ARADUR 115

ARADUR 115 is a high-viscosity polyamidoamine hardener developed for cold-curing epoxy resin systems.
ARADUR 115 provides extremely long working time, excellent adhesion, high flexibility, chemical resistance, and strong anti-corrosion performance.
ARADUR 115 is primarily used in marine paints, protective mastics, reactive adhesives, solvent-borne coatings, and construction applications for steel and mineral substrates.

CAS Number: Not assigned as a single CAS number; proprietary formulated mixture
EC Number: Not assigned as a single EC number; proprietary formulated mixture
Molecular Formula: Not applicable to a formulated polyamidoamine mixture
Molecular Weight: Not applicable to a proprietary formulated mixture

Synonyms: ARADUR 115, ARADUR® 115, Aradur 115 Epoxy Hardener, Aradur 115 Curing Agent, Aradur 115 Accelerator, Aradur 115 Polyamidoamine, High-Viscosity Polyamidoamine Hardener, Cold-Curing Epoxy Hardener, Long-Pot-Life Epoxy Hardener, Marine Epoxy Coating Hardener, Anti-Corrosion Epoxy Hardener, Solvent-Borne Epoxy Curing Agent, Reactive Adhesive Hardener, Epoxy Mastic Hardener, Flexible Epoxy Curing Agent, Steel-Coating Hardener, Mineral-Substrate Epoxy Hardener, Construction Epoxy Hardener, Industrial-Maintenance Coating Hardener, Salt-Spray-Resistant Epoxy Hardener, High-Adhesion Epoxy Hardener, Polyamidoamine Epoxy Curative, Liquid Epoxy Hardener, Semi-Solid Epoxy Hardener, Two-Component Epoxy Curing Agent, Protective-Coating Hardener, Shipbuilding Epoxy Hardener, Epoxy Resin Crosslinking Agent, Industrial Amine Curative, ARADUR 115 Polymerizing Agent, Huntsman ARADUR 115

APPLICATIONS

ARADUR 115 is used as a curing agent in cold-curing epoxy resin systems.
ARADUR 115 is used in ambient-temperature formulations based on compatible liquid epoxy resins.
ARADUR 115 is used with compatible solid epoxy resins and their solvent solutions.
ARADUR 115 is used in two-component systems requiring exceptionally long working time.

ARADUR 115 is used in solvent-borne industrial epoxy coatings.
ARADUR 115 is used in maintenance coatings formulated for gradual solvent release.
ARADUR 115 is used in protective paints requiring flexible and adherent cured films.
ARADUR 115 is used in coating systems where slow gel development supports large-area application.

ARADUR 115 is used in marine epoxy paints for properly prepared steel.
ARADUR 115 is used in shipbuilding primers requiring high corrosion protection.
ARADUR 115 is used in maintenance coatings for vessel superstructures.
ARADUR 115 is used in marine coating systems exposed to salt-containing atmospheres.

ARADUR 115 is used in protective coatings for ship decks and external fittings.
ARADUR 115 is used in primers for deck machinery and supporting steelwork.
ARADUR 115 is used in coatings for marine access platforms and railings.
ARADUR 115 is used in repair paints applied during vessel refurbishment.

ARADUR 115 is used in shipyard stripe coats for edges, welds, bolts, and corners.
ARADUR 115 is used in marine repair primers for localized coating damage.
ARADUR 115 is used in protective systems for non-immersed ship components.
ARADUR 115 is used in atmospheric marine coatings requiring resistance to salt spray.

ARADUR 115 is used in anti-corrosion primers for abrasive-blasted carbon steel.
ARADUR 115 is used in intermediate epoxy coats for multilayer protective systems.
ARADUR 115 is used in barrier coatings designed to restrict moisture penetration.
ARADUR 115 is used in industrial films intended to reduce underfilm corrosion.

ARADUR 115 is used in coatings for steel structures exposed to industrial atmospheres.
ARADUR 115 is used in primers for beams, columns, frames, and supports.
ARADUR 115 is used in protective coatings for fabricated steel assemblies.
ARADUR 115 is used in maintenance systems for structural metal installations.

ARADUR 115 is used in epoxy mastics requiring high adhesion and flexibility.
ARADUR 115 is used in high-build protective mastics for industrial steel surfaces.
ARADUR 115 is used in filled mastic formulations containing compatible mineral extenders.
ARADUR 115 is used in repair mastics requiring effective substrate wetting.

