2025-05-20
Product classification and technical standard system
1. Ceramic bathroom
- Ingredient Formulation:
- Ternary system (kaolin-quartz-feldspar), where the Al₂O₃ content determines the sintering strength
- Superior standard: water absorption ≤ 0.5%
- Firing process:
- Roller kiln 1280°C±20°C (oxidizing atmosphere)
- Firing cycle 18-24 hours
2. Smart bathroom
- Key Component Specifications:
| Modules | Technical Standards | Test Method |
|---|---|---|
| Ceramic body | Flexural strength≥ 1300N | ISO 13006 |
| Heater | Instantaneous power≥ 1400W | IEC 60335-2-84 |
| Control Board | Operating humidity≤95%RH| GB 4706.53 |
- Waterproof Rating Specification:
- Control area IPX4 (splash proof)
- Motor compartment IPX6 (anti-strong water spray)
Comparison of advanced production technology
1. Comparison of glaze technical performance
| Glaze | Antimicrobial | Abrasion resistance | Cost increase |
|---|---|---|---|
| Ordinary glaze | None | Mohs 5 | Benchmark |
| Nano glaze | 90% | Mohs 6 | 15% |
| Silver ion glaze | 99% | Mohs 5 | 25% |
| Microcrystalline glaze | 85% | Mohs 7 | 40% |
Technical specifications of core products
1. Wall-hung toilet installation parameters
- Steel Frame:
- Material: 304 stainless steel (thickness≥2mm)
- Anchorage depth: concrete wall ≥ 60mm, brick wall needs chemical anchors
- Drainage:
- Pipe diameter DN100, slope 2%
- The depth of the water seal in the trap ≥ 50mm
2. Smart Toilet Certification Requirements
- EU market: CE marked
- North American Market:cUPC certification
- Malaysia Market:ANQAS
The development trend of industry technology
1. Material innovation path
- Composite ceramics:
- SiC Enhancement (50% increase in impact resistance)
- Graphene coating (thermal conductivity up to 530W/m·K)
- Low-carbon technologies:
- Biomass fuel furnaces (30% CO₂ reduction)
2. Intelligent system evolution
- Health Monitoring:
- Multispectral urinalysis (10 indicators)
- mmWave radar heart rate monitoring (error±2bpm)
-Energy management:
- PV power supply system (standby power consumption≤0.5W)