuel, and chemicals.
It improves wear resistance and maintenance performance.
ARADUR 36 important in aviation infrastructure.
It is used in railway infrastructure coatings where ARADUR 36 protects platforms, steel structures, equipment, and railway components.
It improves resistance against vibration, corrosion, and weathering.
ARADUR 36 important in railway maintenance.
It is used in shipyard coating systems where ARADUR 36 cures epoxy coatings for marine equipment, steel structures, and vessel components.
It improves resistance against saltwater and humidity.
ARADUR 36 important in shipbuilding industries.
It is used in offshore structure coatings where ARADUR 36 protects platforms and marine structures exposed to seawater and severe weather.
It improves corrosion resistance and coating durability.
ARADUR 36 important in offshore engineering.
It is used in pipeline protection systems where ARADUR 36 cures epoxy coatings applied to pipelines transporting water, oil, gas, and industrial fluids.
It improves resistance against corrosion and chemical exposure.
ARADUR 36 important in pipeline maintenance.
ARADUR 36 is used in chemical storage equipment coatings where ARADUR 36 provides epoxy protection for tanks, vessels, and processing equipment.
It improves resistance against aggressive chemicals and industrial fluids.
ARADUR 36 important in chemical industries.
It is used in petrochemical facility coatings where ARADUR 36 protects steel surfaces exposed to hydrocarbons and chemical environments.
It provides durable barrier protection against corrosion.
ARADUR 36 important in petrochemical applications.
ARADUR 36 is used in power generation facility coatings where ARADUR 36 protects equipment, floors, and structures in energy plants.
It improves resistance against heat, moisture, chemicals, and industrial wear.
ARADUR 36 important in energy infrastructure.
It is used in renewable energy equipment coatings where ARADUR 36 protects wind turbine components, solar structures, and energy equipment.
It improves outdoor durability and corrosion resistance.
ARADUR 36 important in renewable energy applications.
ARADUR 36 is used in battery manufacturing facility coatings where ARADUR 36 contributes to protective epoxy floors and equipment coatings.
It provides resistance against chemicals, moisture, and industrial contamination.
ARADUR 36 important in battery production environments.
It is used in laboratory and cleanroom coatings where ARADUR 36 helps create durable epoxy surfaces requiring chemical resistance and easy cleaning.
It supports controlled environments in research and production facilities.
ARADUR 36 important in high-performance facilities.
It is used in electronic manufacturing coatings where ARADUR 36 contributes to epoxy protective systems for production areas and equipment.
It provides durable surfaces with resistance to chemicals and wear.
ARADUR 36 important in electronics manufacturing.
It is used in automotive production coatings where ARADUR 36 supports epoxy primers and protective coatings for vehicle components and manufacturing equipment.
ARADUR 36 improves adhesion and corrosion protection.
ARADUR 36 important in automotive industries.
It is used in transportation infrastructure coatings where ARADUR 36 protects vehicles, railway systems, and transport-related structures.
It improves durability against mechanical and environmental stress.
ARADUR 36 important in transportation applications.
It is used in adhesive and bonding systems where ARADUR 36 acts as the curing component in epoxy adhesives.
ARADUR 36 provides strong structural bonding between different materials.
ARADUR 36 important in assembly and repair technologies.
It is used in composite manufacturing where ARADUR 36 cures epoxy matrices used with reinforcing fibers.
It improves mechanical strength, dimensional stability, and durability of composites.
ARADUR 36 important in advanced material applications.
It is used in epoxy repair compounds where ARADUR 36 cures resin systems used for crack repair, bonding, and restoration.
It improves adhesion and structural performance.
ARADUR 36 important in repair technologies.
ARADUR 36 is used in research laboratories where ARADUR 36 is evaluated for epoxy curing kinetics, thermal properties, mechanical strength, and chemical resistance.
It supports development of improved thermosetting polymers.
ARADUR 36 important in polymer science research.
Uses:
ARADUR 36 is used in two-component epoxy resin systems where ARADUR 36 functions as the curing agent (hardener) for epoxy resins.
It reacts with epoxy groups to form a strong crosslinked polymer network with improved mechanical properties.
ARADUR 36 important in epoxy thermoset applications.
It is used in industrial epoxy coatings where ARADUR 36 cures protective epoxy films for metal, concrete, and other substrates.
It provides good adhesion, hardness, chemical resistance, and durability.
ARADUR 36 important in industrial coating systems.
