From raw wood to ride-ready

Safety Instructions for Neodymium Magnets

⚠️ Caution – Risk of Swallowing (Ages 0–14)

Small magnets can be dangerous if swallowed – especially more than one. Keep away from children!

⚡ Conductive – Electrical Hazard

Magnets conduct electricity. Contact with power sources (e.g., sockets) can be dangerous. Do not let children handle magnets.

🖐️ Pinching Hazard

Strong magnets can trap fingers or skin. Use gloves for larger magnets to avoid injuries.

❤️ Risk for People with Implants

Magnetic fields may interfere with pacemakers or defibrillators. Maintain safe distance and inform affected individuals.

💥 Falling Objects

Magnets can detach under heavy load. Falling objects can cause injury. Use only in secure setups.

🧤 Splinter Risk – Eye Protection

Magnets may shatter on impact. Always wear safety goggles and avoid collisions.

📵 Magnetic Fields – Electronics at Risk

Magnetism can damage devices such as hard drives, bank cards, or watches. Keep sufficient distance.

🔥 Flammable When Processed

Magnet dust can ignite. Never drill or grind without proper tools and cooling.

🧪 Nickel Allergy

Many magnets contain nickel, which can trigger skin reactions. Avoid skin contact if allergic.

✈️ Air Freight Warning

Unshielded magnets may interfere with aircraft navigation. Follow packaging guidelines for air shipping.

📦 Caution – Shipping

Magnetic fields may affect sorting systems or nearby packages. Shield well and place centered in the parcel.

👤 Unclear Health Effects

No proven risks, but large magnets should be kept at a distance from the body as a precaution.

🧲 Coating Damage

If the coating is damaged, magnets may rust. Avoid collisions and use protective layers.

🌧️ Risk of Corrosion

Magnets not intended for humid environments. Use indoors or ensure proper protection.

🌡️ Temperature Limits

Magnets lose strength when heated over 80 °C. Do not expose to high temperatures.

History
The story of Sticky Slat begins with a simple love for mini-cruiser. A few years ago, some of my friends had plastic mini-cruisers, and even though riding them was tricky at first due to their small size, I quickly got the hang of it. Their compact design made them the perfect travel companion for the city.

As a trained carpenter, I soon had the idea to build my own — a unique, handcrafted wooden board made from solid plum wood. I shaped it carefully and reinforced it with two wooden stripes along its length for extra stability. It looked great — but during a tough ride down a rough street, the board snapped. That’s when I realized why skateboards are traditionally made from cross-laminated veneers.

Determined to improve, I researched skateboard construction and built my first press using chipboard and threaded rods to apply pressure. After some trial and error, I perfected the molds and began creating wooden boards with a unique touch — using special veneers like zebrano, walnut, and palisander for a standout look.

Despite their portability, one problem remained: carrying a dirty board in my hand when using public transport. Attaching it to my backpack was complicated and time-consuming, especially when I had to grab it again just minutes later.

That’s when I started experimenting with neodymium magnets. The goal was simple — a system that let me snap the board onto my bag with one hand but kept it secure while running or moving. The first prototype — a board and a wooden magnetic holder — worked so well that I knew I had something special.

Since then, the magnetic backpack holder has become an essential part of my ride. It’s practical, stylish, and adds a whole new level of convenience. I can’t imagine going back — and with Sticky Slat, you won’t have to either.