ARADUR 115 is used in surface-tolerant coating systems after formulation testing.
ARADUR 115 is used in maintenance mastics applied over mechanically prepared surfaces.
ARADUR 115 is used in refurbishment coatings for sound, compatible aged epoxy films.
ARADUR 115 is used in protective systems where complete abrasive blasting may be difficult.

ARADUR 115 is used in reactive epoxy adhesives.
ARADUR 115 is used in two-component adhesives requiring extended open time.
ARADUR 115 is used in bonding formulations requiring flexible cured joints.
ARADUR 115 is used in adhesive systems intended to tolerate vibration and limited movement.

ARADUR 115 is used in construction adhesives for steel and mineral materials.
ARADUR 115 is used in bonding agents for concrete, masonry, and prepared metal.
ARADUR 115 is used in gap-filling adhesive mastics.
ARADUR 115 is used in repair adhesives requiring sufficient assembly and positioning time.

ARADUR 115 is used in structural and semi-structural epoxy adhesives after performance testing.
ARADUR 115 is used in laminating adhesives requiring good substrate wetting.
ARADUR 115 is used in bonding compounds containing compatible mineral fillers.
ARADUR 115 is used in adhesive systems requiring a balance of toughness and flexibility.

ARADUR 115 is used in coatings for properly prepared mineral substrates.
ARADUR 115 is used in solvent-borne primers for dry concrete.
ARADUR 115 is used in protective coatings for cementitious floors and walls.
ARADUR 115 is used in construction coatings requiring strong adhesion to mineral surfaces.

ARADUR 115 is used in concrete sealers based on compatible epoxy resin solutions.
ARADUR 115 is used in coatings designed to reduce dusting from concrete surfaces.
ARADUR 115 is used in maintenance coatings for industrial concrete.
ARADUR 115 is used in sealing systems intended to reduce surface porosity.

ARADUR 115 is used in coatings for factories and production facilities.
ARADUR 115 is used in maintenance paints for workshops and technical areas.
ARADUR 115 is used in protective coatings for plant rooms and service corridors.
ARADUR 115 is used in industrial areas requiring durable and cleanable surfaces.

ARADUR 115 is used in coatings for warehouses and distribution facilities.
ARADUR 115 is used in protective paints for steel racks and support structures.
ARADUR 115 is used in maintenance systems for loading and handling equipment.
ARADUR 115 is used in coatings exposed to routine industrial contamination.

ARADUR 115 is used in protective coatings for industrial machinery.
ARADUR 115 is used in maintenance paints for pumps, valves, and equipment frames.
ARADUR 115 is used in coatings for production-line components and machinery housings.
ARADUR 115 is used in systems exposed to oils, water, detergents, and mechanical service.

ARADUR 115 is used in protective coatings for storage-tank exteriors.
ARADUR 115 is used in maintenance primers for steel vessels and process containers.
ARADUR 115 is used in coatings for tank supports, ladders, and platforms.
ARADUR 115 is used in repair systems for compatible existing tank coatings.

ARADUR 115 is used in coatings for external pipeline surfaces.
ARADUR 115 is used in maintenance paints for industrial piping networks.
ARADUR 115 is used in primers for pipe supports and service structures.
ARADUR 115 is used in localized repair coatings for damaged external pipe protection.

ARADUR 115 is used in coatings for refineries and petrochemical facilities.
ARADUR 115 is used in primers for pipe racks and structural supports.
ARADUR 115 is used in protective systems for processing platforms.
ARADUR 115 is used in maintenance coatings exposed to aggressive industrial atmospheres.

ARADUR 115 is used in coatings for chemical-processing installations.
ARADUR 115 is used in protective systems for non-immersed process equipment.
ARADUR 115 is used in coatings exposed to intermittent chemical splashes.
ARADUR 115 is used in formulations whose resistance is verified with the complete coating system.

ARADUR 115 is used in coatings for power-generation facilities.
ARADUR 115 is used in primers for utility structures and equipment supports.
ARADUR 115 is used in maintenance systems for steel service installations.
ARADUR 115 is used in protective coating programs requiring dependable adhesion.

ARADUR 115 is used in coatings for wastewater-treatment infrastructure.
ARADUR 115 is used in primers for non-immersed steel structures.
ARADUR 115 is used in coatings for platforms, railings, and service components.
ARADUR 115 is used in protective systems exposed to humid industrial atmospheres.