It is used in anti-corrosion primers where ARADUR 36 helps formulate epoxy primers for steel and metal surfaces.
ARADUR 36 improves resistance against rust, moisture, salt spray, and environmental exposure.
ARADUR 36 important in corrosion protection technologies.
It is used in protective metal coatings where ARADUR 36 improves bonding between epoxy coatings and metallic substrates.
It helps protect steel, aluminum, and fabricated metal components from degradation.
ARADUR 36 important in metal finishing applications.
It is used in concrete protection systems where ARADUR 36 cures epoxy coatings applied to concrete floors, walls, and structures.
ARADUR 36 improves adhesion, surface strength, and resistance to chemicals and abrasion.
ARADUR 36 important in construction coatings.
It is used in industrial flooring systems where ARADUR 36 produces durable epoxy floors for factories, warehouses, garages, and workshops.
It provides resistance against impact, wear, chemicals, and repeated cleaning.
ARADUR 36 important in flooring applications.
It is used in commercial building coatings where ARADUR 36 contributes to durable epoxy surfaces in offices, facilities, and public buildings.
It improves surface protection and service life.
ARADUR 36 important in commercial construction.
ARADUR 36 is used in machine and equipment coatings where ARADUR 36 protects machinery exposed to oils, lubricants, chemicals, and mechanical stress.
It improves equipment durability and reduces corrosion-related damage.
ARADUR 36 important in manufacturing industries.
It is used in heavy-duty protective coatings where ARADUR 36 provides epoxy protection for industrial equipment operating under harsh conditions.
It improves resistance against abrasion, impact, and environmental exposure.
ARADUR 36 important in heavy industry.
It is used in marine coating systems where ARADUR 36 cures epoxy coatings for ships, offshore structures, and marine equipment.
It improves resistance against seawater, humidity, and corrosion.
ARADUR 36 important in marine protection.
It is used in shipbuilding and ship repair applications where ARADUR 36 contributes to epoxy primers and protective coatings.
It improves adhesion and coating durability in marine environments.
ARADUR 36 important in ship maintenance.
It is used in oil and gas applications where ARADUR 36 cures epoxy coatings for pipelines, storage tanks, and industrial equipment.
ARADUR 36 improves resistance against hydrocarbons, moisture, and corrosion.
ARADUR 36 important in energy infrastructure.
It is used in chemical-resistant coating systems where ARADUR 36 forms epoxy films exposed to acids, alkalis, solvents, and industrial chemicals.
It protects surfaces from chemical attack.
ARADUR 36 important in chemical processing industries.
It is used in tank lining systems where ARADUR 36 cures epoxy coatings inside storage tanks and containers.
It provides protective barriers against corrosion and chemical exposure.
ARADUR 36 important in storage and containment applications.
It is used in water treatment facility coatings where ARADUR 36 protects equipment, pipes, and concrete surfaces exposed to water and chemicals.
It improves moisture resistance and coating durability.
ARADUR 36 important in water infrastructure.
It is used in automotive applications where ARADUR 36 contributes to epoxy primers, protective coatings, and adhesive systems.
It improves corrosion resistance and bonding performance.
ARADUR 36 important in automotive manufacturing.
ARADUR 36 is used in transportation equipment coatings where ARADUR 36 protects railway components, vehicles, and industrial transport equipment.
It improves resistance to mechanical stress and weathering.
ARADUR 36 important in transportation industries.
It is used in structural adhesives where ARADUR 36 acts as a hardener for epoxy bonding formulations.
ARADUR 36 provides strong adhesion between metals, plastics, ceramics, and composite materials.
ARADUR 36 important in assembly and repair applications.
It is used in composite material manufacturing where ARADUR 36 cures epoxy matrices reinforced with glass fibers, carbon fibers, and other materials.
ARADUR 36 improves mechanical strength, stiffness, and durability.
ARADUR 36 important in advanced composites.
ARADUR 36 is used in electrical insulation materials where ARADUR 36 cures epoxy compounds used for encapsulation and protection of electrical components.
It improves resistance to moisture and environmental stress.
ARADUR 36 important in electrical applications.
It is used in repair and maintenance compounds where ARADUR 36 cures epoxy repair materials for cracks, bonding, and surface restoration.
It improves structural strength and adhesion.
ARADUR 36 important in repair technologies.
ARADUR 36 is used in low-temperature curing epoxy systems where ARADUR 36 enables epoxy materials to cure under ambient conditions.
