ⅠIndustry Background and Development Trends

1.1 Company Introduction

GIBO, a national high-tech enterprise, was founded in 2005 in Fuzhou, the birthplace of sensor sanitary ware in China. It is a leading provider of intelligent kitchen and bathroom product solutions in China.

Gibo is dedicated to making bathrooms smarter. Through continuous innovation, we strive to bring more people and families a clean, comfortable, and convenient lifestyle enabled by smart technology. With a presence in more than 40 countries and regions, Gibo has delivered over 5 million units in the past two decades, establishing itself as a trusted bathroom brand for millions of users.

Gibo has participated in the drafting and formulation of multiple national, industry, and group standards, and has successively won honors and titles such as National High-tech Enterprise, Specialized and Innovative Small and Medium-sized Enterprise, Fujian Provincial Intellectual Property Innovation Demonstration Enterprise, and Fujian Provincial Famous Trademark.

1.2 Smart Sensor Faucet Industry Background

With rising living standards and heightened health awareness, bathroom spaces have evolved from simple functional areas to spaces that prioritize convenience, hygiene, comfort, and aesthetics. Traditional faucets, requiring manual operation and a separate soap dispenser, are cumbersome, space-consuming, and prone to cross-contamination, failing to meet modern consumers' demands for efficient and healthy bathroom experiences.

Against this backdrop, integration and intelligence have become core development directions for bathroom products. The 2-in-1 Water & Soap Dispenser Smart Sensor Faucets, an innovative product combining sensor-activated water flow, integrated soap dispenser, intelligent temperature control, and digital temperature display, precisely addresses the key limitation of traditional bathroom products. It is gradually becoming a popular choice for home and commercial bathroom purchases, driving the bathroom industry towards "intelligent integration.

1.3 Smart 2-in-1 Faucet with Soap Dispenser Development Trends

1.3.1 Deeper Functional Integration

Evolving from single-function water delivery to multi-functional integration that combines visualized water temperature, water and energy efficiency, multi-level safety protection, and integrated soap dispensing—meeting all washing needs in one seamless experience.

1.3.2 Intelligent technology upgrade

Sensing technology is evolving towards "ultra-fast response, accurate recognition, and strong anti-interference", and when paired with low-power chips, it achieves longer battery life and a more stable user experience, with technical parameters gradually becoming standardized.

1.3.3 Aesthetics and Scene Adaptation

The product design takes into account both minimalist aesthetics and diverse decoration styles. The color system has expanded from classic colors to personalized and youthful color schemes. At the same time, the installation specifications and interface standards are becoming more unified, adapting to the needs of multiple scenarios such as home and commercial use.

1.3.4 Mainstreaming Health and Sustainability

Lead-free materials, water-saving certification, and antibacterial design have become core standard features of the products, aligning with the concept of green home and healthy living.

1.3.5 Widespread Customization Services

To meet the individual needs of brands, distributors, and end users, full-chain customization services—including logo, color, and function customization—are now available. However, all customization must be developed within a unified technical standard framework to ensure product compatibility and safety.

1.3.6. Standards lead industry norms

Group standards and industry standards led by leading enterprises are gradually being implemented, clarifying technical parameters, safety requirements and testing methods, and promoting the industry's transformation from "wild growth" to "standardized development".

Ⅱ.Product Definition and Core Value

2.1 Product Definition

This 2-in-1 Water & Soap Dispenser Smart Sensor Faucet is designed in compliance with the "CJ/T 194-2014 Non-contact Water Supply Appliances" and the "Association Standard for Sensor Soap Dispensers."It integrates multiple functions—including motion-activated water flow, motion-activated soap dispensing, intelligent temperature control, and digital temperature display—to deliver a fully touch-free washing experience through coordinated multi-sensor modules.The product adopts a standardized split or integrated structural design, organically combining the faucet and soap dispenser, eliminating the need for an additional soap dispenser and saving bathroom space. Furthermore, it conforms to unified industry standards in core technical parameters such as power supply, inlet diameter, and installation specifications, combining practicality, intelligence, and aesthetic value.

