This study investigated the physical, thermal, rheological, and binding properties of faba bean protein concentrate (FBC) and FBC-anionic gum mixtures. The anionic gums used in this study were sodium alginate (NaA), low-methoxyl amidated pectin (LMA), l-carrageenan (lCA), and gellan gum (GLG). The study found that FBC successfully incorporated the minced textured vegetable protein (TVP), but the formed TVP block had a fragile and soft texture. The water absorption index decreased in FBC-NaA and FBC-LMA mixtures but increased in FBC-lCA and FBC-GLG mixtures. The water solubility index decreased by adding NaA, LMA, and lCA, excluding GLG, to FBC. Adding anionic gums to FBC decreased solubility, while the swelling power was reversed in FBC-anionic gum mixtures, except for the FBC-LMA mixture. The addition of anionic gums to FBC increased melting onset and peak temperatures compared to FBC. The G′ value of FBC and FBC-anionic gum mixtures increased with temperature, indicating their thermogelling characteristic. The hardness of hamburger patties prepared with minced TVP and FBC or FBC-anionic gum mixtures generally tended to increase upon reheating, refrigeration, and reheating after refrigeration. The study concluded that the FBC-anionic gum mixtures have significant potential for binding different types of TVPs, highlighting its practical application.