Choebe Group 2.5oz/75ml Mono-Material Airtight PP Cylinder Deodorant Stick

What this packaging is

Mono-material PP construction makes this 75ml cylinder deodorant stick a genuinely recyclable-ready format — no mixed materials to sort at end of life. The 2.5oz Mono-Material PP Cylinder Deodorant Stick features an airtight, rotating-bottom dispensing mechanism for precise, waste-free application across deodorant, face sunscreen, and balm formats. Built from chemical- and heat-resistant polypropylene, it holds up through shelf life and daily use alike. Available with PCR content for brands with sustainability commitments, and finished in frosted, matte, or glossy with silk screen or heat stamp decoration. A clean, versatile format that gives emerging and established personal care brands real shelf flexibility.

Why brands choose this

• Mono-material build simplifies end-of-life recovery: Constructed entirely from PP — no mixed resins, no inserts from a different material family — this stick supports brands pursuing recyclable or mono-material packaging commitments. Available with PCR content for brands with material reduction goals, it pairs a credible sustainability story with a format consumers already trust.
• Precision dispensing reduces waste and sharpens the use ritual: The rotating-bottom mechanism delivers controlled, even product lift — a meaningful functional differentiator as stick formats expand beyond deodorant into face sunscreen and balm. Dose control matters more as higher-value formulas enter this format, and consumers increasingly expect application tools that don't waste product.
• Multi-category format opens ranging and development options: Deodorant, face sunscreen, and balm share this stick's footprint — giving brand teams a single component to develop across SKUs rather than sourcing separate packaging for each category. Decoration flexibility via silk screen and heat stamping means one base component can carry distinct visual identities across a full personal care range.

Decoration

Finishes