Show Dad just how much he means to you with this charming desktop sign, 3D printed right here in the UK. Bold "DAD" lettering sits front and centre, with a delicate white "I love you" nestled between — a quiet reminder that always hits home. Ideal for a desk, shelf, or mantelpiece, it makes a thoughtful Father's Day, birthday, or Christmas gift for any dad.
Crafted from commercially biodegradable PLA filament, this piece lets you give a gift with a clear conscience — as durable as it is kind to the planet.
Product specifications
| Width | 95mm approx |
| Height | 35mm approx |
| Depth | 22mm approx |
| Weight | 23g approx |
| Material | PLA (Polylactic Acid) — commercially biodegradable |
| Finish | Matte — dual colour (body + white lettering) |
| Base | Free-standing, no fixings required |
Key features
- Eco-conscious material
Made from commercially biodegradable PLA — low environmental impact
- Multiple colours
Available in a range of colours to suit any style or décor (If you would like an alternate colour please request this and we will respond as soon as possible)
- Display-ready
Free-standing design — no assembly or mounting required
- UK made & shipped
Produced and dispatched from the UK, supporting local manufacturing
What makes PLA different?
PLA (Polylactic Acid) is a bioplastic derived from renewable plant sources such as corn starch or sugarcane — not fossil fuels. Unlike traditional plastics, which can persist in the environment for hundreds of years, PLA is designed to break down under the right conditions, significantly reducing its long-term environmental footprint.
Traditional plastic
- Derived from fossil fuels
- Takes 400–1,000 years to break down
- Releases harmful microplastics
- Contributes to landfill & ocean pollution
- Non-renewable resource
PLA (our material)
- Made from renewable plant sources
- Commercially biodegradable
- Lower carbon footprint to produce
- Reduces reliance on fossil fuels
- Part of a circular economy
Important — disposal guidance: PLA is commercially biodegradable, meaning it breaks down in industrial composting facilities that reach high temperatures (typically 55–60°C or above). It will not biodegrade in a home compost bin, in general landfill, or in the natural environment at a meaningful rate. Please check whether a commercial composting or industrial waste facility accepts PLA in your local area. In the absence of such a facility, PLA should be disposed of with general waste — it remains a significantly better choice than conventional plastic due to its renewable origins and lower production emissions.
Designbed by user_1887813074
