Here's why:

* Halogens are highly electronegative elements (they love to gain electrons).

* Metals are electropositive (they like to lose electrons).

This difference in electronegativity makes them perfect partners for forming ionic compounds - a type of compound where one atom gives an electron to another to form oppositely charged ions. These ions then attract each other to form a salt.

Examples:

* Sodium chloride (NaCl) - Table salt (Sodium, a metal, gives an electron to Chlorine, a halogen)

* Potassium iodide (KI) - Used in dietary supplements (Potassium, a metal, gives an electron to Iodine, a halogen)

* Magnesium bromide (MgBr2) (Magnesium, a metal, gives electrons to Bromine, a halogen)

Important Note:

While halogens react readily with most metals, there are some exceptions:

* Noble metals (like gold and platinum) are less reactive and don't easily form salts with halogens.

* Some metals can form more complex compounds where the bond isn't purely ionic, but more covalent in nature.

So, in general, your statement is accurate! Halogens and metals are a winning combination for making salts.