Wall Mounted Hot Cold Cross Handles

Hot Cold Cross Handles is a wall-mounted water control component that realizes waterway opening and closing and flow management through an independent hot and cold control structure. Its core positioning is to clearly distinguish, independently adjust and stabilize hot and cold water. This type of product usually consists of two knob units that control hot water and cold water respectively. They are installed at the water outlet point of the wall and achieve on-off control and flow adjustment through rotation. Different from the single-handle water mixing structure, Hot Cold Cross Handles emphasizes separate control logic, allowing users to more intuitively identify the water source status during use and reducing the risk of misoperation. Its wall mounting method helps hide part of the pipeline structure, making the installation interface cleaner and improving the functional zoning efficiency of the overall space. Hot Cold Cross Handles are often included in waterway systems that require clear hot and cold separation, stable operation and controllable maintenance, and are suitable as an important part of functional water nodes.

Cross Handles Parameters:

Cross Handles Information:

Trade Terms: FOB Jiangmen base on Amount of one time order reach to $10,000 USD.

● If the order Amount is less than $10,000 USD, the price will be just as EXW price.

● If the goods need to send to other port which farther than Jiangmen, our factory will charge the difference on freight.

Packing: With package in cloth bag and white inner box each unit, kraft carton box.Also, we can customized packaging base on you need.

Order Lead Time: Within 35-45 days after receive 30% deposits.

Payment Terms:

● T/T - 30% pay before production , 70% will pay before delivery.

● T/T - one off pay for the sample order.

Cross Handles Drawing:

Cross Handle Features:

1. Independent control

Hot Cold Cross Handles achieve precise opening and closing management through an independent valve control structure for hot and cold separation. Test data shows that within the water pressure range of 0.2–0.6MPa, the opening and closing response of the single valve is stable, the flow adjustment linear error is controlled within ±6%, and continuous control from complete closure to rated flow can be achieved. This independent control mode helps reduce the risk of accidental opening and ensures that the water source status is always clear and controllable.

2. Opening and closing durability

This type of Hot Cold Cross Handles has high reliability in terms of opening and closing life. After standard durability testing, a single valve can withstand no less than 80,000 complete rotational opening and closing cycles, and the valve core sealing performance degradation rate is less than 5%. Under long-term high-frequency use conditions, the change in rotational feel is controlled within ±10% of the initial torque, helping to maintain consistent operating feedback.

3. Sealing performance

Hot Cold Cross Handles emphasize long-term leakage prevention capabilities in the sealing structure design. After a 48-hour sealing test under 1.6MPa static pressure, there was no detectable leakage at the interface and the leakage rate was less than 0.01mL/min. After being alternately impacted by hot and cold water for 100,000 times, the sealing interface remains stable, effectively reducing the risk of water seepage in the wall.

4. Structural strength

The main structure of this type of Hot Cold Cross Handles is stable in terms of pressure bearing and deformation resistance. The pressure test shows that under the ultimate pressure condition of 2.5MPa, the valve body has no cracks or permanent deformation, and the connecting thread remains intact. This strength level can meet the safety redundancy requirements of conventional building waterway systems and improve overall system reliability.

5. Stable operation

Hot Cold Cross Handles focus on long-term consistent performance when it comes to operational stability. After environmental simulation testing, after 30 days of continuous operation under high humidity conditions, the rotational resistance changed by less than 8%, and the opening and closing stroke remained intact. This feature helps maintain stable usage in complex environments and reduces the frequency of maintenance intervention.

Cross Handles Applications:

1. Laundry interface

In laundry equipment water pipe systems, Hot Cold Cross Handles are often used as wall-mounted water inlet control nodes. Its hot and cold separation design allows users to independently check the status of the water source before connecting to the device, reducing the risk of misconnection. After proper installation, the interface operation clarity can be improved, making maintenance and replacement operations more intuitive and efficient.

2. Equipment room

In functional spaces where equipment is centralized, Hot Cold Cross Handles can be used to independently control different water source pathways. Through clear hot and cold markings and independent opening and closing logic, it helps to quickly locate water source nodes during maintenance or water outage operations, and reduces system interference caused by misoperation.

3. Apartment facilities

Hot Cold Cross Handles are suitable as standardized wall-mounted control components in functional water configurations in apartment projects. Its stable structure and clear maintenance logic help maintain a consistent installation and usage experience in large-scale projects and reduce the complexity of later management.

4. Engineering projects

In centralized project delivery, Hot Cold Cross Handles are often included in unified water control solutions. Engineering test data shows that under standardized installation conditions, the maintenance rate of this type of component in the first three years is less than 6%, making it suitable as the basic configuration of a long-term waterway system.

5. Business logistics

Hot Cold Cross Handles can be used for zoned management of hot and cold water in back-of-house or functional water use areas of commercial buildings. Its independent control structure facilitates single-circuit shutdown operations during non-business hours, improving water management efficiency while reducing system energy consumption and maintenance pressure.