A-Z Index

ACRA™ 880 is an emulsifier chemistry designed to produce emulsions for pavement sealer applications conforming to common industry specifications, including the Asphalt Sealcoat Manufacturer’s Association (ASMA) recommended seal coat specification, ASTM D5727: Standard Specification for Emulsified Refined Coal Tar (Mineral Colloid Type), ASTM D6946: Standard Specification for Emulsified Refined Coal Tar (Driveway Sealer, Ready to Use, Residential Grade) and Federal Aviation Administration (FAA) Specifications P-630 and P-631 for Coal Tar Emulsions.

Adhesion promoter (LAS) for neat or polymer bitumen in hot mix application and fluxed bitumen in cold mix and surface dressing applications

Adhesion promoter (LAS) for neat or polymer bitumen in hot mix application and fluxed bitumen in cold mix and surface dressing applications

For 25 years and counting, the AD-here® brand of liquid anti-strips continues to be a market leader relied on by industry stakeholders. AD-here® is a trusted line of liquid anti-strips for extending pavement life by protecting from moisture damage and resultant pavement distresses such as raveling, pothole development and rutting. AD-here® 62-40 is formulated to deliver reliably good tensile strength ratio (TSR) performance with a wide variety of asphalt and aggregate combinations. 

For 25 years and counting, the AD-here® brand of liquid anti-strips continues to be a market leader relied on by industry stakeholders. AD-here® is a trusted line of liquid anti-strips for extending pavement life by protecting from moisture damage and resultant pavement distresses such as raveling, pothole development and rutting. AD-here® 77-00 is formulated to deliver reliably good tensile strength ratio (TSR) performance with a wide variety of asphalt and aggregate combinations. AD-here® 77-00 is used to design mixes that conform to common industry specifications, including AASHTO T283: Method of Test for Resistance of Compacted Bituminous Mixture to Moisture Induced Damage, AASHTO T324: Method of Test for Hamburg Wheel-Track Testing of Compacted Hot Mix Asphalt (HMA) and AASHTO R35: Standard Practice for Superpave Volumetric Design.

AD-here® HP Plus is a liquid anti-strip that extends pavement and chip seal life by creating powerful chemical adhesion of asphalt to aggregate, protecting from moisture damage and resultant pavement distresses such as raveling, pothole development and rutting. The chemistry is formulated for the challenging natural sand and gravel aggregates of the United States and Canada, delivering reliably strong tensile strength ratio (TSR), Hamburg Wheel-Track test and Sweep test performance with a wide variety of asphalt and aggregate combinations. 

For 25 years and counting, the AD-here® brand of liquid anti-strips continues to be a market leader relied on by industry stakeholders. AD-here® is a trusted line of liquid anti-strips for extending pavement life by protecting from moisture damage and resultant pavement distresses such as raveling, pothole development and rutting. AD-here® LA-2 is formulated to deliver reliably good tensile strength ratio (TSR) performance with a wide variety of asphalt and aggregate combinations. 

For 25 years and counting, AD-here® LOF 65-00 continues to be a leading liquid anti-strip relied on by industry stakeholders. AD-here® LOF 65-00 is a trusted liquid anti-strip for extending pavement life by protecting from moisture damage and resultant pavement distresses such as raveling, pothole development and rutting. Unlike competing additives, AD-here® LOF 65-00 is formulated to minimize smoke and odor which can be problematic from environmental, occupational and regulatory perspectives, and promote better plant personnel and paving crew comfort. 

AD-here® LOF 65-00 EU is a bitumen performance-improving additive, engineered to provide robust moisture damage protection and improved mix workability. AD-here® LOF 65-00 EU is added directly to the bitumen and is used to design bitumens that conform to common industry specifications including T283: Method of Test for Resistance of Compacted Bituminous Mixture to Moisture Induced Damage, AASHTO T324: Method of Test for Hamburg Wheel-Track Testing of Compacted Hot Mix Asphalt (HMA), AASHTO R35: Standard Practice for Superpave Volumetric Design, as well as equivalent BS EN test standards.

AD-here® LOF 65-00 Light is a bitumen performance-improving additive engineered to provide robust moisture damage protection and improved mix workability. AD-here® LOF 65-00 Light is added directly to the bitumen and is used to design bitumens that conform to common industry specifications including T283: Method of Test for Resistance of Compacted Bituminous Mixture to Moisture Induced Damage, AASHTO T324: Method of Test for Hamburg Wheel-Track Testing of Compacted Hot Mix Asphalt (HMA), AASHTO R35: Standard Practice for Superpave Volumetric Design, as well as equivalent Britain’s National Standards and European National Standards (BS EN) test standards.

AD-here® XL9000 is a liquid anti-strip that extends pavement life by creating powerful chemical adhesion of asphalt to aggregate, protecting from moisture damage and resulting pavement distresses such as raveling, pothole development and rutting. Its chemistry is specifically formulated for the challenging aggregates of the Western United States, delivering reliably strong tensile strength ratio (TSR) and Hamburg Wheel-Track test performance with a wide variety of asphalt and aggregate combinations. 

ADDITIF® V100 is a rheological agent which reduces sedimentation of bitumen emulsion during storage and prevents emulsion runoff after spraying on the pavement. This additive can also prevent slurry segregation.

