ChemCo Systems (North Fair Oaks, Calif., U.S.), a division of American Polymers Corp., manufactures a diverse selection of highly durable polymer systems for use in civil infrastructure and construction repair applications.

Founded in 1993 by the same experienced technical staff who developed the SCB system of structural crack repair at Adhesive Engineering, ChemCo’s products are designed to install, protect and repair architectural and structural concrete, as well as bond and protect substrates including steel, wood, and carbon and glass fiber composite systems.

ChemCo Systems’ products are available for: structural crack repair, anchor bolts, coatings and sealants for corrosives, machine bases, old-to-new pours, joint nosing, control joint filling, seismic upgrades, plate bonding reinforcement, spall and void repair, underwater (marine) and extreme environments including coatings that can protect against concentrated sulfuric acid spills.

ChemCo Systems offers an experienced technical service and R&D team to provide customers with quick responses and the ability to customize products for difficult applications. The company’s in-house testing lab is well equipped to handle most AASHTO, ACI, ASTM, CSI, DOT, ICRI and International standards. Recent innovations include:

• InsulPOX for protecting plant environments, reducing explosion and cold cloud hazards from spills of cryogenic liquids including LNG, H_², O_², N_², Ar, He and the new clean fuel, green H_²
• Acrylic, polyurea and epoxy line striping for pavements
• High friction surface treatment (HFST) epoxies for highways
• Street demarcation technologies using colored recycled glass for smart cities
• Ambient temperature EA (1:1) tack coat and repair binder.

ChemCo Systems’ product lines are manufactured in strategic locations across the U.S., including the states of California and Texas, and Chicago and Atlanta. Substantial inventory of raw materials and finished goods are maintained to serve contractor needs quickly, particularly during unpredictable shortages.