Factors in Uniformly Convergent Product Converge Uniformly to One

Theorem
Let $X$ be a set.

Let $\mathbb K$ be a field with absolute value $\left\vert{\, \cdot\, }\right\vert$.

Let $\left\langle{f_n}\right\rangle$ be a sequence of bounded mappings $f_n: X \to \mathbb K$.

Let the infinite product $\displaystyle \prod_{n \mathop = 1}^\infty f_n$ converge uniformly on $X$.

Then $f_n$ converges uniformly to $1$.

Proof
Follows directly from Uniformly Convergent Product Satisfies Uniform Cauchy Criterion.

Also see

 * Tail of Uniformly Convergent Product Converges Uniformly to One