ARADUR 115 is used in coatings for mining and mineral-processing equipment.
ARADUR 115 is used in maintenance paints for conveyors and structural supports.
ARADUR 115 is used in primers for machinery exposed to dust and moisture.
ARADUR 115 is used in protective films requiring flexibility and strong adhesion.

ARADUR 115 is used in coatings for bulk-material-handling equipment.
ARADUR 115 is used in primers for steel silos and conveyor structures.
ARADUR 115 is used in maintenance coatings for transfer systems.
ARADUR 115 is used in protective films exposed to repeated cleaning and mechanical wear.

ARADUR 115 is used in protective coatings for bridges and steel infrastructure.
ARADUR 115 is used in rehabilitation primers for structural steel.
ARADUR 115 is used in intermediate barrier coats for atmospheric corrosion protection.
ARADUR 115 is used in repair systems applied after removal of failed coatings and corrosion.

ARADUR 115 is used in coatings for railway and transportation infrastructure.
ARADUR 115 is used in primers for steel frames and maintenance components.
ARADUR 115 is used in protective systems exposed to vibration and weathering.
ARADUR 115 is used in coatings requiring high adhesion and flexibility.

ARADUR 115 is used in coatings for trucks, trailers, and industrial vehicles.
ARADUR 115 is used in primers for chassis and fabricated vehicle components.
ARADUR 115 is used in repair coatings for commercial transportation equipment.
ARADUR 115 is used in heavy-duty finishes after application-specific testing.

ARADUR 115 is used in coatings for shipping containers.
ARADUR 115 is used in primers for steel exposed to handling damage.
ARADUR 115 is used in maintenance layers intended to restore coating continuity.
ARADUR 115 is used in protective systems exposed to transportation environments.

ARADUR 115 is used in coatings for steel doors, gates, fences, and fabricated products.
ARADUR 115 is used in primers for metal-building components.
ARADUR 115 is used in protective finishes for structural accessories.
ARADUR 115 is used in factory-applied coating systems.

ARADUR 115 is used in coatings for docks, ports, and coastal infrastructure.
ARADUR 115 is used in protective primers for cranes and cargo-handling equipment.
ARADUR 115 is used in coatings for steel walkways and loading structures.
ARADUR 115 is used in maintenance systems exposed to salt-laden coastal air.

ARADUR 115 is used in coatings for offshore service structures.
ARADUR 115 is used in primers for non-immersed offshore components.
ARADUR 115 is used in repair coatings for atmospheric steelwork.
ARADUR 115 is used in systems requiring resistance to humid and saline environments.

ARADUR 115 is used in zinc-phosphate-containing epoxy primers.
ARADUR 115 is used in coatings containing compatible corrosion-inhibiting pigments.
ARADUR 115 is used in industrial primers containing protective mineral extenders.
ARADUR 115 is used in formulations whose pigment loading supports curing and adhesion.

ARADUR 115 is used in micaceous iron oxide epoxy coatings.
ARADUR 115 is used in barrier coatings containing lamellar mineral pigments.
ARADUR 115 is used in intermediate coats designed to improve diffusion resistance.
ARADUR 115 is used in protective systems requiring dense and durable films.

ARADUR 115 is used in aluminum-pigmented protective coatings.
ARADUR 115 is used in industrial primers containing compatible metallic pigments.
ARADUR 115 is used in formulations requiring effective pigment wetting.
ARADUR 115 is used in coatings requiring uniform pigment and hardener distribution.

ARADUR 115 is used in mineral-filled epoxy primers.
ARADUR 115 is used in coatings containing silica, talc, barytes, or compatible extenders.
ARADUR 115 is used in mastic systems modified with thixotropic fillers.
ARADUR 115 is used in filled formulations after viscosity and cure evaluation.

ARADUR 115 is used in coatings containing compatible rheology modifiers.
ARADUR 115 is used in systems containing anti-settling additives.
ARADUR 115 is used in formulations containing wetting and dispersing agents.
ARADUR 115 is used in complete systems after additive compatibility testing.

ARADUR 115 is used in coatings containing compatible defoamers.
ARADUR 115 is used in formulations containing flow and leveling additives.
ARADUR 115 is used in systems designed to release entrained air.
ARADUR 115 is used in protective coatings requiring uniform film development.

