Color-Green (6 per pack)

Cecon tube squeezers that are not only visually attractive but also allows the user to squeeze out almost all content from the tube with ease.

Keeps tubes tidy. Save paste and avoid waste. Gets the last drop from tubes of toothpaste, shaving cream, gels, cosmetics, ointments, lotions, creams, hair tints, adhesives, paint tubes, art supplies, and many more.

Its compact and stylish design makes it a perfect companion for all collapsible tube products.

This hassle-free little helper is for people who want their life just a little easier while refusing to waste up to ten percent of the pasty product they use.

Installation is easy. Just mount the squeezer onto the end portion of the tube.

It is easy to operate. Simply pull the squeezer forward to pack the content toward the nozzle periodically.

The squeezer clamps shut the tube and stay in place to always maintain a fuller tube body.

This setup allows user to squeeze desired quantity of the content from the tube with much less hassle.

The rest tab and center bulged portion is provided for easy grabbing by all ages. It is intuitive to operate even when the user is not fully awake in a low light environment.

It can accept soft plastic or aluminum tubes.

Its quality guarantee reliable use and long lasting service.

Extreme heat and humidity will not affect the function of the unit.

Product Features

• This tube squeezer adds more style to your restroom and provides a crevice-less tube squeezer that is intuitive to use and easy to clean.
• The patented composite blade design provides sufficient clearance to allow easy insertion onto tubes with thicker folded-end.
• The patented spring-like composite blade drives the content effortlessly and yet clamp the tube shut to prevent back any backflow. The blade is long lasting and won’t lose squeeze power over many years of good use.
• Two rest tabs on the side and two bulged center portions make squeezer easy to manipulate.
• The soft material can be glow-in-the-dark material to assist operation in the low light condition.