Pearl & Pillar Dunk Tank – container for cleaning pearls and pillars

The Pearl & Pillar Dunk Tank is a simple, functional container designed for the effective cleaning of small quartz components, such as pearls and pillars. By immersing the accessories in a solvent of your choice (e.g., isopropyl alcohol), it allows for quick and convenient removal of accumulated deposits.

🔥 Why is it worth it?

• It makes it easier to clean small quartz accessories without having to soak larger items.
• It can be used with solvents such as isopropyl alcohol (ISO) or other suitable cleaning agents.
• Compact and sturdy – perfect for a session table or accessory station.
• Easy to use – soak, wait, and rinse.

✨ Key features

• 🧼 Purpose – cleaning quartz pearls and pillars.
• 💧 Soaking in solvent – allows for the removal of deposits from hard-to-reach areas.
• 📏 Compact size – easy to place on a conference table.
• ⚙️ Simple design – no unnecessary mechanisms, easy to use.

🧩 Use

The Dunk Tank is specifically designed for immersing and rinsing smaller quartz components, such as pearls and pillars. Once immersed in the solvent, dirt dissolves, making it easier to rinse away and achieve a clean finish without having to soak the entire large component.

🎯 Compatibility and practicality

• Compatible with pearls and posts of various sizes.
• It can be used on its own or in combination with other cleaning methods.
• Not just TSP – any solvent suitable for quartz can be used (e.g., isopropyl alcohol).

📦 Set includes

• 1 × Pearl & Pillar Dunk Tank

💡 Tips

For best results:

• Use a cold or lukewarm solvent – this minimizes the risk of material deformation.
• After submerging, rinse the accessories thoroughly under clean water and dry them completely before using them again.

⭐ Summary

The Pearl & Pillar Dunk Tank is a practical and easy-to-use container that simplifies the cleaning of small quartz accessories. It makes keeping pearls and pillars spotlessly clean quick and convenient – without having to soak the entire pieces or use more complicated methods.