Detergent bottle blow mould, handle blown in
On a detergent bottle mould with a handle, the hard part is not the body. It is the handle. The handle loop is where the parison is pinched and blown out, so the wall there, the risk of cracking and how cleanly the flash in the handle comes away are largely settled when the tool is cut.
Nine handled-bottle tools in our files, 500 ml to 5 L, every one ordered with auto-deflashing.
- ProcessExtrusion blow
- Lead time25–35 days
- Cavities1 or 2, set by your output
- MaterialHDPE
Only have the bottle? Photograph it from every side and tell us the volume.
WhatsApp +1 773-386-2484Two of our detergent bottle moulds at tryout
Tryout footage of a 5 L and a 500 ml handled-bottle mould from our workshop.
Detergent bottle drawings, 500 ml to 5 L
Drawings from our handled-bottle tools, 500 ml to 5 L, in our files. The figures in each caption are taken from that drawing, tolerances included.
500 ml detergent bottle mould


1 L detergent bottle mould

3 L detergent bottle mould


5 L detergent bottle mould



HDPE bottles with handles, off our moulds
Photographed as they came off our moulds, not rendered. The handle is blown with the body, and the grip dots are cut into the cavity.





Bottle and cap, quoted together
The neck thread on the bottle and the thread in the cap have to match. Send the cap with the bottle and we quote the cap mould alongside, cut to the same thread.
Seven questions about the tool itself
The seven that decide whether you order a bottle blow mould, answered for handled detergent bottles. Where a figure is on the drawing we print it; where it depends on your bottle we say which numbers we will ask you for.
Hot runner or cold runner?
There is no runner system on a blow mould. The parison comes off the die head, so instead of a runner choice we design the cooling and the pinch-off for the bottle you sell, and that is what the quotation describes.
Cycle time and output
Set by the bottle weight, the wall and the cooling on your machine. These tools run one or two cavities, set by your output; tell us the bottles per hour and the figure is worked out with you rather than quoted blind.
How the part is ejected
A bottle is released when the tool opens and taken out by the machine; the handle pinch and the flash are what we design. All nine tools in our files were ordered with automatic deflashing, and the deflashing arrangement is drawn before the steel is cut.
Tryout report and acceptance
The mould is fitted to a machine here and bottles are blown before it ships, and those bottles travel with it. Bottle weight, the brimful capacity or the capacity to the fill line, the drop test and the handle strength are the usual acceptance points.
Spare parts
The pinch-off inserts, the neck inserts and the deflashing cutters wear first, and they are cut from the same drawings. Say which spares to pack with the mould.
Warranty
Warranty terms are written into the quotation for that tool.
Will it fit your machine?
Send the make, model, platen size and daylight of your blow moulding machine, and the die head. The mould is designed to that machine and the fit is confirmed before cutting.
What we will ask you for: the bottle volume, the target weight, the handle shape, the neck thread and the cap it takes, the bottles per hour, and the machine.
How many bottles an hour does the line have to make?
For a handled detergent bottle this decides whether the tool carries one cavity or two, which changes the tool and the machine it needs. Tell us the output you are planning around.
Tell us your output targetFrequently asked questions
Send us your bottle drawing
Attach the drawing straight to the enquiry form, with the cap the bottle takes. Only have the bottle? Photograph it from every side and tell us the volume.
- ✓A drawing, a STEP or STL file, or clear photos of the bottle
- ✓Volume, weight in grams and the handle shape
- ✓The neck thread and the cap it has to take
- ✓The machine it will run on, or the bottles per hour