ARADUR 115 is used in spray-applied epoxy primers.
ARADUR 115 is used in conventional spray systems after suitable viscosity adjustment.
ARADUR 115 is used in airless-spray coatings with appropriate equipment.
ARADUR 115 is used in professional spraying operations under controlled ventilation.

ARADUR 115 is used in brush-applied maintenance coatings.
ARADUR 115 is used in stripe coats for welds, edges, corners, and bolts.
ARADUR 115 is used in localized repair coatings for damaged films.
ARADUR 115 is used in touch-up primers after correct surface preparation.

ARADUR 115 is used in roller-applied industrial coatings.
ARADUR 115 is used in maintenance paints for floors, walls, and equipment surfaces.
ARADUR 115 is used in systems requiring practical manual application.
ARADUR 115 is used in thin and medium-build coating layers.

ARADUR 115 is used in formulations requiring extremely long working time.
ARADUR 115 is used in large-area projects requiring extended application periods.
ARADUR 115 is used in coatings for complex structures requiring detailed application.
ARADUR 115 is used in systems whose pot life is validated under field conditions.

ARADUR 115 is used in systems requiring pre-reaction before application.
ARADUR 115 is used in formulations designed to form non-tacky films after induction.
ARADUR 115 is used in coatings where controlled pre-reaction improves film development.
ARADUR 115 is used in professional products supplied with defined induction instructions.

ARADUR 115 is used in epoxy coatings requiring high flexibility.
ARADUR 115 is used in protective films where brittle cracking must be minimized.
ARADUR 115 is used in coatings exposed to vibration or limited substrate movement.
ARADUR 115 is used in systems requiring a balance of flexibility and chemical resistance.

ARADUR 115 is used in coatings requiring excellent adhesion to steel.
ARADUR 115 is used in primers designed to wet abrasive-blasted metal.
ARADUR 115 is used in systems requiring dependable interfacial bonding.
ARADUR 115 is used in protective coatings designed to resist delamination.

ARADUR 115 is used in coatings requiring good adhesion to mineral substrates.
ARADUR 115 is used in primers designed to penetrate prepared concrete surfaces.
ARADUR 115 is used in construction systems requiring strong interlayer adhesion.
ARADUR 115 is used in repair coatings for clean and structurally sound concrete.

ARADUR 115 is used in coatings requiring strong salt-spray resistance.
ARADUR 115 is used in corrosion-protection systems evaluated by accelerated exposure testing.
ARADUR 115 is used in marine primers intended for long-term atmospheric service.
ARADUR 115 is used in coating systems where optimal salt-spray performance is required.

ARADUR 115 is used with ARALDITE GZ 7071 X 75 in reference coating formulations.
ARADUR 115 is used at approximately 37 parts per 100 parts ARALDITE GZ 7071 X 75 by weight.
ARADUR 115 is used with compatible liquid epoxy resins after ratio adjustment.
ARADUR 115 is used in formulations whose resin-to-hardener ratio is experimentally validated.

ARADUR 115 is used at higher proportions when increased flexibility and adhesion are required.
ARADUR 115 is used at lower proportions when improved chemical resistance is preferred.
ARADUR 115 is used within an approximately 20% ratio-adjustment range in the referenced system.
ARADUR 115 is used only after the effect of ratio changes has been fully evaluated.

ARADUR 115 is used at approximately 50 parts per 100 parts ARALDITE GY 250 in the listed reference system.
ARADUR 115 is used in stoichiometrically adjusted epoxy resin formulations.
ARADUR 115 is used in two-component products requiring accurate weight measurement.
ARADUR 115 is used in factory-packaged coating and adhesive kits.

ARADUR 115 is used in formulations requiring high-viscosity curing-agent technology.
ARADUR 115 is used in systems processed at elevated temperature when viscosity reduction is required.
ARADUR 115 is used in coatings where warm mixing improves handling and incorporation.
ARADUR 115 is used in industrial processes whose temperature is carefully controlled.

ARADUR 115 is used in systems requiring an amine value of approximately 240–260 mg KOH/g.
ARADUR 115 is used in formulations requiring a highly functional polyamidoamine hardener.
ARADUR 115 is used in products where slow cure is balanced with strong final performance.
ARADUR 115 is used in coatings developed through laboratory and field testing.

