Toilet roll brand Cushelle debuted a limited-edition title, Porcelain, touted as the world's first flushable magazine, complete with pages that can be read, torn and flushed individually. Upon finding that a high percentage of people (79% of Brits) escape to the bathroom for a moment of peace, Cushelle created a product to playfully and practically support solo time with horoscopes, light-hearted articles, puzzles and other activities. This first-of-its-kind magazine builds on Cushelle’s Selfishly Soft platform, which centers on prioritizing small moments of personal comfort, starting with the softness of Cushelle.
The multi-purpose Cushelle Porcelain magazine printed on toilet tissue features skin‑safe, flush‑friendly ink, and perforated pages, ultimately helping people to sample the luxuriousness and softness of the brand's product first-hand.
Flushable Magazines
Toilet Roll Brand Cushelle Created a Title Printed on Soft Tissue
Trend Themes
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Disposable-content Products — Novel media items designed to be short-lived and physically degradable create potential for one-time-use storytelling and marketing formats that integrate directly with consumable products.
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Experiential Packaging — Packaging that doubles as an interactive or consumable experience offers avenues for brands to embed entertainment and product sampling into the unboxing or usage moment.
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Personalized Micro-moments — Micro-content tailored to brief, private rituals supports opportunities for hyper-targeted, mood-driven content delivery linked to everyday routines.
Industry Implications
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Publishing and Media — Print publishers adapting to short-lifecycle physical formats could unlock niche revenue streams through branded, disposable publications and experiential editorial partnerships.
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Consumer Packaged Goods — FMCG brands integrating content into packaging present possibilities for differentiated product experiences that reinforce brand softness, luxury, or convenience cues.
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Ink and Printing Technology — Specialized inks and perforation techniques tailored for skin-safe, water-soluble applications indicate demand for materials innovations that balance print fidelity with biodegradability.