locking clip 14 its normal diameter is greater than the spacing between the open ends 34 but it can be squeezed by using feet 26 to fit in channel 16 in this embodiment the external diameter of head 20 is approximately 0 5 mm smaller than the internal diameter of the c shaped channel 16 and the glazing clip thickness is just less than 0 5 mm referring to fig5 of the drawings that follow a method of use of the glazing component connector 10 will now be described in step 100 the first glazing component 18 having a c shaped channel 16 is provided in step 102 a glazing component connector 10 is provided in step 104 head 20 of first part 12 is inserted into c shaped channel 16 through the longitudinal opening therein tab 33 can aid the insertion of the head 20 acting as a guide in step 106 the locking clip 14 is slid axially into the gap between the outside of head 20 and the inside of the c shaped channel 16 in practice the position desired for the glazing component connector 10 may be spaced significantly from either end of the glazing component 18 in which case or otherwise both the first and second parts 12 14 can be inserted into the longitudinal gap of c shaped channel 16 and then the glazing clip 14 can be slid axially relative to the longitudinal axis of the c shaped channel 16 over the head 20 of first part 12 in an alternative step 106 instead the locking clip 14 can be inserted into c shaped channel 16 first and then the head 20 of first past 12.