GBL-6176D  Dual-Sensor 2-in-1 Water & Soap Dispenser Digital Display Sensor Faucet is equipped with one infrared + laser sensor (U940 front sensor), two infrared sensors (U856-S1 side sensor and an upper sensor integrated into the main control board), one temperature sensor (SL11x17 R100=3.3K), one digital display module (H10 digital tube), a front sensor indicator light(red LED integrated on the sensor board), a side sensor indicator light(red LED integrated on the sensor board), and a soap dispenser indicator light(white LED integrated on the main control board). Its main functions are as follows:

1.Front sensor: Automatically activates water flow when an object is detected and stops when the object leaves.

2. Side sensor: Turns on when an object is detected, and turns off when the object is detected again.

3.Top sensor:Detects an object, dispenses soap within 3 seconds after the front sensor finishes its function, for 2 seconds, then shuts off.

4. Side mechanical handle for temperature control: The current temperature is displayed during water flow and turns off when water flow stops. Temperature accuracy: ±1°C.

5. Power-off protection function: Automatically shuts off the solenoid valve water flow in the event of a power outage.

6. The detection distance of each sensor can be adjusted via remote control.

2.2 Core Value

1.Hygiene and Convenience Value: The completely touchless design allows for sensor-activated water and soap dispensing with a simple hand gesture or wave, eliminating the need to touch the faucet handle and reducing the risk of cross-contamination. This is especially suitable for fast-paced lifestyles and families with elderly members or young children, highlighting the growing demand for public health solutions in the post-pandemic era.

2.Spatial Aesthetics Value: The integrated design eliminates the visual clutter caused by separate faucets and soap dispensers. Its minimalist lines and diverse color options complement a variety of interior styles, including Modern, Nordic, and light luxury decors. Additionally, standardized installation specifications ensure seamless compatibility with different bathroom layouts, enhancing the overall quality of the space.

3.Smart & Efficient Value: The LED water temperature display ensures precise temperature control to prevent scalding, while multi-stage water-saving technology helps reduce water costs. Standardized instant and long-duration water flow modes adapt to different usage scenarios, ultimately making the washing process more efficient and worry-free.

4.Health & Environmental Value: Constructed with lead-free pipe materials and a high-density filter, the product complies with RoHS standards and lead-free safety certifications, ensuring water safety. Certified as a National Grade 1 Water-Saving product (flow rate ≤ 0.08 L/s), it reduces water consumption by 46.7% compared to traditional faucets, aligning with the "dual carbon" goals and the concept of green living.

5.Standardization Value: By adhering to unified group standards—standardizing core technical parameters, safety indicators, and testing methods—we ensure product consistency and compatibility, thereby reducing consumer purchase risks and industry compliance costs.

6.All-Scenario Adaptability Value: Covering a full spectrum of usage scenarios—including residential and commercial settings (such as hotels, office buildings, and shopping malls)—it leverages multiple models and versatile functions to meet the diverse needs of different users and scenarios, all within a unified technical standards framework.

7.Economic & Practical Value: The 46.7% water-saving rate and 60% soap-saving rate significantly reduce utility and consumable costs. Powered by four 2000mAh batteries, it delivers an actual battery life of ≥9 months, minimizing replacement costs and maintenance frequency.

Ⅲ.Core Technical Standards and Industry Benchmarks

3.1 Basic Technical Standards

3.2 Core Functional Standards

3.2.1 Sensor Control Function (Core Industry Threshold)

• Instant Water Mode:The front sensor window detects a hand and dispenses water; it shuts off when the hand is removed. It automatically shuts off after a 60s±3s timeout. To prevent water waste from continuous flow, a timeout shut-off test is required, with deviations exceeding ±3s considered non-compliant.

• Long-Duration Water Mode: Activated by a first detection at the side sensor window and deactivated by a second detection. Automatic shut-off occurs after a timeout of 180s ± 5s. Requires flawless sensing logic, with a false trigger rate ≤ 0.5% (industry average false trigger rate is 3%).

• Soap Dispensing Mode: Triggered by detection at the top sensor window, followed by activation of the front sensor within 3 seconds. Dispenses foam for 2±0.5s, with a single output volume of 0.7mL~1.4mL (average 1.05mL). Must pass output volume consistency testing (deviation ≤ 0.2mL over 10 tests) to avoid uneven dispensing or accidental soap output.

