Introduction

Metering faucets have been widely used in public washrooms for decades. In the past, the primary concern was whether the faucet could automatically shut off. Today, however, users and facility managers are placing greater emphasis on comfort and ease of use. In real-world applications, many metering faucets still suffer from common issues such as excessive activation force, inconsistent shut-off timing, and water splashing. For public facilities that are used hundreds or even thousands of times every day, these seemingly minor details can have a significant impact on the overall user experience. Driven by continuous observation of market needs, Bestware has introduced its new Light-Press Metering Faucet Series. More than just a product upgrade, this new series represents a comprehensive redesign focused on improving user experience.

1. Light-Press Design

The user experience of a metering faucet begins with how it feels to operate. Public washrooms serve a wide range of users, including adults, children, elderly individuals, and people with limited hand strength. When activation force is too high, users may need to press repeatedly or struggle to start the water flow, negatively affecting the convenience and accessibility of the facility.

The upgraded Bestware Metering Faucet Series features a newly developed light-press delayed-action valve core with optimized internal structure and operating mechanism. Under a water pressure of 0.35 MPa, the required activation force is only approximately 2.2 kgf. Compared with conventional Bestware metering faucets, activation force has been reduced by approximately 50%, resulting in a lighter and more effortless operating experience.

This light-press design is particularly beneficial for schools, kindergartens, hospitals, senior care facilities, and public service centers. Children can activate the faucet more easily, while elderly users and those with limited hand strength can enjoy a more comfortable experience. In high-traffic environments such as commercial buildings and transportation hubs, the lighter operation also helps reduce repeated attempts and improve washroom efficiency.

To better demonstrate the faucet's performance under different supply conditions, Bestware conducted activation force testing at various inlet water pressures. The results show that even as water pressure increases, the faucet maintains a relatively consistent operating feel. This ensures a more uniform user experience across different buildings, floors, and plumbing systems.

2. Precise Water Flow Timing

One of the most common issues with conventional metering faucets is inconsistent shut-off timing. A faucet rated for a 6-second flow cycle may shut off too early, disrupting handwashing, or remain open too long, resulting in unnecessary water consumption.

The upgraded Bestware Metering Faucet Series features optimized valve core and flow control designs. The 6-second version achieves a timing accuracy of ±1 second, while the 15-second version maintains an accuracy of ±2 seconds. Compared with the ±3 to ±5 second deviations commonly found in standard products, the Bestware series delivers more consistent and reliable timing performance.

For public facilities, more precise timing means more predictable water management. In schools, hospitals, shopping centers, and office buildings where large numbers of faucets are installed, even small differences in flow duration can have a significant impact on overall water consumption. Stable timing control helps maximize water-saving efficiency while maintaining a comfortable user experience.

3. Stable Flow Control for Reduced Splashing

Water supply conditions in public buildings can vary significantly due to differences in floor levels, usage periods, and plumbing systems. If a faucet lacks effective flow control, users may experience fluctuating flow rates, excessive splashing, and wet countertop surfaces.

The upgraded Bestware Metering Faucet Series incorporates a precision flow regulation design that helps maintain smooth and stable water flow under varying pressure conditions. Combined with a high-quality aerator, the faucet delivers a softer and more comfortable water stream while effectively minimizing splashing.

This provides important benefits for washroom maintenance. Stable and gentle water flow improves user comfort while reducing water accumulation around sinks, lowering cleaning frequency and maintenance requirements. For projects that prioritize cleanliness and presentation—such as hotels, office buildings, hospitals, and schools—stable flow performance offers a practical advantage.

4. Delayed-Action Valve Core with Integrated Filter Screen

The long-term reliability of a metering faucet depends largely on the performance of its valve core. In public plumbing systems, water may contain fine particles, sediment, rust, and other impurities. Over time, these contaminants can enter the valve core and cause wear, sticking, leakage, or inconsistent timing performance.

To address this issue, the Bestware Metering Faucet Series utilizes a delayed-action valve core with an integrated filter screen. The filter helps intercept impurities before they reach critical internal components, reducing wear and extending service life. The valve core is designed for wear resistance and leak prevention, with a tested service life of more than 200,000 operating cycles, making it suitable for demanding high-frequency public applications.

For project owners and facility managers, greater reliability translates directly into lower maintenance costs, fewer replacements, and more consistent long-term performance.

5. Deck-Mount and Wall-Mount Options

To accommodate different installation requirements, the Bestware Metering Faucet Series is available in both deck-mount and wall-mount configurations.

The deck-mount version is suitable for standard washbasins, countertops, and public handwashing stations. It is widely used in schools, office buildings, commercial facilities, and hotels due to its simple installation and broad compatibility.

The wall-mount version is designed for plumbing systems with water supply lines routed through the wall rather than through the countertop. Wall-mounted installation creates a cleaner appearance, reduces hygiene dead zones, and simplifies cleaning and maintenance. For hospitals, food processing facilities, laboratories, washroom renovation projects, and premium commercial spaces, wall-mounted faucets offer a more professional and hygienic solution.

6. Two Stainless Steel Material Options for Different Environments

The Bestware Metering Faucet Series is available in both SUS304 and SUS316L stainless steel.

SUS304 stainless steel is a widely used premium material known for its excellent corrosion resistance, oxidation resistance, and mechanical strength. It is suitable for most schools, shopping centers, office buildings, hotels, and general public washroom applications.

For more demanding environments, SUS316L stainless steel provides enhanced corrosion resistance. It is particularly suitable for coastal buildings, high-humidity environments, hospitals, food processing facilities, and public spaces that undergo frequent cleaning and disinfection.

By offering both SUS304 and SUS316L options, Bestware allows project owners to select the most appropriate material based on environmental conditions and budget requirements. SUS304 provides an excellent balance between performance and cost, while SUS316L offers superior long-term durability in highly corrosive environments.

Product Highlights Summary