Functional Additives
Chase Corporation is a leading manufacturer of functional additives that enhance the performance, processing, and durability of materials across a wide range of industries. Our advanced additives are engineered to deliver targeted benefits—such as improved adhesion, UV resistance, corrosion protection, flame retardancy, and rheology control—enabling our customers to create higher-performing, more reliable end products. Serving industries from coatings and adhesives to construction, electronics, and packaging, Chase combines deep chemical expertise with a commitment to innovation and quality. Our customizable additive solutions help manufacturers solve complex challenges, meet regulatory standards, and achieve superior functionality without compromising efficiency or sustainability.
When your materials need to do more, Chase Corporation delivers the functional additives that unlock next-level performance.
Expert Insights
Read our Blog >Ultra-Absorbent & Fast-Acting SAPs
Zappa-Stewart’s SAPs rapidly absorb and solidify liquids upon contact, retaining them securely even under pressure. These properties ensure fast and efficient waste management in industries like medical, environmental, and industrial remediation.
Managing Material Properties with Microspheres
As a formulation additive, microspheres offer far more than weight reduction. Microspheres offer thermal insulation, sound damping, and increased resistance to impacts and cracking. Controlling the microspheres per volume of material allows complete control over a formulation, ensuring your product is perfectly suited for your need.
Polyurethane-based Protection
Polyurethane waterborne dispersions (PUDs) are a type of water-based polymer dispersion made by combining polyurethane resins with water to create a stable dispersion that can be applied to a variety of substrates. These coatings offer specific protections based on composition, offering unique benefits that resist water, scratches or scuffs, UV and chemical exposure. Some coatings even include antiviral or antibacterial properties.