ARADUR 115 is used in coatings applied to abrasive-blasted steel.
ARADUR 115 is used after removal of grease, salts, dust, and corrosion products.
ARADUR 115 is used on steel prepared to the cleanliness required by the coating specification.
ARADUR 115 is used in systems where surface preparation is critical to durability.

ARADUR 115 is used on dry and mechanically sound mineral surfaces.
ARADUR 115 is used after removal of laitance, contamination, and weak concrete.
ARADUR 115 is used after substrate moisture has been evaluated.
ARADUR 115 is used where suitable preparation supports reliable adhesion.

ARADUR 115 is used in coatings where temperature, humidity, and dew point are monitored.
ARADUR 115 is used on substrates maintained above the dew-point temperature.
ARADUR 115 is used in applications protected from condensation during curing.
ARADUR 115 is used in controlled environments that support film formation.

ARADUR 115 is used in coating products manufactured under controlled quality procedures.
ARADUR 115 is used in formulations tested for adhesion, flexibility, cure, and corrosion resistance.
ARADUR 115 is used in systems evaluated through laboratory and exposure testing.
ARADUR 115 is used in professional products accompanied by technical and safety documentation.

DESCRIPTION

ARADUR 115 is a high-viscosity polyamidoamine curing agent for compatible epoxy resins.
ARADUR 115 functions as an accelerator, curing agent, and hardener.
ARADUR 115 is supplied as a high-viscosity clear liquid or semi-solid material.
ARADUR 115 may appear dark brown according to regional safety documentation.

ARADUR 115 has a characteristic amine odor.
ARADUR 115 is intended for cold-curing epoxy processes.
ARADUR 115 is particularly suitable for compatible solid epoxy resins and their solutions.
ARADUR 115 may also be used with suitable liquid epoxy resins.

ARADUR 115 reacts through active amine groups with epoxy-functional materials.
ARADUR 115 forms a permanently crosslinked thermoset structure during curing.
ARADUR 115 provides a slow reaction profile and extremely long working time.
ARADUR 115 may require a specified pre-reaction or induction period.

ARADUR 115 supports the production of non-tacky films after suitable pre-reaction.
ARADUR 115 provides very good adhesion to steel and mineral substrates.
ARADUR 115 contributes high flexibility to cured epoxy films.
ARADUR 115 provides strong anti-corrosion and salt-spray performance.

ARADUR 115 has an amine value of approximately 240–260 mg KOH/g.
ARADUR 115 has a density of approximately 0.96 g/cm³ at 20°C.
ARADUR 115 has a viscosity of approximately 3,100–3,700 mPa·s at 75°C.
ARADUR 115 has a flash point of at least approximately 200°C.

ARADUR 115 has a gel time of at least approximately 1,000 minutes under the listed test conditions.
ARADUR 115 is therefore suitable for extended coating and adhesive operations.
ARADUR 115 develops final properties gradually after mixing and application.
ARADUR 115 should be allowed to cure fully before demanding service exposure.

ARADUR 115 is used as a standard high-viscosity hardener for solvent-based coatings.
ARADUR 115 is also suitable for reactive adhesives and protective mastics.
ARADUR 115 is primarily associated with shipbuilding, anti-corrosion protection, and construction.
ARADUR 115 provides good overall chemical resistance in correctly formulated systems.

ARADUR 115 can be combined with ARALDITE GZ 7071 X 75.
ARADUR 115 has a reference ratio of 37 parts per 100 parts of ARALDITE GZ 7071 X 75 by weight.
ARADUR 115 permits limited ratio adjustment to modify flexibility, adhesion, and chemical resistance.
ARADUR 115 must be tested whenever the reference ratio is changed.

ARADUR 115 can be combined with ARALDITE GY 250 at approximately 50 parts per 100 parts resin in the listed system.
ARADUR 115 requires accurate measurement and thorough mixing.
ARADUR 115 may produce incomplete or non-uniform cure when incorrectly proportioned.
ARADUR 115 should be mixed until the complete formulation is homogeneous.

ARADUR 115 has higher reactivity than ARADUR 100 within the referenced hardener series.
ARADUR 115 has lower reactivity than later members of the ARADUR 100, 115, 125, and 140 series.
ARADUR 115 may show increased sensitivity to atmospheric humidity as amine content increases.
ARADUR 115 should be evaluated carefully for applications under cold and damp conditions.