It supports field applications where heating is not practical.
ARADUR 36 important in on-site coating and repair work.
It is used in research and development of epoxy materials where ARADUR 36 is studied for curing behavior, crosslink density, mechanical properties, and chemical resistance.
ARADUR 36 supports the development of advanced epoxy polymer systems.
ARADUR 36 important in polymer and materials research.
ARADUR 36 is used in bridge coating systems where ARADUR 36 cures epoxy protective coatings applied to steel and concrete bridge structures.
It improves resistance against humidity, rain, road salts, and corrosion.
ARADUR 36 important in infrastructure protection.
It is used in highway infrastructure coatings where ARADUR 36 contributes to epoxy systems used on concrete barriers, support structures, and maintenance surfaces.
It improves durability under outdoor exposure and traffic-related conditions.
ARADUR 36 important in transportation infrastructure.
ARADUR 36 is used in railway infrastructure protection where ARADUR 36 cures coatings for rails, platforms, steel structures, and railway equipment.
It improves resistance against vibration, weathering, and mechanical stress.
ARADUR 36 important in railway maintenance.
It is used in airport flooring and maintenance coatings where ARADUR 36 forms epoxy surfaces exposed to heavy traffic, fuel, oils, and chemicals.
It provides durable and easily maintained protective layers.
ARADUR 36 important in aviation facilities.
ARADUR 36 is used in warehouse and distribution center floors where ARADUR 36 cures epoxy coatings exposed to forklifts, pallet movement, and continuous industrial activity.
It improves abrasion resistance and extends floor lifetime.
ARADUR 36 important in logistics applications.
It is used in automotive service garage coatings where ARADUR 36 creates epoxy floors resistant to motor oils, fuels, cleaning chemicals, and mechanical loads.
It improves surface durability and maintenance performance.
ARADUR 36 important in vehicle service facilities.
It is used in manufacturing plant floor systems where ARADUR 36 provides protective epoxy coatings for production areas.
ARADUR 36 improves resistance against industrial contaminants, impacts, and heavy equipment traffic.
ARADUR 36 important in manufacturing environments.
It is used in food processing facility coatings where ARADUR 36 contributes to epoxy flooring and protective surfaces exposed to washing procedures and cleaning chemicals.
It supports hygienic and durable production areas.
ARADUR 36 important in food industry facilities.
ARADUR 36 is used in beverage production coatings where ARADUR 36 helps produce epoxy surfaces resistant to water, cleaning agents, and repeated sanitation cycles.
It improves coating lifetime in wet environments.
ARADUR 36 important in beverage manufacturing.
It is used in pharmaceutical facility coatings where ARADUR 36 supports epoxy systems for clean and controlled environments.
It provides chemical resistance and smooth surfaces suitable for frequent cleaning.
ARADUR 36 important in pharmaceutical manufacturing.
ARADUR 36 is used in cleanroom flooring systems where ARADUR 36 cures epoxy surfaces requiring low maintenance and chemical resistance.
It helps maintain durable and contamination-resistant environments.
ARADUR 36 important in clean manufacturing facilities.
It is used in laboratory bench and floor coatings where ARADUR 36 protects surfaces exposed to chemicals, solvents, and laboratory processes.
ARADUR 36 improves durability and resistance to chemical exposure.
ARADUR 36 important in research environments.
ARADUR 36 is used in electronics manufacturing facilities where ARADUR 36 supports epoxy coatings for production areas requiring clean, durable surfaces.
It improves resistance to chemicals, moisture, and mechanical wear.
ARADUR 36 important in electronics industries.
It is used in semiconductor manufacturing areas where ARADUR 36 contributes to protective epoxy flooring and coating systems.
ARADUR 36 supports controlled environments requiring reliable surface performance.
ARADUR 36 important in high-technology manufacturing.
It is used in battery production facilities where ARADUR 36 helps protect floors and equipment areas exposed to chemicals and industrial processes.
It improves resistance to contamination, moisture, and wear.
ARADUR 36 important in battery manufacturing.
ARADUR 36 is used in electric vehicle production facilities where ARADUR 36 supports protective coating systems for industrial production areas.
It provides durable surfaces suitable for advanced manufacturing environments.
ARADUR 36 important in electric mobility industries.
It is used in power plant coatings where ARADUR 36 protects equipment, floors, and structural components exposed to industrial conditions.
