We consider here an improved and generalized form of fibre tensor product bundles, objects locally looking like tensor products. A certain subclass of such bundles is also characterized as an appropriate type of locally trivial fibre bundles.Fibre tensor product bundles have been studied in [1]. For convenience, we first recall the relevant definition: That is, suppose that A, B are unital locally convex algebras such that A has a compact spectrum %Jl(A) [3]. Thus, a fibre tensor product bundle is defined by the following data:1) There exists a finite set {Ii} of closed 2-sided ideals of A with compact hulls Fi = h(li) c %Jl(A) and non-empty interiors Pi = U i such that ! I l l @ )2) There exists an Aut (B)-cocycle (hij) associated to 'ill = (Ui) (i.e., (hij) E Z1(%, Aut (B))) such that each h, has a unique continuous extension hij: F i n F j -+ A u t ( B ) as an (Aut (B)-) cocycle.3) There exists a closed subalgebra D of S = 1 A/I, @B consisting of all those C a, 0 bin E S with C S i n c f ) bin = 1 ciin(f) h i j ( f ) bin, for some f~ Fin Fj.The purpose of this note is to improve and also generalize the previous setting: This is accomplished first by considering topological algebras, not necessarily locally convex. Then, instead of the group Aut ( B ) of C-automorphisms of B, one considers a topological group G acting continuously and effectively on B. (I am indebted for this last point of view to Professor A. MALLIOS). Furthermore, the family { I , } of ideals of A is not-necessarily finite as was the case in 1) above, nor m ( A ) is compact.Yet we remark that the above condition 3) is actually redundant (cf. (1.4)). Finally, the above algebra D may be regarded as an abstract version of the algebra of sections of an algebra bundle (see SCHOLIUM 1.1).As a consequence, our main result (Theorem 4.2) identifies a subcategory (cf. (1.3) and Theorem 2.1) of the category of fibre tensor product bundles with a subcategory