Small pet drinking kettle cream cake design vacuum feeder for hamsters, rats, chipmunks and mice with 125ml capacity made from high borosilicate glass, silicone and ABS/PP plastic in green, pink, purple or yellow colours, 103.5mm wide by 122mm tall.
Cream cake design vacuum drinking kettle for small pets with 125ml glass reservoir

Provide a reliable water source for hamsters, rats, chipmunks and other small pets with this specialised drinking kettle. Its vacuum-seal mechanism ensures water remains accessible without significant spillage or rapid evaporation, which is particularly useful for busy pet owners. The 125ml capacity reduces the need for frequent refills, while the cream cake-themed design adds a visually appealing element to pet enclosures. Available in four distinct colours, this kettle combines practical hydration with decorative enclosure accessories.
Features and Construction

This drinking kettle is built around specific materials and a functional design to meet the needs of small pet care. Each component has been selected for its role in providing clean water and maintaining the product's structure.
Material and Build
The main water reservoir is made from high borosilicate glass, chosen for its clarity and non-porous surface which helps keep water fresh. Silicone is used for sealing rings and gaskets within the vacuum mechanism, providing the necessary flexibility to create a watertight seal while being safe for pet use. Structural parts, such as the base and any fittings, are constructed from ABS/PP plastic, offering the rigidity needed to support the glass reservoir and maintain the kettle's upright position.
Size and Practical Fit
With dimensions of 103.5mm in width and 122mm in height, the kettle is proportioned for small pet enclosures, fitting comfortably on cage floors or secured to bars if designed for mounting. The 125ml capacity is a practical volume for small animals, typically providing enough water for a day or more depending on the number and size of pets. This size balances adequate water supply with a footprint that doesn't dominate limited enclosure space.
Uses and Placement

The kettle's design suits both casual pet owners and those with multiple small animals. Its operation is straightforward, focusing on delivering a basic necessity without complex setup.
Event or Professional Use
For breeders, pet sitters, or small animal exhibitors, the reliable vacuum seal and 125ml capacity can help manage hydration for multiple animals or during transportation. The reduced spillage risk is beneficial in temporary housing or display enclosures. The availability in four colours also allows for colour-coding different animals or enclosures if required for organisational purposes.
Everyday Home Use
In a typical home setting, the kettle offers a low-maintenance water solution for a single pet or a small group. The cream cake aesthetic integrates with various enclosure themes, moving beyond purely functional items. Owners can select from Green, Pink, Purple or Yellow to match their pet's habitat décor, adding a personalised touch to the practical task of providing water.
Benefits and Buying Value

The value of this product lies in its specific construction and straightforward purpose. It addresses a fundamental care requirement using a proven method.
Reuse and Low Maintenance
The materials selected, particularly the borosilicate glass and silicone, are easy to clean and refill for repeated use. The simple disassembly for cleaning supports good hygiene. With no moving mechanical parts or electronics, maintenance involves only rinsing and occasional checks of the silicone seals for wear.
Why Choose This Product
This kettle is distinguished by its combination of a 125ml glass reservoir, vacuum-seal operation, and decorative cream cake design available in multiple colours. It is a defined product for a specific need: providing water to small pets in a way that minimises mess and adds visual appeal. For owners of hamsters, rats, mice or similar animals, it presents a clear, single-purpose accessory that performs its core function without unnecessary complexity.