•Adaptive Sensing Function:When an obstruction (white paper at 5 cm) is present before power-on, the sensing distance is 8±3 cm; without obstruction, it is 20±3 cm. The adaptation time is ≤ 5 s. Products lacking this adaptive function are susceptible to installation environment variations.

3.2.2. Digital water temperature display function (Differentiating threshold)

• Display Accuracy: 0–50°C with an accuracy of ±1°C. Must pass temperature calibration tests; deviations exceeding ±1°C pose a scalding risk. Products without temperature display or with substandard accuracy cannot enter the mid-to-high-end market.

• Backlight indicator: Red/blue dual-color backlight distinguishes between cool and warm temperatures (blue backlight for temperatures ≤38℃, red backlight for temperatures ≥40℃).Backlight brightness ≥ 300 cd/m² ensures visibility in low-light conditions. Products with insufficient brightness offer a poor user experience.

3.2.3 Water-saving and Dispensing Functions (Policy Compliance Threshold) 

• Water-saving efficiency: National Grade Ⅰ water-saving certification, flow rate 0.08L/s (water pressure 0.5MPa), saving 46.7% water compared to traditional faucets (including the effect of avoiding continuous water flow).Must pass the authoritative CQC water-saving test.products without water-saving certification cannot enter government procurement, hotel projects, etc.

 • Soap Foam Quality: Produces 12:1 soft foam, compatible with 1:5 diluted branded hand soaps, achieving 60% soap savings. Foam fineness ≤ 0.1 mm (industry average is 0.3 mm). Products with coarse foam result in poor cleaning efficacy.

 3.2.4 Comprehensive Safety Protection Function (Mandatory Threshold)

• Health Safety: Constructed with a fully integrated PPO plastic waterway, ensuring it is lead-free and heavy metal-free. Certified through testing for food contact plastics.
 • Structural Safety: Features a high-pressure resistant anti-burst hose (no leakage under 2.5 MPa static pressure for 60 s) and is anti-aging and corrosion-resistant (salt spray test ≥ 500 hours with no rust).
• Electrical Safety: Safe voltage (≤12V), IP56 waterproof, passes leakage protection test (leakage current ≤0.5mA).

The specific functions of the 2-in-1 smart sensor faucet are as follows:

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Ⅳ.Product Categories and Scenario Adaptation

4.1 Product Series

4.2 Scenario Adaptation Guide

1. Commercial Scenarios: Must meet the requirements of "high durability, low maintenance, and strong compliance." Key factors include the lifespan of core components (≥500,000 cycles), water-saving certification, and anti-interference performance. Prioritize basic/advanced commercial models. In high-frequency usage scenarios, a 46.7% water-saving rate can significantly reduce operating costs.

2. Residential Scenarios: For budget-conscious families focused on basic standards (safety, water efficiency, easy installation), the Residential Core model is recommended. For quality-conscious families seeking added value features (digital temperature display, soap dispensing function), the Residential Flagship model is ideal, with its 60% soap-saving rate reducing hand soap procurement costs.

3. Special Scenarios: Senior apartments and baby care rooms require additional features such as "scald protection (temperature display + red/blue backlight indicator) and easy operation (sensing response time ≤ 0.5 s)." The Residential Flagship model is recommended.

4.Personalized Scenarios: Young families may opt for dopamine color options (conforming to Pantone standard color numbers). However, it is essential to ensure the colored coating is wear-resistant (no fading after ≥ 500 rub tests), meeting standard requirements.

Ⅴ.Industry Standards and Certification Systems

5.1 Core Standards System

5.1.1 National Standards:

• CJ/T 194-2014 "Non-contact Water Supply Devices" : Specifies technical requirements and test methods for non-contact faucets.

• QB/T 1560-2017 "Toilet  Accessories" : Defines general requirements for materials, structure, and performance.

•GB/T 26712-2011 "Water-Saving Sanitary Ware" : Grade 1 water efficiency index (flow rate ≤ 0.08 L/s).

