New Version Black Smart Toilet is a transformation of conventional bathroom experience through new material and new design language. Black ceramic body utilizes the 1320℃ oxide flame firing technique, glaze hardness is Mohs grade 7 (most ceramics are grade 5), water absorption ratio is less than 0.1% (nationally standardized as GB/T 6952 1/5), and 99.99% anti-bacterial rate under ISO 22196 test. 2024 laboratory tests reveal that after 50,000 times of steel ball abrasion (load 500g), the scratch depth of the surface is only 0.02μm (normal black ceramic is 0.15μm), stain resistance is 7 times stronger, and coffee stain and other impurities’ cleaning time decreases to 15 seconds (conventional toilet is 60 seconds).
Intelligent functions have reached a new height. The Smart Toilet New Model Black features a ToF (Time of flight) sensor, whereby it can track the attitude of the user in an accuracy of ±1cm, support contactless flap as fast as 0.2 seconds (industry average 0.5 seconds), and the power consumption is as low as 0.5W (other competing products 1.2W). Its graphene heat ring (heating rate of 3 ° C/s) reaches the target temperature (40 ° C) in 30 seconds from -20 ° C, and 55% of energy consumption is saved in winter. AI water-saving algorithm by the flow closed-loop control (accuracy ±2%), single flush water 2.8L (national standard 6L), water saving per year 14.4 tons, corresponding water cost saving ￥432, carbon emission reduced 1.2 tons of CO₂.
Quiet operation and simple cleaning ensure user convenience. The new vortex flushing mechanism (noise < 40dB) reduces noise by 62% compared to the previous direct flushing mechanism (65dB), and does not interrupt sleep when flushed very late at night. The nanoscale hydrophobic paint (contact Angle > 160°) reduces the residual area of the stain by 92% and the volume of detergent by 70%. The real trial of a high-grade hotel shows that the daily time spent cleaning the room is reduced from 25 minutes to 8 minutes, and labor cost is saved by ￥18,000/year/room.
Cost control and environmental protection certification two-breakthroughs. The black glaze employs rare earth oxide composite technology (at a cost that’s 38% lower than imported), and mass production yield is consistent at 99.3% (industry average of 95%). 40% of the ABS components are Marine recycled plastic (UL 2809 approved), reducing the carbon footprint of a single unit by 15kg CO₂. According to China’s water efficiency Level 1 (single stroke ≤4L) and EU ErP energy efficiency A+++ certification (annual power consumption ≤30kWh), receive policy subsidies of ￥300/set, the terminal price of ￥5,999 is still on 40% gross profit margin (the average price of same configuration competing products is ￥7,500).
Scenario-based innovation expands application domains. The healthcare model integrates fecal biosensors (for the markers glucose and occult blood, with 98% accuracy), and clinical data from nursing homes show that diabetes control efficiency is increased by 42%. Commercial applications of UV sterilization (wavelength 275nm, intensity 1,000μW/cm²) and ion deodorization modules (99% odor removal rate) reduced the complaint rate in public toilets by 73%.
Reliability under severe environments. The ceramic embryo body is worked on with the German Sacmi pressure grouting machine (250bar pressure), porosity of less than 0.005%; IPX6 level of waterproofness (can withstand 100L/min water shock) through the application of 72-hour salt spray test (5% NaCl). In Typhoon Du Suri in 2023, the 300 devices installed on Fujian coastlines only suffered a failure rate of 0.3% at humidity level of 98% (against 28% for regular toilets).
Market figures attest to quick expansion. According to GFK figures, worldwide Q1 Smart Toilet New Model Black sales in 2024 recorded a year-on-year 240% increase in sales volume and received 37% of high-end smart toilet market share. It received an NPS of 81 points (industry standard 52 points) and a re-purchase rate of 45%, affirming its leadership in rebalancing the bathroom industry model through technology and design language.