The 250 ml pump dispenser bottle is a refillable container for massage oil, designed to fit electric massage oil warmers that accept bottles up to 5 cm in diameter.
Features (250 ml Pump Dispenser Bottle)
With the pump dispenser, you control dosing in a steady, repeatable way, which helps keep your workflow consistent during treatments.
For warmers that accept bottles up to 5 cm in diameter, the base size matches the typical inner cup so the bottle sits properly on the unit.
In spa & beauty environments it keeps oil ready in a practical 250 ml format, instead of handling a bulky main container on the work surface.
Using an extra identical bottle makes it easier to separate different oils/lotions, so you can switch products without slowing down the session.
As a massage accessory, it supports quick refills from larger supplies while helping you keep the treatment area organized.
Technical Specifications
- Capacity: 250 ml
- Base diameter: 5 cm
- Bottle material: Polypropylene (PP)
- Dispenser type: Pump dispenser
- Compatibility: for massage oil warmers that accept bottles up to 5 cm in diameter
Manufacturer/Brand: HABYS (where stated by the supplier).
GTIN: Not available.
MPN: Not available.
Certifications (CE/ISO): Not stated for this accessory; if provided by the manufacturer, they are listed on the packaging or accompanying documents.
Frequently Asked Questions (FAQ)
How do I confirm it fits my electric oil warmer?
Check the key fit point: many warmers of this type accept bottles up to 5 cm in diameter, so if your unit has the same inner cup size, the bottle will fit correctly.
Why use a pump bottle instead of pouring from a large oil container?
A pump dispenser provides controlled, one-hand dosing, which helps keep the work surface tidier and keeps the main bulk container away from the active treatment area.
Can I run multiple oils without mixing residues?
Yes, by using separate identical bottles and labeling them, and by fully emptying and thoroughly drying the pump mechanism before switching products to avoid leftover residue.