•"Sensor Soap Dispenser Group Standard" (Group Standard)

5.1.2 Environmental Standards:

RoHS 2.0 (Restricts 6 hazardous substances including lead and mercury)

GB 4806.6-2016 "Food Contact Plastics Materials and Products"

5.2 Core Certification Items (Mandatory for Industry Access)

•Water-Saving Certification: CQC National Grade 1 Water-Saving Certification. This is a mandatory certification; without it, products cannot enter project or government procurement channels.

•Safety Certification: Lead-Free Safety Certification and IP56 Waterproof Certification, ensuring health and safety during use.

•Material Certification: RoHS Certification, ensuring that product materials meet environmental requirements and that no hazardous substances are released.

•Performance Certification: Life test certification for core components (solenoid valve, sensor module) and reliability test certification for the complete product.

•Product Testing: Test reports from authoritative testing institutions.

5.3 Core Industry Thresholds

1. Technology R&D Threshold: Requires capabilities in sensor chip optimization, low-power circuit design, and waterproof structure development. Gibo’s 200+ patents (including core patents in induction control and water-saving structures) construct a technological barrier.

2. Manufacturing Threshold: Requires ISO 9001 Quality Management System certification and module-based production capacity (core component pass rate ≥ 99.8%, industry average 95%). Small and medium-sized enterprises struggle to meet the precision requirements of large-scale production.

3. Testing and Verification Threshold: Requires environmental simulation test chambers, water pressure test benches, and electromagnetic compatibility testing equipment, with single test costs ≥ 50,000 RMB. Small and medium-sized enterprises cannot afford the full suite of tests.

4. Standards Participation Threshold: Participation in the formulation of group and industry standards provides industry influence; non-leading enterprises find it difficult to engage in standard drafting.

VI. Installation and Maintenance Specifications

6.1 Installation Specifications

1. Installation Conditions: Ensure the installation hole diameter is compatible (DN32 universal interface, fits most basins), water pressure is within the applicable range (0.05 MPa – 0.9 MPa), and the power supply method matches the product.

2. Installation Tools: No professional tools are required; installation can be completed using a standard wrench.

3. Installation Process: Features a modular structural design. Follow the steps: "Fix the faucet → Connect the water supply → Install batteries/power supply → Perform adaptive sensing calibration." Installation can be completed within 10 minutes.

4. Precautions: Avoid impacting the sensor window and microcrystalline glass panel during installation. After connecting the water supply, test for leaks. Calibrate the sensing distance to ensure optimal performance.

6.2 Maintenance Specifications

1.Daily Cleaning: Wipe the faucet surface and sensor window with a soft cloth dampened with a neutral cleaner. Avoid using strong acid or alkaline cleaners to prevent material corrosion.

2.Routine Maintenance: Every 3–6 months, disassemble the external filter screen and rinse away impurities with clean water. The soap container should be cleaned periodically to prevent soap residue from clogging the dispensing outlet.

3.Battery Replacement: When battery power is low, the indicator light will flash. Promptly replace with 4 new AA alkaline batteries (avoid using carbon-zinc batteries). Pay attention to the correct installation direction. Based on high-frequency daily usage scenarios (100 water uses + 20 soap dispensings), the actual battery life is ≥ 9 months, requiring no frequent replacement.

4.Troubleshooting: In case of issues like no water output or sensor failure, first perform self-checks on the batteries, sensor window cleanliness, water pressure, and filter screen status. If the problem cannot be resolved, contact after-sales service.

VII. Market Applications and Cooperation Models

7.1 Core Application Areas (Standard-Driven Channel Expansion)

7.1.1 Home Renovation: Targeting tech-savvy lifestyle seekers aged 28–45 (white-collar workers in first- and second-tier cities, as well as middle-class families). Preferred choice for new home decoration and secondary renovation. Standard parameters and quantifiable water/soap savings data serve as core purchasing criteria.

7.1.2 Commercial Real Estate: Hotels, office buildings, shopping malls, etc. Project procurement requires complete standard certification documents (water-saving certification, safety certification, test reports). Products without standard compliance are excluded. The 46.7% water-saving rate reduces utility costs for commercial properties.

7.1.3 Government Procurement: Schools, hospitals, public restrooms, etc. Priority is given to products that comply with group standards and hold Grade 1 water-saving certification. As a standards participant, Gibo possesses an inherent advantage.

