Asphalt emulsion additives are added to address specific issues associated with emulsion blends and aid in road pavement applications and maintenance.
We use emulsion additives to chemically stabilize our emulsions during storage, transport and application, but to break when wanted on the aggregate to give greater bond strength. Our researchers and technicians are constantly improving our formulations to give better controlled curing, better emulsion adhesion to aggregates, and better durability of maintenance treatments and cold mixes.
Asphalt emulsion additives are a mixture of water, asphalt and an emulsifier (a surface-acting agent) that is added in the water prior to adding asphalt. The emulsion production consists of two primary steps:
- Water is mixed with appropriate emulsifying agent and other chemical additives. The type of emulsifier to be used depends upon the ionic nature of the mix.
- Asphalt is added into the water-emulsifier mix. Chemical additives are used to provide: greater bond strength between the asphalt surfaces; less tracking of the emulsion; reduced clogging of nozzles, resulting in more uniform coverage; and improved emulsion stability—all critical in the correct application and performance of the emulsion mix.
Extremely versatile, emulsion additives can be used for:
Products & Descriptions:
At All States Materials Group, we offer NanoTac by Zydex. Benefits include:
- Improved stability of emulsion
- Cleaner nozzles
- More uniform spraying
- High bond strength
- Elimination of water permeability
- High track resistance
Territories & Contact Information
Please contact your area ASMG Representative listed here for more information on our Specialty Products, including:
- Product specifications
- Technical articles and documents
- State and local approvals
- Case studies
- Product pricing
Northeast Region (PA, DE, NJ, NY, CT, RI, MA, NH, VT, ME)
Central & Western Region (WV, KY, MO, NE, KS, OK, UT, AZ, NV, CA)
Canada Region (Manitoba & Quebec)
For Inquiries in any area not listed, please contact: