Crimp pump, silver metallised plastic (with collar, continuous mist)

Pump · QP-0044

Silver crimp spray pump with collar (continuous mist), metallised plastic, for 15 mm neck

QP-0044 is a silver crimp spray pump with collar (continuous mist), made in metallised plastic, for perfume bottles with a 15 mm crimp neck. The dip tube is cut to your bottle's height, and you can order it alone or in a matched set from 200 pieces.

Item no.QP-0044
TypeCrimp spray pump, continuous mist
FinishSilver, metallised plastic
Fits neck15 mm crimp
IncludesCollar
Dip tubeCut to your bottle height
Minimum order200 pcs, logo decoration available
Lead timeUsually 15–30 working days after sample approval
PriceReference US$0.30–0.65 per piece; exact price in your written quote

Dimensions and weights are supplier references with normal glass tolerance. We confirm exact specs with samples before production. New to neck sizes? Read 13, 15 and 18 mm, crimp vs screw.

Same neck size

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About QP-0044

A crimp pump is pressed onto the bottle neck with a crimping tool and stays on permanently. It gives the slim, seamless neck used on most designer perfumes and protects the fragrance from leaks and tampering.

Metallised plastic gives a bright metallic finish at a lower cost and weight, a good match for launch editions and mid-range lines.

The continuous-mist actuator keeps spraying a fine, even cloud while the button is held, ideal for body mists, hair mists and larger bottles.

Frequently asked questions

Which bottles does QP-0044 fit?

Any bottle with a 15 mm crimp neck. We fit-test the full set with your bottle and cap before shipping.

Do I need a crimping machine?

Yes. Crimp pumps are fitted with a hand or bench crimper set to the neck size. If you fill by hand in small batches, a screw pump may be easier.

Is the dip tube the right length?

We cut the dip tube to your bottle's height so it reaches the bottom corner and sprays to the last drop.

What is the minimum order for QP-0044?

200 pieces. In a full set, the set follows the highest minimum among its parts.