Feature

●[Easy Pouring and With Handle] This salad dressing shaker makes it easier pour dressing. And with handle design, it allows one-handed squeeze and pour, reducing mess and spills. Enjoy hassle-free salad dressing pouring.
●[Salad Dressing Storage] This salad dressing shaker can be closed that safely stores your homemade salad dressings and extend their shelf life. And it has a convenient lid design that attaches securely to the nozzle. Leakproof and convenient to use, keeping it clean.
●[Easy Mixing] This salad dressing shaker requires no batteries. And easy to use. Just grab and start stirring with a twist mixer. Simply press the button, it can make even mixing. Pour the dressing evenly over the salad.
●[Scale Design Improved Mixing] This salad dressing shaker is designed with a scale on the side that helps you to create the perfect dressing. Labeled with measurements in ml and fluid ounce, as well as recipes, you can easily follow instructions and enjoy the salad.
●[Durable Material] This salad dressing shaker is made of premium ABS and PP that is safe and durable. And the salad dressing shaker is dishwasher safe, saving cleaning efforts and time. And ensure the safe and hygienic of mixing, pouring and storing.


Description

Description

This salad dressing shaker with handle and scale design, making it more convenient and practical to mix salad dressing. And it can be closed, safely store your homemade salad dressings and extend their shelf life. Practical for daily use.

Key Features:

Portable: The salad dressing shaker measures 21.3×7.8×7.6cm that is lightweight and portable. Easy to hold and carry.

Clear Body: The salad dressing shaker features clear body design that is visible and easily see the salad dressing inside.

Specification

Name: Salad Dressing Shaker

Material: ABS+PP

Colour: As Shown

Size: 21.3×7.8×7.6CM

Note:

1.There may be slight differences between the picture and the actual color of the commodity. We will try our best to show you the exact color

2.Please allow slight dimension difference due to manual measure