ARADUR 36 improves resistance against moisture, chemicals, and mechanical stress.
ARADUR 36 important in energy generation facilities.
ARADUR 36 is used in renewable energy structures where ARADUR 36 protects wind turbine towers, solar support structures, and energy equipment.
It improves outdoor weather resistance and corrosion protection.
ARADUR 36 important in renewable energy infrastructure.
It is used in agricultural equipment coatings where ARADUR 36 protects machinery exposed to fertilizers, soil, water, and chemicals.
It improves corrosion resistance and equipment durability.
ARADUR 36 important in agricultural machinery protection.
It is used in mining equipment coatings where ARADUR 36 protects machinery exposed to abrasion, dust, moisture, and chemicals.
ARADUR 36 improves equipment reliability in harsh environments.
ARADUR 36 important in mining operations.
ARADUR 36 is used in construction machinery coatings where ARADUR 36 protects excavators, loaders, and heavy equipment.
It improves resistance against impact, abrasion, and outdoor exposure.
ARADUR 36 important in construction industries.
ARADUR 36 is used in metal fabrication workshops where ARADUR 36 provides epoxy coatings for fabricated metal components.
It improves corrosion protection and surface durability.
ARADUR 36 important in metalworking applications.
It is used in industrial adhesive formulations where ARADUR 36 cures epoxy adhesives used for structural bonding.
It provides strong adhesion and load-bearing capability.
ARADUR 36 important in assembly applications.
It is used in composite repair systems where ARADUR 36 cures epoxy materials used for repairing composite structures.
It improves bonding strength and mechanical integrity.
ARADUR 36 important in composite maintenance.
It is used in aerospace support applications where ARADUR 36 contributes to epoxy materials used in equipment protection and bonding systems.
It improves mechanical performance and environmental resistance.
ARADUR 36 important in aerospace-related material applications.
ARADUR 36 is used in marine infrastructure coatings where ARADUR 36 protects docks, piers, marine platforms, and coastal structures.
It improves resistance against saltwater and weathering.
ARADUR 36 important in coastal engineering.
ARADUR 36 is used in epoxy formulation development where ARADUR 36 is evaluated for curing speed, adhesion, flexibility, chemical resistance, and mechanical properties.
It supports the development of improved epoxy technologies.
ARADUR 36 important in polymer research and industrial coating development.
Safety Profile:
ARADUR 36 is considered a reactive epoxy curing agent (amine-based hardener) used in two-component epoxy systems.
ARADUR 36 contains reactive amine components that can cause irritation, sensitization, and harmful effects after exposure.
ARADUR 36 important to handle with appropriate chemical safety precautions.
It is hazardous in skin contact situations where ARADUR 36 may cause irritation, redness, itching, dryness, and discomfort.
Repeated or prolonged contact may damage the skin barrier and increase the risk of allergic reactions.
ARADUR 36 important to handle with chemical-resistant gloves and protective clothing.
It is hazardous in skin sensitization situations where repeated exposure to epoxy hardeners may cause allergic contact dermatitis.
Symptoms may include skin rash, swelling, itching, redness, and delayed allergic responses.
ARADUR 36 important to avoid repeated skin exposure.
ARADUR 36 is hazardous in eye exposure situations where ARADUR 36 may cause serious eye irritation.
Contact may result in redness, tearing, pain, blurred vision, and possible eye tissue damage.
ARADUR 36 important to use with safety goggles or face protection.
It is hazardous in inhalation exposure situations where vapors, mists, or aerosols generated during mixing and application may irritate the respiratory tract.
Exposure may cause coughing, throat irritation, nasal discomfort, or breathing difficulties.
ARADUR 36 important to use with adequate ventilation.
It is hazardous in spray application processes where atomized particles may increase inhalation and skin exposure risks.
Respiratory protection and appropriate engineering controls may be required during spraying operations.
ARADUR 36 important to control in industrial coating applications.
ARADUR 36 is hazardous in workplace overexposure situations where repeated exposure may increase the risk of respiratory irritation and allergic sensitization.
Long-term exposure should be minimized through proper industrial hygiene practices.
ARADUR 36 important to monitor in manufacturing environments.
It is hazardous in ingestion situations where accidental swallowing may cause irritation of the mouth, throat, and digestive system.
Possible symptoms include nausea, vomiting, abdominal discomfort, and gastrointestinal irritation.
ARADUR 36 important to keep away from food and beverages.
