Controlling chloroprene dimer content in latex helps cut odor while improving storage stability, mechanical stability, and adhesive performance.
Polychloroprene, acrylic copolymer, and microfibrillated cellulose balance initial strength with storage-stable viscosity.
Controlled heat storage and crystallization produce chloroprene rubber chips that dissolve quickly and improve adhesive brushability.
Silane-crosslinked polychloroprene adhesive maintains peel strength in electrolyte solutions, eliminating complex surface treatments.
Polychloroprene latex forms via soap-free polymerization using anionic surfactants below critical micelle concentration.
A creaming agent separates aqueous polymer and silica dispersions into serum and concentrated phases.
A water-based polychloroprene adhesive blends silica dispersion with tackifier resin to deliver immediate wet tack and strong bond strength.
A multi-stage stripper column reduces chloroprene content below 10ppm by adding an aqueous phase to prevent coagulum blockages during steam distillation.
One-component adhesive eliminates two-component waste by integrating activator into chloroprene rubber suspension.