ARADUR 115 is a proprietary formulated mixture rather than a single pure substance.
ARADUR 115 therefore has no single representative molecular formula or molecular weight.
ARADUR 115 may contain multiple polyamidoamine and residual amine components.
ARADUR 115 must be handled according to the current regional safety data sheet.

ARADUR 115 should be protected from moisture and contamination.
ARADUR 115 should be stored in its tightly sealed original container.
ARADUR 115 should be protected from direct sunlight.
ARADUR 115 should be maintained between approximately 2°C and 40°C during storage.

ARADUR 115 has a shelf life of several years under the recommended storage conditions.
ARADUR 115 should be used before the expiry date printed on its original packaging.
ARADUR 115 should be homogenized or conditioned when required by current technical instructions.
ARADUR 115 is intended for trained professional and industrial users.

PROPERTIES

Product Name: ARADUR 115
Brand Name: ARADUR® 115
Manufacturer: Huntsman Advanced Materials
Product Type: High-viscosity polyamidoamine hardener
Chemical Family: Polyamidoamine
Primary Functions: Accelerator, curing agent, and hardener
Chemical Form: Proprietary formulated mixture
Physical Form: Semi-solid or high-viscosity liquid
Appearance: High-viscosity clear liquid
SDS Color: Dark brown
Odor: Characteristic amine odor
CAS Number: No single CAS number assigned to the formulated product
EC Number: No single EC number assigned to the formulated product
Molecular Formula: Not applicable
Molecular Weight: Not applicable
Amine Value: 240–260 mg KOH/g
Density at 20°C: Approximately 0.96 g/cm³
Viscosity at 75°C: 3,100–3,700 mPa·s
Flash Point: Minimum approximately 200°C
Flash-Point Method: Pensky-Martens closed cup
Gel Time: Minimum approximately 1,000 minutes
Gel-Time Temperature: 23°C
Primary End Uses: Marine paints, mastics, reactive adhesives, and solvent-borne coatings
Material Compatibility: Metal, steel, and mineral substrates
Processing Method: Cold-curing process
Primary Markets: Shipbuilding, anti-corrosion protection, construction, and industrial coatings
Performance Features: Extremely long working time, excellent adhesion, high flexibility, chemical resistance, anti-corrosion protection, and salt-spray resistance
Reference Mix Ratio with ARALDITE GY 250: Approximately 50 parts ARADUR 115 per 100 parts resin by weight
Reference Mix Ratio with ARALDITE GZ 7071 X 75: Approximately 37 parts ARADUR 115 per 100 parts resin solution by weight
Reference Ratio Adjustment: Up to approximately ±20%, subject to performance testing
Higher Hardener Proportion: Increased flexibility and adhesion
Lower Hardener Proportion: Improved chemical resistance
Storage Temperature: 2–40°C
Shelf Life: Several years under recommended storage conditions
Storage Conditions: Dry place in the sealed original container, protected from direct sunlight

FIRST AID

Inhalation:
Move the affected person to fresh air.
Obtain medical attention if respiratory irritation or breathing difficulty develops.

Skin Contact:
Remove contaminated clothing and wash thoroughly with soap and water.
Seek medical advice if irritation or sensitization symptoms occur.

Eye Contact:
Rinse immediately with water for at least 15 minutes.
Remove contact lenses if easy to do and obtain urgent medical attention.

Ingestion:
Rinse the mouth and do not induce vomiting.
Contact a physician or poison center immediately.

Note to Physicians:
Treat symptomatically and provide supportive care.
Consult the current regional ARADUR 115 safety data sheet.

HANDLING AND STORAGE

Handling:
Wear chemical-resistant gloves, protective clothing, and eye or face protection.
Avoid contact with skin and eyes and avoid breathing vapor, mist, or heated fumes.

Ventilation:
Provide effective general and local exhaust ventilation.
Use suitable respiratory protection when exposure cannot otherwise be controlled.

Storage:
Store between 2°C and 40°C in the tightly sealed original container.
Keep the product dry and protected from sunlight, heat, moisture, and incompatible materials.

Spill and Leak Procedures:
Contain spills with inert absorbent material and prevent entry into drains or waterways.
Place collected material in a compatible labeled container for regulated disposal.

Handling Precautions:
Condition and mix the high-viscosity material only according to approved processing instructions.
Follow the current Huntsman technical data sheet and regional safety data sheet.