7.1.4 Cross-border E-commerce: Exporting to markets in Europe, America, and Southeast Asia requires compliance with local standards (such as EU RoHS and US NSF lead-free certification). Standardized products are more likely to pass cross-border compliance audits.

7.2 Mainstream Cooperation Models  (Standard-Based Trust Endorsement)

7.2.1 OEM/ODM Cooperation: Supports customization of LOGO, color, and functions (within the framework of standard parameters). Minimum order quantity: 200 pieces per model. Provides a full set of standard certification documents and test reports.

7.2.2. Bulk Project Collaboration: For hotel project contractors and home renovation companies, provides standard samples and installation training to ensure parameter consistency for bulk orders (pass rate ≥ 99.5%).

7.2.3. E-commerce Cooperation: Supports dropshipping. Provides standardized promotional materials (including interpretation of standard parameters, certification credentials display, and water/soap savings/battery life data) to assist with compliant product listings on e-commerce platforms.

7.2.4. Joint Promotion: Collaborates with designers and new media outlets specializing in sanitaryware. Focuses on promoting "standard-setting participant," "comprehensive authoritative certifications," and "quantifiable performance advantages" to strengthen brand professionalism and credibility.

VIII. Social Value and Industry Prospects

8.1 Deepening Social Value

8.1.1 Water Conservation & Environmental Value: Based on 100 daily water uses per household, each household saves 25.6 tons of water annually. With one million households nationwide using the product, annual water savings reach 25.6 million tons—equivalent to the annual water consumption of 256,000 people—contributing to the achievement of the "dual carbon" goals.

8.1.2 Soap Savings & Environmental Value: Based on 20 daily soap dispensings per household, each household saves 11.5 liters of soap annually. With one million households nationwide using the product, annual soap savings reach 11.5 million liters, reducing resource consumption and pollution emissions during soap production.

8.1.3 Health & Hygiene Value: The touch-free design reduces bacteria transmission rates by over 60%, particularly in public settings like schools and hospitals, minimizing cross-infection risks. Its public health value is especially prominent in the post-pandemic era.

8.1.4 Safety & Protection Value: Lead-free materials prevent heavy metal ingestion, while the temperature display and anti-scald design protect the elderly and children, reducing household safety incidents (with child scald accidents decreased by 40%).

8.1.5 Industry Standardization Value: Promotes the establishment of unified technical, safety, and testing standards within the industry, phasing out inferior products (which currently hold about a 20% market share) and elevating the overall quality level of the industry.

8.1.6 Consumer Rights Value: Standardized parameters and quantifiable performance data enable "transparent consumption" for consumers, avoiding "exaggerated features" and "parameter falsification," thereby reducing decision-making costs during selection.

8.2.1 Market Size: The smart sanitary ware market is growing at an annual rate of 15%. As a sub-category,the 2-in-1 Water & Soap Dispenser Smart Sensor Faucets, driven by standard specifications and consumption upgrades, is expected to achieve an annual growth rate exceeding 25%.

8.2.2 Technological Upgrades: Future advancements will integrate AI-based intelligent recognition (precisely distinguishing hands from foreign objects, achieving a false trigger rate approaching zero) and IoT connectivity (monitoring water and soap usage via mobile apps, enabling remote fault alerts), realizing functional enhancements built upon the standard framework.

8.2.3 Standard Upgrades: Group standards will be upgraded to industry standards, further refining sensing performance, safety requirements, and environmental indicators. Gibo, as a core drafter, will continue to lead the standard iteration.

8.2.4 Global Expansion: Standardized products are better positioned for integration into international markets, with exports expected to grow by 30% annually, targeting regions with strong demand for smart sanitary ware, such as Europe, America, and Southeast Asia.

8.2.5 Global Expansion:Utilizing recyclable materials (e.g., recycled zinc alloy, biodegradable plastics) aligns with global sustainable consumption trends. The standardized modular design facilitates recycling and reduces environmental impact.

This product white paper, drafted and issued by Fujian Gibo Kitchen & Bath Technology Co., Ltd., presents the technical standards and inspection specifications for the 2-in-1 Water & Soap Dispenser Smart Sensor Faucets, offering a reference for this niche industry category.