Amine-based polyether triol containing primary hydroxyl groups, designed for applications requiring high reactivity. It is ideal for use in polyurethane spray rigid foams and polyurethane elastomers, ensuring superior performance and efficiency.

Polyether triol containing primary hydroxyl groups, designed for high efficiency in polyurethane resin crosslinking

Polyether triol containing secondary hydroxyl groups, designed for use in acrylic monomers, polyurethane resins, and coatings. It enhances performance and versatility across various applications.

Polyether triol containing secondary hydroxyl groups, suitable for use in acrylic monomers, polyurethane resins, and coatings. It provides enhanced performance and versatility for various industrial applications.

Amine-based polyether diol containing secondary hydroxyl groups, designed for applications requiring higher reactivity. It is ideal for use in polyurethane resins and coatings, ensuring superior performance and efficiency.

Polyether diol containing secondary hydroxyl groups, designed for use in the synthesis of acrylic and methacrylic monomers, saturated and unsaturated polyester resins for chemical resistance, and as a chain extender in polyurethane resins. It provides enhanced performance and versatility for various industrial applications.

Di-imine (blocked di-amine). It will react with moisture from atmospherese or the support to generate a very reactive di-amine allowing regular crosslinking without bubble formation. This hardener enhances performance and versatility in various industrial applications such as polyurethanne caulks and sealants

Polyether diol containing secondary hydroxyl groups, used primarily in polyurethane resins and coatings. This polypropylene glycol enhances performance and versatility in various industrial applications.

Polyether diol containing secondary hydroxyl groups, used primarily in polyurethane resins and coatings. This polypropylene glycol enhances performance and versatility in various industrial applications.

Amine-based polyether, particularly recommended for use as a crosslinking agent in polyurethane systems. It enhances the structural integrity and performance of polyurethane products.

Polyether triol containing primary hydroxyl groups, used as a high-efficiency crosslinker in polyurethane resins. It is a versatile liquid alternative to trimethylolpropane (TMP), providing enhanced performance in various applications.

Polyether triol containing primary hydroxyl groups, utilized as a high-efficiency crosslinker in polyurethane resins. It serves as a versatile liquid alternative to trimethylolpropane (TMP), enhancing the performance and structural integrity of various polyurethane applications.

Polyether triol containing primary hydroxyl groups, designed for high efficiency in polyurethane resin crosslinking and utilized in the synthesis of monomers and oligomers.

Polyether triol containing primary hydroxyl groups, designed for high efficiency in polyurethane resin crosslinking and utilized in the synthesis of monomers and oligomers.

Polyether triol containing primary hydroxyl groups, designed for high efficiency in polyurethane resin crosslinking and utilized in the synthesis of monomers and oligomers.

Polyether triol containing primary hydroxyl groups, designed for high efficiency in polyurethane resin crosslinking and utilized in the synthesis of monomers and oligomers.

Polyether triol containing primary hydroxyl groups, used as a high-efficiency crosslinker in polyurethane resins. It is also utilized in the synthesis of monomers and oligomers, providing versatility and enhanced performance in various applications.

Polyether triol containing primary hydroxyl groups, employed as a high-efficiency crosslinker in polyurethane resins. Additionally, it is used in the synthesis of monomers and oligomers, providing versatility and enhanced performance across various applications.

Polyether triol containing secondary hydroxyl groups, utilized as a high-efficiency crosslinker in polyurethane resins and in the synthesis of monomers and oligomers. It serves as a versatile liquid alternative to trimethylolpropane (TMP), enhancing performance across various applications.

Polyether triol containing secondary hydroxyl groups, utilized as a high-efficiency crosslinker in polyurethane resins and in the synthesis of monomers and oligomers. It provides enhanced performance and versatility across various industrial applications.

Polyether triol containing secondary hydroxyl groups, designed for high efficiency in polyurethane resin crosslinking and utilized in the synthesis of oligomers.

Polyether triol containing secondary hydroxyl groups, designed for use as a high-efficiency crosslinker in polyurethane resins. It provides superior performance and versatility in various industrial applications.

Polyether triol containing secondary hydroxyl groups with a very high level of hydrophobicity. It is specifically designed to be used as a crosslinker in applications where water resistance is essential, providing superior performance in moisture-prone environments.

Polyether triol containing primary hydroxyl groups, designed for use in various polyurethane applications, offering enhanced performance and versatility.

ArrMuls® 1040 is an emulsifier chemistry used to produce slow-setting asphalt emulsions for tack coat and other applications. Its chemistry is engineered to yield stable emulsions over extended storage periods. ArrMuls® 1040 meets the common industry specification requirements of AASHTO M 140 / ASTM D977 and M 208 / ASTM D2397.

ArrMuls® ESS is a liquid additive used to increase emulsion viscosity and extend storage shelf-life. It is added to the emulsifier soap solution or to the emulsion when producing chemically-stabilized emulsions, and to the clay slurry when producing clay-stabilized emulsions. ArrMuls® ESS can save producers money by decreasing the amount of binder needed in formulations and by reducing the occurrence of customer returns related to long-term emulsion stability.