This valve is suitable for switches or pipelines handling high-hardness particles or both soft particles and corrosive media. It has a nominal pressure of 1.6 MPa and is designed for use at temperatures below 200 degrees Celsius.
All media-contacting components are constructed from structural ceramics, which boast exceptional chemical stability and hardness (Rockwell hardness HRC90, second only to diamond). Consequently, this valve exhibits outstanding wear resistance, corrosion resistance, and erosion resistance, along with good insulation properties and minimal thermal expansion.
The sphere is produced using sophisticated grinding machinery and techniques, ensuring high roundness and excellent surface quality. When aligned with the valve seat, it achieves effective sealing through the use of self-lubricating ZrO2 ceramics.
Thanks to the robust wear resistance of ceramics, this valve is highly durable and extremely reliable, boasting a service life 2-4 times longer than that of titanium alloy and Monel alloy valves.
● Wear Resistance: The ball and seat of the ball valve are crafted from ceramic materials, which boast high wear resistance and significantly extend the valve's service life.
● Excellent Sealing Performance: With ceramic materials' high hardness and robust resistance to deformation, the ball valve ensures an excellent sealing effect when closed, thereby preventing leaks.
● Strong Corrosion Resistance: Ceramic materials exhibit outstanding corrosion resistance to a variety of chemical substances, making ceramic floating valves suitable for use in corrosive environments, such as those found in chemical and pharmaceutical applications.
● Low Fluid Resistance: When the ball valve is open, the ball aligns with the fluid passage, resulting in minimal resistance to fluid flow. This design effectively reduces energy consumption.
| Sr.No. | Part | Material | Sr.No. | Part | Material |
| 1 | Valve Cover | WCB | 12 | Hex Nut | Grade 8 |
| 2 | Middle Body | WCB | 13 | Stud | B7 |
| 3 | Middle Body Sleeve | Ceramic | 14 | Packing Gland | WCB |
| 4 | O-Ring | PTFE | 15 | Spacer | Q235 |
| 5 | Flange Sleeve | Ceramic | 16 | Circlip for Shaft | 65Mn |
| 6 | Ball | Ceramic | 17 | Handle | CS |
| 7 | O-Ring | PTFE | 18 | Gasket | Q235 |
| 8 | Dish Spring | 50CrVA | 19 | Screw | 35# |
| 9 | Washer | 304 | 20 | Hex Bolts | B7 |
| 10 | Stem | 2Cr13 | 21 | Big Washer | PTFE |
| 11 | Packing | PTFE | 22 | Seat | Ceramic |
| Size | 1/2"~12" |
| Pressure rating | 150LB/300LB/600LB |
| Body material | Carbon steel,stainless steel or other material |
| Trim material | CS+ENP,13Cr,F304,F316,INCONEL,MONEL,DUPLEX.,etc |
| Driving modes | Lever,Gear,Pneumatic,Electric |
Q1: What makes the side-entry structure beneficial?
A: It allows for easy internal maintenance without removing the valve from the line, reducing downtime and service complexity.
Q2: Is this valve suitable for automation?
A: Yes, the valve supports manual, pneumatic, and electric actuation for flexible control options.
Our ceramic float valve is crafted from advanced ceramic materials, boasting exceptional hardness and wear resistance, which effectively prolongs the valve's service life. Its distinctive design enables the ball to float freely within the fluid, ensuring adaptive sealing and markedly improving seal performance while minimizing leakage risks. Our ceramic float valve is designed for user-friendliness and boasts the lowest maintenance costs, offering stable performance across various temperatures. By selecting our ceramic float valve, you will obtain a high-quality, high-performance, and dependable valve solution.
