Technical Information
| MODEL NO. | SIZE(L×W×H) |
| BT-2017 | 460×460×160mm |
Key Selling Points
- Integrated Faucet Deck & Overflow: Features a built-in deck for efficient single-hole faucet installation and a functional overflow outlet for reliable water management in high-traffic environments.
- Perfectly Balanced 460mm Square Geometry: The 460mm x 460mm footprint offers a bold, modern geometric aesthetic that serves as a commanding centerpiece for luxury master bathrooms.
- Elite 1280°C Vitreous China Core: Subjected to an intensive 1280°C high-temperature porcelain firing cycle to achieve complete vitrification, ensuring long-term resistance against micro-cracking and moisture damage.
- Strict Ceramic Quality Protocol: Produced in accordance with a specialized manufacturing framework focused on pure ceramic sanitary ware excellence, ensuring consistent geometric precision and a reliable, flat contact base for gap-free installation.
- Nano-Glaze Surface Protection: Finished with an ultra-smooth, non-porous, brilliant white nano-glaze that actively repels soap scum and bacteria for simplified, low-maintenance cleaning.
Target Markets & Global Suitability
The commanding luxury scale, premium material engineering, and minimalist styling of the BT-2266 allow it to satisfy high-volume specification contracts across major international B2B pipelines:
- North America (USA & Canada): Highly coveted by interior architects for luxury urban penthouses, premium custom residential estates, and boutique master suites. Engineered to fully meet standard cUPC certification regulations.
- Europe (UK & EU): Directly addresses prominent Western European and Nordic architectural design preferences for wide, fluid minimalist trough statements on floating vanities. Fully compliant with strict European CE material safety guidelines.
- Australia & South America: An elite selection for premium commercial lounges, executive washrooms, and luxury resort environments, satisfying all local technical compliance baselines and NOM certification parameters.